Description Summary:
A SQL injection vulnerability in Microsoft SQL Server allows an authenticated attacker to elevate privileges over the network.

Executive Summary:
A high-severity SQL injection vulnerability in Microsoft SQL Server enables authenticated attackers to escalate their system privileges, posing a significant risk to database integrity and confidentiality.

Vulnerability Details

CVE-ID: CVE-2025-47954

Affected Software: Microsoft SQL Server

Affected Versions: Microsoft SQL Server 2022 (CU 20) 16.0.0.0 up to 16.0.4210.1; Microsoft SQL Server 2022 (GDR) 16.0.0 up to 16.0.1145.1

Vulnerability: This is an improper neutralization of special elements used in an SQL command (CWE-89) that permits an authenticated user to perform unauthorized SQL operations. The vulnerability requires the attacker to have existing network access and low-level privileges to execute the injection.

Business Impact

Successful exploitation of this vulnerability allows an attacker to elevate privileges, potentially granting them administrative control over the database environment. Given the CVSS score of 8.8, this flaw represents a high risk of unauthorized data access, modification, or complete system compromise, which could lead to severe operational disruption and potential regulatory compliance failures.

Remediation Plan

Immediate Action: Update affected SQL Server instances to the patched versions specified in the Microsoft security update guide.

Proactive Monitoring: Audit database logs for unusual query patterns, particularly those involving unexpected syntax or attempts to access system tables by non-privileged accounts.

Compensating Controls: Ensure that database service accounts follow the principle of least privilege and utilize a Web Application Firewall or database firewall to filter malicious SQL syntax where applicable.

Exploitation Status

Public Exploit Available: No

Analyst Notes: As of August 13, 2025, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. The flaw is inherently dangerous due to the potential for privilege escalation, though it remains restricted to authenticated users.

Analyst Recommendation

The severity of this vulnerability necessitates prompt attention to minimize the window of exposure. IT administrators should prioritize the deployment of the vendor-supplied patches to all affected SQL Server environments immediately to prevent unauthorized privilege escalation and ensure the continued security of database assets.

Description Summary:
Combodo iTop is vulnerable to reflected cross-site scripting when rendering dashboards via AJAX calls, allowing attackers to execute malicious scripts in a user's browser.

Executive Summary:
Combodo iTop is affected by a high-severity cross-site scripting vulnerability that allows unauthenticated attackers to execute arbitrary code within the context of a user session.

Vulnerability Details

CVE-ID: CVE-2025-47932

Affected Software: Combodo iTop

Affected Versions: < 2.7.13, >= 3.0.0-alpha, < 3.2.2

Vulnerability: The application fails to properly sanitize input during AJAX-based dashboard rendering, leading to a cross-site scripting (CWE-79) flaw. This vulnerability is reachable by an unauthenticated attacker who can force a user to trigger a malicious AJAX request.

Business Impact

A successful exploitation of this vulnerability allows an attacker to execute arbitrary JavaScript in the victim's browser, potentially leading to session hijacking, unauthorized actions performed on behalf of an administrator, or the theft of sensitive data. Given the CVSS score of 8.8, this flaw represents a significant risk to the integrity and confidentiality of the IT service management platform and the data contained within it.

Remediation Plan

Immediate Action: Upgrade to iTop version 2.7.13, 3.2.2, or a later version where the vulnerable variables are properly sanitized.

Proactive Monitoring: Review web server and application access logs for unusual patterns in AJAX requests or suspicious URL parameters that contain script tags.

Compensating Controls: Deploy a Web Application Firewall (WAF) configured to inspect and block common cross-site scripting attack vectors and malicious payloads in incoming requests.

Exploitation Status

Public Exploit Available: Unknown.

Analyst Notes: As of November 10, 2025, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. The flaw is inherently dangerous due to the lack of required authentication for triggering the vulnerable AJAX endpoint.

Analyst Recommendation

This vulnerability presents a high risk to the organization, particularly if iTop is exposed to the public internet. Organizations should prioritize the application of the vendor-provided security updates to versions 2.7.13 or 3.2.2 immediately. Ensure all instances of iTop are accounted for in the asset inventory to prevent leaving vulnerable versions exposed.

Description Summary:
Mbed TLS versions prior to 3.6.4 are vulnerable to a use-after-free flaw in the mbedtls_x509_string_to_names function, potentially leading to memory corruption or arbitrary code execution.

Executive Summary:
A high-severity use-after-free vulnerability in Mbed TLS, identified as CVE-2025-47917, poses a significant risk of memory corruption and potential system compromise.

Vulnerability Details

CVE-ID: CVE-2025-47917

Affected Software: Mbed TLS

Affected Versions: 0 up to (excluding) 3.6.4

Vulnerability: The vulnerability stems from a use-after-free condition in the mbedtls_x509_string_to_names() function, where the library performs an undocumented deep free of memory that the calling application expects to remain valid. This flaw can be triggered by unauthenticated attackers in scenarios where an application processes maliciously crafted DN strings, such as those found in X.509 certificate requests.

Business Impact

The potential for memory corruption or double-free conditions presents a critical risk to the integrity and availability of applications utilizing the Mbed TLS library. With a CVSS score of 8.9, this vulnerability could allow an attacker to achieve unauthorized control or cause service crashes, leading to significant operational disruption and data exposure.

Remediation Plan

Immediate Action: Upgrade to Mbed TLS version 3.6.4 or later immediately to resolve the memory management error.

Proactive Monitoring: Review system and application logs for unusual crashes or error patterns related to X.509 certificate parsing processes.

Compensating Controls: While no direct virtual patch exists, ensure that applications using Mbed TLS are running within an isolated memory space or container environment to limit the impact of potential memory corruption exploits.

Exploitation Status

Public Exploit Available: Yes, an ExploitDB entry exists for this vulnerability.

Analyst Notes: As of July 21, 2025, there is no public information indicating active exploitation in the wild. However, the presence of an ExploitDB entry confirms that public exploit material is available, which elevates the risk of exploitation significantly for exposed systems.

Analyst Recommendation

Given the high CVSS score and the confirmed availability of public exploit material, this vulnerability should be prioritized for immediate remediation. Organizations must inventory all software dependencies utilizing Mbed TLS and apply the 3.6.4 patch without delay to prevent potential exploitation of this memory safety flaw.

Description Summary:
SSH clients using the Go x/crypto library may crash due to improper handling of unexpected SSH_AGENT_SUCCESS messages, leading to a denial-of-service condition.

Executive Summary:
A vulnerability in the Go x/crypto/ssh/agent package allows remote attackers to trigger a process panic and service termination by sending an unexpected SSH_AGENT_SUCCESS message.

Vulnerability Details

CVE-ID: CVE-2025-47913

Affected Software: Go golang.org/x/crypto/ssh/agent

Affected Versions: golang.org/x/crypto/ssh/agent: 0 up to (excluding) 0.43.0

Vulnerability: This flaw is classified as improper handling of exceptional conditions (CWE-703), where the client panics when it receives an SSH_AGENT_SUCCESS message instead of the expected typed response. This vulnerability is remotely exploitable without authentication, as the attacker only needs to interact with the client process.

Business Impact

The exploitation of this vulnerability results in the immediate termination of the affected SSH client process, leading to a denial of service for any applications relying on this library. Given the CVSS score of 7.5, the high availability impact poses a significant risk to automated infrastructure, CI/CD pipelines, or remote management tools that depend on SSH connectivity.

Remediation Plan

Immediate Action: Update the golang.org/x/crypto/ssh/agent package to version 0.43.0 or later to incorporate the necessary fix.

Proactive Monitoring: Monitor application logs for unexpected process crashes or repeated panic traces occurring within the SSH agent component.

Compensating Controls: Ensure that SSH agents are running in isolated environments with restricted network access to minimize exposure to untrusted SSH servers that could trigger this condition.

Exploitation Status

Public Exploit Available: Unknown.

Analyst Notes: As of November 15, 2025, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. The flaw is inherently dangerous because it allows an unauthenticated remote entity to crash a client process simply by sending a malformed or unexpected response during the SSH agent handshake.

Analyst Recommendation

Organizations utilizing the Go x/crypto library for SSH agent functionality must prioritize upgrading to version 0.43.0 immediately. The ease of exploitation and the potential for widespread service disruption in automated environments necessitate a rapid response to eliminate this denial of service risk.

Description Summary:
The Gorilla CSRF package improperly validates origins in TrustedOrigins, allowing network attackers to perform cross-site request forgery attacks via HTTP origins.

Executive Summary:
A flaw in the Gorilla CSRF package for Go allows network attackers to bypass origin validation and perform cross-site request forgery attacks against trusted hosts.

Vulnerability Details

CVE-ID: CVE-2025-47909

Affected Software: Gorilla gorilla/csrf

Affected Versions: All versions up to 1.7.3

Vulnerability: This vulnerability occurs due to improper origin validation where the package ignores the URL scheme of synthetic URLs, allowing both HTTP and HTTPS origins for a host listed in TrustedOrigins. This flaw is exploitable by unauthenticated network attackers who can host malicious forms on permitted origins.

Business Impact

Successful exploitation allows an attacker to perform unauthorized actions on behalf of a user, potentially leading to unauthorized data modification or account takeover. With a CVSS score of 7.3, this vulnerability represents a high risk to application integrity and session security, as it bypasses intended cross-site request forgery protections.

Remediation Plan

Immediate Action: Migrate to the native net/http.CrossOriginProtection introduced in Go 1.25, or utilize the provided backport module at filippo.io/csrf if upgrading to Go 1.25 is not immediately feasible.

Proactive Monitoring: Monitor application logs for unexpected cross-origin requests or suspicious traffic patterns originating from hosts defined within your TrustedOrigins configuration.

Compensating Controls: Implement a strict Content Security Policy (CSP) to restrict allowed origins and mitigate the impact of potential CSRF attacks while the underlying package is being replaced.

Exploitation Status

Public Exploit Available: Unknown.

Analyst Notes: As of August 29, 2025, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. The flaw is inherently dangerous because it allows attackers to bypass security boundaries established by the library, effectively neutralizing CSRF protections for affected applications.

Analyst Recommendation

Given the critical nature of CSRF protections, developers should prioritize migrating away from the affected package to the recommended Go standard library implementation. Organizations currently relying on the Gorilla CSRF module must treat this as a high-priority remediation to ensure the continued security of their web applications and user sessions.

Description Summary:
The rs/cors middleware is vulnerable to a denial of service attack via heap exhaustion when processing malicious preflight requests containing crafted Access-Control-Request-Headers.

Executive Summary:
An unauthenticated remote attacker can trigger a denial of service condition in the rs/cors Go middleware by sending crafted HTTP preflight requests that exhaust server heap memory.

Vulnerability Details

CVE-ID: CVE-2025-47908

Affected Software: rs/cors

Affected Versions: 1.9.0 up to (excluding) 1.11.0

Vulnerability: This vulnerability, classified as CWE-1325, involves improper control of sequential memory allocation within the middleware. An unauthenticated attacker can exploit this by submitting an Access-Control-Request-Headers (ACRH) header with an excessive number of commas, forcing the application to perform prohibitive heap allocations.

Business Impact

The successful exploitation of this vulnerability results in a denial of service, which can render the affected service unavailable to legitimate users. With a CVSS score of 7.5, this high severity flaw poses a significant risk to application stability and uptime, potentially disrupting critical business operations that rely on the affected middleware for cross-origin resource sharing.

Remediation Plan

Immediate Action: Update the rs/cors package to version 1.11.0 or later to include the necessary memory allocation constraints.

Proactive Monitoring: Monitor server resource utilization, specifically heap memory usage and request processing latency, to detect potential spikes associated with malicious preflight requests.

Compensating Controls: Implement a Web Application Firewall (WAF) or ingress controller rule to inspect and limit the complexity or length of the Access-Control-Request-Headers (ACRH) header in incoming HTTP requests.

Exploitation Status

Public Exploit Available: No (exploit_available: unknown)

Analyst Notes: As of August 7, 2025, there is no confirmed active exploitation in the wild; however, per CISA's SSVC assessment a proof-of-concept exists, so exploitation risk should be treated as credible. The vulnerability is inherently exploitable because it does not require authentication and can be triggered by a single malformed HTTP request.

Analyst Recommendation

Given the ease with which this vulnerability can be exploited to cause a denial of service, all organizations utilizing the rs/cors middleware must prioritize the update to version 1.11.0. Failure to patch may expose infrastructure to service disruption from automated scanning tools or malicious actors seeking to degrade system availability.

Description Summary:
A race condition in the Go database/sql package can cause concurrent queries to overwrite Scan results, leading to data integrity issues or unexpected errors.

Executive Summary:
A race condition vulnerability in the Go standard library database/sql package may lead to data corruption or incorrect query results during parallel database operations.

Vulnerability Details

CVE-ID: CVE-2025-47907

Affected Software: Go standard library database/sql

Affected Versions: 0 up to 1.23.12, 1.24.0 up to 1.24.6

Vulnerability: This flaw is a race condition (CWE-362) occurring when a query is cancelled via context during a Scan operation. It allows for potential data leakage or integrity failure when multiple queries are executed in parallel, and it does not require user authentication to trigger if the application exposes vulnerable query logic.

Business Impact

The primary impact of this vulnerability is the potential for silent data corruption or the return of incorrect information to the end user. Because the flaw affects database operations, it poses a risk to data integrity and system reliability. With a CVSS score of 7.0, this issue is classified as High severity, necessitating prompt attention to ensure the accuracy of application data.

Remediation Plan

Immediate Action: Update the Go environment to version 1.23.12 or 1.24.6, which contain the necessary synchronization fixes for the database/sql package.

Proactive Monitoring: Monitor application logs for unexpected database errors or inconsistent data patterns occurring during high-concurrency periods.

Compensating Controls: If immediate patching is not feasible, review application code to ensure that context cancellation and Scan operations are serialized or properly isolated to prevent concurrent interference.

Exploitation Status

Public Exploit Available: No — there is no confirmed public exploit in the available data.

Analyst Notes: As of August 8, 2025, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. The flaw is inherent to the synchronization logic within the standard library and requires specific timing, but it remains a significant risk for high-performance applications relying on parallel database queries.

Analyst Recommendation

Given the central role of the database/sql package in Go applications, this vulnerability presents a significant risk to data consistency. Organizations should prioritize updating their Go toolchain to the specified patched versions to eliminate this race condition. Failure to apply these updates may leave applications susceptible to intermittent and difficult-to-debug data integrity issues.

Description Summary:
A sensitive information exposure vulnerability in Fortinet FortiFone allows unauthenticated attackers to retrieve device configurations via crafted HTTP or HTTPS requests.

Executive Summary:
An unauthenticated information exposure vulnerability in Fortinet FortiFone allows attackers to extract sensitive device configuration data.

Vulnerability Details

CVE-ID: CVE-2025-47855

Affected Software: Fortinet FortiFone

Affected Versions: 7.0.0 through 7.0.1, 3.0.13 through 3.0.23

Vulnerability: This is an improper access control vulnerability (CWE-200) that allows an unauthenticated attacker to obtain device configuration files through crafted HTTP/HTTPS requests.

Business Impact

The exposure of device configurations can reveal sensitive information, such as authentication credentials, network topology, or internal settings, which can be leveraged for further attacks or lateral movement. The CVSS score of 9.8 highlights the potential for severe impact on the confidentiality and integrity of the affected devices.

Remediation Plan

Immediate Action: Upgrade FortiFone firmware to version 7.2.0, 7.0.2, or 3.0.24, depending on the current version installed.

Proactive Monitoring: Monitor HTTP/HTTPS traffic to FortiFone devices for unusual request patterns or attempts to access configuration-related endpoints.

Compensating Controls: Isolate FortiFone devices within a dedicated management VLAN and restrict access to the management interface via firewall rules.

Exploitation Status

Public Exploit Available: Unknown

Analyst Notes: As of Jan 13, 2026, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. The flaw is highly exploitable due to the lack of authentication required to retrieve the configuration data.

Analyst Recommendation

Information disclosure vulnerabilities are often precursors to more complex attacks. Organizations using the affected FortiFone models should apply the vendor-provided firmware updates immediately to prevent unauthorized access to sensitive configuration data.

Description Summary:
Moderec Tourtella contains a SQL injection vulnerability that allows unauthenticated attackers to execute arbitrary SQL commands against the database.

Executive Summary:
A critical SQL injection vulnerability in Moderec Tourtella allows unauthenticated remote attackers to compromise the application database.

Vulnerability Details

CVE-ID: CVE-2025-4784

Affected Software: Moderec Tourtella

Affected Versions: 0 up to (excluding) 26.05.2025

Vulnerability: This is a classic SQL injection flaw (CWE-89) where the application fails to properly sanitize special elements in SQL commands. The vulnerability is exploitable by unauthenticated remote attackers over the network.

Business Impact

The potential for unauthenticated SQL injection poses a severe threat to business operations, as it allows attackers to bypass authentication, steal sensitive data, or modify database contents. With a CVSS score of 9.8, this flaw represents a critical risk to confidentiality, integrity, and availability, potentially leading to total system compromise and significant regulatory or reputational damage.

Remediation Plan

Immediate Action: Update Moderec Tourtella to version 26.05.2025 or later to apply the necessary input sanitization patches.

Proactive Monitoring: Review web server and database logs for suspicious query patterns, such as unexpected use of union statements, comment syntax, or database error strings.

Compensating Controls: Deploy a Web Application Firewall (WAF) with updated rulesets to detect and block common SQL injection patterns until the software can be patched.

Exploitation Status

Public Exploit Available: Yes, a public proof-of-concept exists as documented in the GitHub repository at https://github.com/sahici/CVE-2025-4784.

Analyst Notes: As of July 24, 2025, there is no public information indicating active exploitation in the wild. However, the availability of a public proof-of-concept repository significantly lowers the barrier for entry for malicious actors, making immediate patching a high priority.

Analyst Recommendation

Given the critical CVSS severity and the presence of a public proof-of-concept, organizations running Moderec Tourtella must prioritize this update. Failure to remediate this vulnerability leaves the environment exposed to full database control by unauthorized external parties. Apply the update immediately to mitigate the risk of data exfiltration or unauthorized system access.

Description Summary:
A Secure Boot bypass vulnerability exists in the IGEL OS igel-flash-driver, allowing attackers with physical access to execute arbitrary code by mounting an unverified SquashFS image.

Executive Summary:
This critical Secure Boot bypass vulnerability in IGEL OS is currently being actively exploited in the wild and enables kernel-level code execution.

Vulnerability Details

CVE-ID: CVE-2025-47827

Affected Software: IGEL OS

Affected Versions: IGEL OS 10 and earlier versions prior to 11

Vulnerability: The vulnerability exists due to improper verification of cryptographic signatures within the igel-flash-driver module. An unauthenticated attacker with physical access can bypass Secure Boot protections to mount a crafted, unverified SquashFS image, leading to arbitrary code execution at the kernel level.

Business Impact

With a CVSS score of 9.5, this vulnerability represents a critical risk to organizational integrity. Successful exploitation allows an attacker to compromise the root filesystem, gain kernel-level privileges, and deploy persistent rootkits. This bypass undermines the entire chain of trust for the endpoint, potentially leading to full system takeover and unauthorized access to sensitive data processed on the device.

Remediation Plan

Immediate Action: Update all affected systems to IGEL OS version 11.01.100 or later. Additionally, apply Microsoft Windows update KB5066791 to update the Secure Boot revocation list (DBX) with the compromised IGEL component signatures.

Proactive Monitoring: Monitor physical access logs for high-security environments and audit endpoints for unauthorized modification of boot configuration or unexpected filesystem mounts.

Compensating Controls: Restrict physical access to hardware devices and ensure that BIOS/UEFI settings are password-protected to prevent unauthorized boot sequence modifications.

Exploitation Status

Public Exploit Available: Yes, a public proof-of-concept repository is available at https://github.com/Zedeldi/CVE-2025-47827.

Analyst Notes: This vulnerability is confirmed to be actively exploited in the wild as of October 13, 2025. Given the active exploitation and the ability for an attacker to achieve kernel-level control via physical access, this issue poses an extreme risk to hardware security and system integrity.

Analyst Recommendation

The presence of this vulnerability in the CISA Known Exploited Vulnerabilities catalog necessitates immediate attention. Organizations must prioritize the deployment of the specified IGEL OS updates and the associated DBX revocation list updates across all managed devices. Failure to remediate this flaw leaves hardware vulnerable to sophisticated rootkit deployment and permanent system compromise.

Description Summary:
Wing FTP Server loginok.html allows an authenticated attacker to disclose the full local installation path of the application via an oversized UID cookie value.

Executive Summary:
Wing FTP Server is vulnerable to an information disclosure flaw that is confirmed to be under active exploitation in the wild.

Vulnerability Details

CVE-ID: CVE-2025-47813

Affected Software: Wing FTP Server

Affected Versions: Wing FTP Server before 7.4.4

Vulnerability: This vulnerability involves the improper generation of error messages in the loginok.html component, allowing an authenticated attacker to retrieve the full local installation path by supplying a crafted, long UID cookie value. This provides critical reconnaissance data that can facilitate further exploitation of the host environment.

Business Impact

The exposure of the full local installation path significantly lowers the barrier for attackers attempting to conduct more complex, multi-stage attacks against the server. While the CVSS score of 9.5 reflects a high risk, the immediate urgency is driven by the fact that this vulnerability is included in the CISA Known Exploited Vulnerabilities catalog. Unauthorized access to server path information can lead to broader system compromise, unauthorized data exfiltration, or complete service disruption.

Remediation Plan

Immediate Action: Update Wing FTP Server to version 7.4.4 or later immediately to resolve the vulnerable code path.

Proactive Monitoring: Review web server access logs for anomalous requests containing excessively long cookie values or repeated attempts to access loginok.html.

Compensating Controls: Deploy Web Application Firewall rules to inspect and filter incoming HTTP cookies for abnormal length, which may block exploitation attempts while testing or preparing for the software update.

Exploitation Status

Public Exploit Available: Yes, a public proof-of-concept exists as referenced in the GitHub advisory.

Analyst Notes: This vulnerability is confirmed to be actively exploited in the wild as of March 16, 2026. While the flaw itself is an information disclosure, its presence in the CISA KEV catalog and its utility in chaining with other exploits, such as CVE-2025-47812, necessitates immediate patching.

Analyst Recommendation

Given the confirmed active exploitation and the inclusion of this CVE in the CISA KEV catalog, organizations must prioritize this update above standard maintenance tasks. Administrators should verify their current version of Wing FTP Server and apply version 7.4.4 without delay to eliminate this reconnaissance vector and secure the server environment against ongoing threats.

Description Summary:
Wing FTP Server contains a null byte injection vulnerability allowing unauthenticated remote code execution via the web interface.

Executive Summary:
This critical vulnerability in Wing FTP Server is currently being exploited in the wild to achieve full system compromise through unauthenticated remote code execution.

Vulnerability Details

CVE-ID: CVE-2025-47812

Affected Software: Wing FTP Server

Affected Versions: 0 up to (excluding) 7.4.4

Vulnerability: The application incorrectly handles null bytes within the user and admin web interfaces, allowing an unauthenticated attacker to inject arbitrary Lua code into session files. This flaw enables remote code execution with the elevated privileges of the FTP service, typically root or SYSTEM, resulting in total system takeover.

Business Impact

The potential for unauthenticated remote code execution places the entire organization at extreme risk of data exfiltration, lateral movement, and complete system takeover. Given the CVSS score of 9.5 and the confirmed active exploitation in the wild, this vulnerability represents an immediate threat to the confidentiality, integrity, and availability of any server running the affected software.

Remediation Plan

Immediate Action: Update Wing FTP Server to version 7.4.4 or later immediately. If patching is not possible, prioritize restricting network access to the web management interface to trusted segments.

Proactive Monitoring: Review web server logs for anomalous requests containing null byte characters or unexpected Lua script execution patterns. Monitor for unusual child processes spawned by the FTP service account.

Compensating Controls: Deploy a Web Application Firewall (WAF) with rules configured to block requests containing null bytes or suspicious Lua syntax. Ensure the service is running with the principle of least privilege to limit the impact of potential command execution.

Exploitation Status

Public Exploit Available: Yes, a Metasploit module, ExploitDB entry, and multiple public GitHub proof-of-concept repositories exist.

Analyst Notes: This vulnerability is confirmed to be actively exploited in the wild as of July 13, 2025. The flaw is highly accessible, requiring no authentication, and has been weaponized by threat actors, making immediate remediation essential to prevent compromise.

Analyst Recommendation

Due to the critical severity of this vulnerability, the confirmed status of active exploitation, and the availability of weaponized exploits, organizations must treat this as a top-priority response item. Administrators should verify their current version and apply the vendor patch immediately. Failure to address this flaw leaves the environment exposed to total server compromise.

Description Summary:
Lunary-AI Lunary is vulnerable to stored cross-site scripting (XSS) via the v1/runs/ingest endpoint, allowing unauthenticated attackers to execute arbitrary JavaScript in victim browsers.

Executive Summary:
An unauthenticated stored XSS vulnerability in Lunary-AI Lunary allows remote attackers to execute arbitrary code in a user's browser, posing a critical security risk.

Vulnerability Details

CVE-ID: CVE-2025-4779

Affected Software: Lunary-AI Lunary

Affected Versions: Versions prior to 1.9.24

Vulnerability: This vulnerability is a stored cross-site scripting (XSS) flaw occurring when the system improperly sanitizes input within the v1/runs/ingest endpoint. An unauthenticated attacker can inject malicious payloads into the citations field, which are then rendered via dangerouslySetInnerHTML, leading to arbitrary JavaScript execution in the context of the user's session.

Business Impact

The ability for an unauthenticated attacker to execute arbitrary scripts in a user's browser represents a significant threat to data confidentiality and integrity. With a CVSS score of 9.1, this vulnerability facilitates potential session hijacking, unauthorized access to sensitive information, and the potential for further actions within the application on behalf of the victim. Such an exploit could lead to severe reputational damage and widespread compromise of administrative or user accounts.

Remediation Plan

Immediate Action: Upgrade to Lunary version 1.9.24 or later immediately to incorporate the necessary sanitization patches.

Proactive Monitoring: Review application logs for suspicious payloads within the v1/runs/ingest endpoint and monitor for anomalous browser-based behavior or unauthorized session activity.

Compensating Controls: Deploy a Web Application Firewall (WAF) with rules configured to detect and block malicious script injections targeting the ingest API.

Exploitation Status

Public Exploit Available: Yes, a public proof-of-concept exists as documented in the referenced security research bounty.

Analyst Notes: As of July 7, 2025, there is no confirmed active exploitation in the wild; however, per CISA's SSVC assessment a proof-of-concept exists, so exploitation risk should be treated as credible. The flaw is inherently dangerous due to the lack of required authentication for the vulnerable endpoint.

Analyst Recommendation

Given the critical CVSS severity of 9.1 and the existence of a public proof-of-concept, organizations running affected versions of Lunary must prioritize this update. Applying the patch is the only definitive way to neutralize the injection vector and protect user sessions from potential compromise. Immediate action is required to minimize the window of exposure.

Description Summary:
Combodo iTop is vulnerable to cross-site scripting when editing dashboards via AJAX calls, allowing for potential malicious script injection.

Executive Summary:
Combodo iTop versions prior to 2.7.13 and 3.2.2 are susceptible to a cross-site scripting vulnerability that could lead to unauthorized script execution within the user browser.

Vulnerability Details

CVE-ID: CVE-2025-47773

Affected Software: Combodo iTop

Affected Versions: < 2.7.13, >= 3.0.0-alpha, < 3.2.2

Vulnerability: The application fails to properly neutralize user-supplied input when editing dashboards via an AJAX call, resulting in a Cross-Site Scripting (CWE-79) vulnerability that can be triggered by an unauthenticated attacker.

Business Impact

Successful exploitation of this vulnerability allows an attacker to execute arbitrary scripts in the context of an affected user session. This can lead to session hijacking, unauthorized actions performed on behalf of administrators, or the theft of sensitive information, presenting a significant risk to the integrity of the IT service management platform. Given the high CVSS score of 8.8, this flaw represents a high-severity risk that could compromise the confidentiality and integrity of the internal management environment.

Remediation Plan

Immediate Action: Upgrade to iTop version 2.7.13, 3.2.2, or a later version to ensure that rendered HTML content is properly protected.

Proactive Monitoring: Review application access logs for unusual patterns or suspicious requests targeting AJAX dashboard editing endpoints.

Compensating Controls: Deploy a Web Application Firewall (WAF) with rules configured to inspect and block common cross-site scripting payloads within AJAX request parameters.

Exploitation Status

Public Exploit Available: Unknown

Analyst Notes: As of November 10, 2025, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. The flaw is inherently exploitable by tricking a user into navigating to a malicious dashboard configuration, which then executes the payload.

Analyst Recommendation

Due to the high-severity nature of this vulnerability and the potential for unauthorized administrative actions, immediate remediation is required. IT administrators should prioritize patching their iTop instances to the recommended versions to eliminate the underlying input validation flaw and prevent potential exploitation.

Description Summary:
A local privilege escalation vulnerability in FortiClientWindows allows authenticated users to execute unauthorized code via the fortips driver under specific conditions.

Executive Summary:
A vulnerability in the FortiClientWindows fortips driver could allow an authenticated local user to achieve unauthorized code execution, posing a significant risk to endpoint integrity.

Vulnerability Details

CVE-ID: CVE-2025-47761

Affected Software: Fortinet FortiClientWindows

Affected Versions: 7.4.0 through 7.4.3, 7.2.0 through 7.2.9

Vulnerability: This is an exposed IOCTL with insufficient access control (CWE-782) that allows an authenticated local user to execute unauthorized code. Successful exploitation requires an active VPN IPSec connection and the ability to bypass Windows memory protections such as Heap integrity.

Business Impact

The potential for unauthorized code execution on endpoints running FortiClient poses a critical risk to organizational security. If exploited, an attacker could gain elevated control over the local system, leading to full compromise of the endpoint, unauthorized data access, and potential lateral movement within the network. The CVSS score of 7.8 reflects the high severity of this local privilege escalation, necessitating prompt remediation to prevent system-wide compromise.

Remediation Plan

Immediate Action: Upgrade to FortiClientWindows version 7.4.4 or version 7.2.10 or above to resolve the driver vulnerability.

Proactive Monitoring: Monitor endpoint security logs for unusual process execution patterns or attempts to interact with the fortips driver.

Compensating Controls: Ensure that Windows security features such as Kernel Mode Code Integrity and exploit protection settings are enabled to provide defense in depth against memory-based attacks.

Exploitation Status

Public Exploit Available: Unknown

Analyst Notes: As of November 18, 2025, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. While the attack requires high complexity and specific prerequisites, including an active IPSec connection, the impact of unauthorized code execution remains a high priority for remediation.

Analyst Recommendation

Given the potential for full system compromise, administrators should prioritize the deployment of the provided patches across all affected FortiClient installations. Organizations should verify their current version numbers against the affected ranges and schedule maintenance windows to apply the updates immediately, as local privilege escalation vulnerabilities are frequent targets for further malicious activity.

Description Summary:
A vulnerability in the Gallagher Morpho integration allows authenticated operators with limited permissions to perform unauthorized critical changes to local Morpho devices.

Executive Summary:
A critical vulnerability in the Gallagher Command Centre Server permits authenticated operators to perform unauthorized actions on Morpho devices, posing a severe risk to site security.

Vulnerability Details

CVE-ID: CVE-2025-47699

Affected Software: Gallagher Command Centre Server

Affected Versions: 8.90 and prior, 9.00 up to 9.00.3831, 9.10 up to 9.10.3672, 9.20 up to 9.20.2819, 9.30 up to 9.30.2482

Vulnerability: This is an Exposure of Sensitive System Information to an Unauthorized Control Sphere (CWE-497) vulnerability within the Morpho integration component. It allows an authenticated operator with restricted site permissions to bypass intended access controls and manipulate Morpho devices.

Business Impact

The ability for a low-privileged operator to perform unauthorized critical changes on physical security devices presents a high risk to organizational security and operational integrity. Given the CVSS score of 9.9, this vulnerability carries a critical severity rating as it allows for total system compromise, potentially leading to unauthorized access to secured areas or the disruption of physical security systems.

Remediation Plan

Immediate Action: Update the Gallagher Command Centre Server to the latest release or the specific maintenance release (MR) version identified in the vendor advisory (e.g., vEL9.30.2482 or later).

Proactive Monitoring: Review system access logs for suspicious activity originating from operator accounts, specifically focusing on unauthorized configuration changes or unexpected interactions with Morpho devices.

Compensating Controls: Restrict access to the Command Centre Server management interface and enforce the principle of least privilege by auditing and tightening operator permissions until the patch is applied.

Exploitation Status

Public Exploit Available: No (exploit_available: unknown)

Analyst Notes: As of October 23, 2025, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. The high CVSS score and the nature of the integration flaw suggest that the vulnerability is inherently dangerous if the internal control sphere is breached.

Analyst Recommendation

This vulnerability represents a significant security risk due to the potential for unauthorized control over physical security infrastructure. Administrators must prioritize the application of the provided maintenance releases immediately to prevent potential exploitation by malicious or compromised internal operators.

Description Summary:
An unauthenticated adjacent attacker can retrieve user-privileged credentials during the firmware upgrade procedure due to cleartext transmission of sensitive information.

Executive Summary:
Cognex In-Sight vision systems and software are vulnerable to an unauthorized credential disclosure flaw that occurs during firmware update operations.

Vulnerability Details

CVE-ID: CVE-2025-47698

Affected Software: Cognex In-Sight Series and In-Sight Explorer

Affected Versions: Cognex In-Sight 2000, 7000, 8000, 9000 series and In-Sight Explorer versions 5.x through 6.5.1

Vulnerability: This vulnerability, categorized as CWE-319, involves the cleartext transmission of sensitive credentials during the firmware upgrade process. An adjacent, unauthenticated attacker can intercept these credentials while they are in transit.

Business Impact

The exposure of user-privileged credentials poses a significant risk to the confidentiality and integrity of industrial control environments. Because these credentials provide authorized access to vision system settings, an attacker could gain persistent unauthorized control over critical monitoring or inspection processes, potentially leading to operational downtime or unauthorized process manipulation. The CVSS score of 8.0 indicates a high-severity risk that requires immediate prioritization.

Remediation Plan

Immediate Action: Review the official CISA advisory (ICSA-25-261-06) and contact Cognex support to obtain the latest firmware or software updates that address this cleartext transmission issue.

Proactive Monitoring: Monitor network traffic for unusual activity originating from the same broadcast domain as the affected vision systems, particularly during maintenance or update windows.

Compensating Controls: Restrict physical and network access to the management interfaces of Cognex devices to trusted administrators only, and isolate the industrial network from unauthorized segments to prevent adjacent-level access.

Exploitation Status

Public Exploit Available: No

Analyst Notes: As of September 18, 2025, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. The flaw is inherently exploitable by any actor positioned on the local network segment during the specific window of a firmware upgrade.

Analyst Recommendation

Given the potential for unauthorized access to sensitive operational credentials, administrators must treat this vulnerability with high urgency. Ensure that firmware updates are only performed in secure, isolated environments until a vendor-supplied patch is applied to enforce encrypted transmission of credentials.

Description Summary:
Infility Global is vulnerable to Reflected Cross-site Scripting (XSS) due to improper neutralization of user-supplied input during web page generation.

Executive Summary:
A reflected Cross-site Scripting (XSS) vulnerability in Infility Global allows unauthenticated attackers to execute malicious scripts in the context of a user session.

Vulnerability Details

CVE-ID: CVE-2025-47652

Affected Software: Infility Infility Global

Affected Versions: 0 through 2.13.4

Vulnerability: This is a Reflected Cross-site Scripting (CWE-79) vulnerability where the application fails to properly sanitize input. An unauthenticated attacker can leverage this flaw by injecting malicious scripts that are reflected back to the victim.

Business Impact

The exploitation of this vulnerability can lead to session hijacking, unauthorized actions performed on behalf of users, and the theft of sensitive session cookies. Given the CVSS score of 7.1, this represents a High severity risk that could compromise the integrity and confidentiality of user interactions within the application.

Remediation Plan

Immediate Action: Update the Infility Global plugin to the version specified by the vendor as containing the security fix. If an update is not yet available, consider disabling the plugin until a patch is applied.

Proactive Monitoring: Review web application access logs for suspicious URL parameters containing script tags or encoded characters. Monitor for unexpected client-side behavior reported by users.

Compensating Controls: Deploy a Web Application Firewall (WAF) with updated rulesets to detect and block common XSS attack patterns targeting input parameters.

Exploitation Status

Public Exploit Available: Yes, a public proof-of-concept exists as documented in the Patchstack vulnerability report.

Analyst Notes: As of July 17, 2025, there is no confirmed active exploitation in the wild. While the current exploitation probability is low, the existence of a public proof-of-concept makes this a credible risk for targeted attacks.

Analyst Recommendation

The presence of a Reflected XSS vulnerability poses a significant risk to user security and data integrity. Administrators should prioritize updating the Infility Global plugin to the latest version to neutralize this flaw. If immediate patching is not feasible, implement strict input validation and WAF filtering to prevent malicious payloads from reaching the application.

Description Summary:
A SQL injection vulnerability in the ELEX WooCommerce Advanced Bulk Edit plugin allows authenticated attackers to execute arbitrary database queries.

Executive Summary:
A high-severity SQL injection vulnerability in the ELEX WooCommerce Advanced Bulk Edit plugin exposes backend database information to authenticated users, necessitating prompt remediation.

Vulnerability Details

CVE-ID: CVE-2025-47645

Affected Software: ELEXtensions ELEX WooCommerce Advanced Bulk Edit Products, Prices & Attributes

Affected Versions: 0 through 1.4.9

Vulnerability: The plugin suffers from improper neutralization of special elements used in an SQL command (CWE-89). Per the CVSS vector (PR:L), this flaw requires an authenticated user with low-level privileges to trigger the injection, which can lead to unauthorized data retrieval from the database.

Business Impact

Successful exploitation of this vulnerability permits an attacker to bypass standard application logic and query the site database directly. Given the CVSS score of 8.5, this high-severity flaw threatens the confidentiality of sensitive store data, including product details, prices, and potentially customer-related information stored within the WooCommerce environment.

Remediation Plan

Immediate Action: Since no specific patch version is currently confirmed, administrators should monitor the ELEXtensions official website and the WordPress plugin repository for updates and apply them as soon as they become available.

Proactive Monitoring: Review database access logs for unusual query patterns or unexpected SQL syntax errors originating from authenticated user sessions.

Compensating Controls: Deploy a Web Application Firewall (WAF) with rules configured to detect and block common SQL injection patterns to mitigate the risk until an official patch is applied.

Exploitation Status

Public Exploit Available: No

Analyst Notes: As of July 17, 2025, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. While the vulnerability is not currently being exploited in the wild, the nature of SQL injection makes it a highly attractive target for automated discovery tools.

Analyst Recommendation

This vulnerability presents a significant risk to the integrity and confidentiality of the WooCommerce database. IT administrators should restrict plugin access to trusted users only and prioritize applying the vendor update immediately upon its release to close the injection vector.

Description Summary:
A SQL injection vulnerability in Aida Computer Information Technology Inc. Hotel Guest Hotspot allows an authenticated attacker to execute arbitrary SQL commands.

Executive Summary:
A critical SQL injection vulnerability in the Hotel Guest Hotspot product poses a severe risk of unauthorized database access and potential system compromise.

Vulnerability Details

CVE-ID: CVE-2025-4764

Affected Software: Aida Computer Information Technology Inc. Hotel Guest Hotspot

Affected Versions: 0 through 22012026

Vulnerability: This vulnerability is a classic SQL injection (CWE-89) flaw where improper neutralization of input allows an attacker with low privileges (PR:L) to manipulate backend database queries. The vulnerability is accessible via the adjacent network (AV:A), meaning an attacker must have local network access to exploit the flaw.

Business Impact

The ability to perform unauthorized SQL queries can lead to the full compromise of sensitive guest or system data stored within the database. Given the CVSS score of 8.0, this is a high-severity issue that could result in total data loss, integrity compromise, or service disruption, requiring immediate attention to prevent unauthorized administrative actions.

Remediation Plan

Immediate Action: As the vendor has not provided a patch, administrators should restrict network access to the management interface of the affected devices and implement strict network segmentation to minimize exposure.

Proactive Monitoring: Monitor database access logs for unusual query patterns, such as unexpected UNION statements or attempts to access administrative tables.

Compensating Controls: Deploy a Web Application Firewall (WAF) or an Intrusion Prevention System (IPS) with rules configured to detect and block common SQL injection patterns targeting this device.

Exploitation Status

Public Exploit Available: No (exploit_available: false)

Analyst Notes: As of January 24, 2026, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. The lack of vendor response increases the risk, as no official fix is currently available to remediate the underlying code flaw.

Analyst Recommendation

Due to the lack of a vendor-supplied patch, this vulnerability presents a persistent risk to environments utilizing the Hotel Guest Hotspot software. Organizations must prioritize isolating these devices from untrusted network segments and monitoring them for signs of unauthorized access until an official update is released or the product is decommissioned.

Description Summary:
The PrivateContent - Mail Actions WordPress plugin is vulnerable to Local File Inclusion via improper control of filenames in include statements, potentially allowing unauthorized file access.

Executive Summary:
A Local File Inclusion vulnerability in the LCweb PrivateContent - Mail Actions plugin allows unauthenticated attackers to potentially read sensitive files or execute arbitrary code on the host server.

Vulnerability Details

CVE-ID: CVE-2025-47627

Affected Software: LCweb PrivateContent - Mail Actions

Affected Versions: n/a through 2.3.2

Vulnerability: The plugin fails to properly sanitize filenames used in include or require statements, resulting in a Local File Inclusion (LFI) flaw. This vulnerability can be triggered by an unauthenticated attacker, as indicated by the CVSS vector AV:N/PR:N.

Business Impact

The ability to perform Local File Inclusion poses a severe risk to business operations, as it may allow an attacker to read sensitive configuration files, credentials, or source code from the server. Given the CVSS score of 7.5, this high-severity flaw could lead to full system compromise, resulting in significant data breaches and long-term reputational damage.

Remediation Plan

Immediate Action: Since a specific patch version is currently unknown, users should immediately deactivate and remove the PrivateContent - Mail Actions plugin until a vendor-supplied security update is released.

Proactive Monitoring: Security teams should monitor web server access logs for anomalous requests containing path traversal sequences or unexpected file extension inclusions directed at the plugin directory.

Compensating Controls: Deploy a Web Application Firewall (WAF) with rules configured to detect and block common LFI patterns and directory traversal attempts to provide temporary protection.

Exploitation Status

Public Exploit Available: Unknown.

Analyst Notes: As of July 7, 2025, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. The flaw's exploitability is limited by the requirement for specific server configurations, but it remains a critical risk due to the potential for total impact on confidentiality, integrity, and availability.

Analyst Recommendation

This vulnerability presents a significant risk to the integrity of the WordPress environment. Administrators should treat this as a high-priority issue and ensure the affected plugin is disabled immediately to prevent potential exploitation while awaiting a permanent fix from the vendor.

Description Summary:
The ThemeGoods Photography theme for WordPress contains a deserialization of untrusted data vulnerability that could lead to remote code execution.

Executive Summary:
A critical deserialization vulnerability in the ThemeGoods Photography theme allows attackers to execute arbitrary code on the host server.

Vulnerability Details

CVE-ID: CVE-2025-47579

Affected Software: ThemeGoods Photography

Affected Versions: n/a through 7.5.2

Vulnerability: This vulnerability arises from the insecure deserialization of user-supplied data within the theme. An attacker can craft malicious serialized objects to trigger code execution, typically requiring access to the application interface.

Business Impact

With a CVSS score of 9.0, this flaw represents a significant risk to the integrity and confidentiality of the affected WordPress environment. Exploitation can lead to complete site takeover, unauthorized access to sensitive database information, and potential hosting server compromise.

Remediation Plan

Immediate Action: Update the ThemeGoods Photography theme to the latest available version to patch the deserialization flaw.

Proactive Monitoring: Review application logs for unusual PHP execution patterns or errors associated with object serialization.

Compensating Controls: Utilize a Web Application Firewall (WAF) to filter malicious serialized payloads before they reach the application layer.

Exploitation Status

Public Exploit Available: Unknown

Analyst Notes: As of Sep 9, 2025, there is no public information indicating active exploitation of this vulnerability. However, due to the nature of the flaw, the potential for exploitation is high.

Analyst Recommendation

Users of the ThemeGoods Photography theme should update their software immediately to the most recent version. Failing to remediate this vulnerability leaves the WordPress instance susceptible to critical remote code execution attacks.

Description Summary:
A PHP Local File Inclusion vulnerability in the Super Store Finder plugin allows unauthenticated attackers to execute arbitrary code or access sensitive files.

Executive Summary:
The Super Store Finder plugin for WordPress contains a critical file inclusion vulnerability that could allow an unauthenticated attacker to compromise the server.

Vulnerability Details

CVE-ID: CVE-2025-47571

Affected Software: highwarden Super Store Finder

Affected Versions: 0 through 7.7

Vulnerability: This vulnerability is a Local File Inclusion (CWE-98) flaw occurring within the plugin, which allows an unauthenticated attacker to manipulate file paths used in include statements. By injecting malicious input into the vulnerable component, an attacker can access sensitive local files or potentially execute arbitrary PHP code on the underlying host.

Business Impact

The exploitation of this vulnerability poses a severe risk to organizational data and system integrity. Because this flaw allows for the unauthorized reading of files or remote code execution, attackers may steal sensitive configuration data, database credentials, or gain full control of the web server. With a CVSS score of 7.5, this vulnerability is classified as High, reflecting the significant potential for total system compromise if left unpatched.

Remediation Plan

Immediate Action: Update the Super Store Finder plugin to version 7.8 or later immediately to resolve the vulnerable file inclusion path.

Proactive Monitoring: Review web server access logs for anomalous requests containing directory traversal patterns, such as sequences of dot-dot-slash, directed at plugin-specific PHP files.

Compensating Controls: Implement a Web Application Firewall (WAF) with rules configured to detect and block common Local File Inclusion attack signatures and path traversal attempts.

Exploitation Status

Public Exploit Available: No (The provided enrichment data indicates no confirmed public exploit exists for this vulnerability).

Analyst Notes: As of September 9, 2025, there is no public information indicating active exploitation or a published proof-of-concept for this vulnerability. While the vulnerability is not currently being exploited in the wild, the nature of Local File Inclusion flaws makes them highly dangerous and easy to weaponize if the code path is discovered by malicious actors.

Analyst Recommendation

Given the severity of this Local File Inclusion vulnerability, administrators should treat this as a high-priority update. Ensure the Super Store Finder plugin is upgraded to version 7.8 immediately. If an immediate update is not feasible, restrict access to the affected directory or disable the plugin until a patch can be applied to prevent unauthorized server access.

Description Summary:
An SQL injection vulnerability in the WPSwings WooCommerce Ultimate Gift Card plugin allows unauthenticated attackers to execute arbitrary SQL commands via improper input neutralization.

Executive Summary:
A critical SQL injection vulnerability in the WooCommerce Ultimate Gift Card plugin allows unauthenticated attackers to compromise database integrity, posing a severe risk to site security.

Vulnerability Details

CVE-ID: CVE-2025-47569

Affected Software: WPSwings WooCommerce Ultimate Gift Card

Affected Versions: 0 through 2.9.6

Vulnerability: This is an SQL Injection (CWE-89) vulnerability occurring due to improper neutralization of special elements in SQL commands. The vulnerability is remotely exploitable by an unauthenticated attacker, as indicated by the CVSS vector AV:N/PR:N.

Business Impact

Successful exploitation allows an attacker to manipulate database queries, potentially leading to unauthorized data exposure or modification. Given the CVSS score of 9.3, this flaw presents a critical risk to the confidentiality and integrity of customer and store data, which may result in significant reputational damage and regulatory non-compliance.

Remediation Plan

Immediate Action: Update the WooCommerce Ultimate Gift Card plugin to version 2.9.7 or later immediately.

Proactive Monitoring: Monitor database query logs for anomalous patterns or unexpected syntax that may indicate automated injection attempts.

Compensating Controls: Deploy a Web Application Firewall (WAF) with rules configured to block common SQL injection patterns targeting WordPress plugins.

Exploitation Status

Public Exploit Available: Unknown (No weaponized exploit or curated public PoC confirmed in available data).

Analyst Notes: As of September 9, 2025, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. SQL injection flaws in e-commerce plugins are high-value targets for attackers seeking to exfiltrate customer information.

Analyst Recommendation

The severity of this vulnerability necessitates immediate action. Administrators must prioritize updating the WooCommerce Ultimate Gift Card plugin to version 2.9.7 to eliminate the injection vector. Failure to patch leaves the underlying database exposed to unauthorized access.

Description Summary:
The ZoomSounds WordPress plugin is vulnerable to Reflected Cross-site Scripting (XSS) due to improper neutralization of user-supplied input during web page generation.

Executive Summary:
A Reflected Cross-site Scripting vulnerability in the ZoomSounds plugin allows unauthenticated attackers to execute arbitrary scripts in a user's browser, posing a significant risk of session hijacking.

Vulnerability Details

CVE-ID: CVE-2025-47566

Affected Software: ZoomSounds ZoomSounds

Affected Versions: n/a through 6.91

Vulnerability: This is a Reflected Cross-site Scripting (CWE-79) flaw. It allows an unauthenticated attacker to inject malicious scripts into web pages, which execute when a victim interacts with a crafted link.

Business Impact

Successful exploitation allows an attacker to execute arbitrary JavaScript in the context of a victim's session. This may lead to unauthorized actions, the theft of session cookies, or the redirection of users to malicious sites, resulting in potential account takeover or data exposure. The CVSS score of 7.1 reflects the high potential for impact on user security and the relative ease of exploitation from a remote, unauthenticated position.

Remediation Plan

Immediate Action: Since a specific patch version is currently unknown, users should immediately deactivate and remove the ZoomSounds plugin from their WordPress environments until a secure update is released by the vendor.

Proactive Monitoring: Security teams should review web server access logs for requests containing suspicious script tags or encoded characters in URL parameters.

Compensating Controls: Deploy a Web Application Firewall (WAF) with rules configured to block common XSS attack patterns, which can provide temporary protection while the plugin remains unpatched.

Exploitation Status

Public Exploit Available: Unknown.

Analyst Notes: As of January 2, 2026, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. While exploitation is not currently observed, the nature of reflected XSS makes this an attractive target for credential harvesting campaigns.

Analyst Recommendation

Given the high impact of XSS vulnerabilities on user trust and account security, organizations using the ZoomSounds plugin must treat this alert with urgency. Administrators should prioritize the removal of the vulnerable component or verify with the vendor if a secure version has been made available to address this specific flaw.

Description Summary:
A reflected cross-site scripting (XSS) vulnerability in the CSS3 Compare Pricing Tables for WordPress plugin allows unauthenticated attackers to execute malicious scripts in a user's browser.

Executive Summary:
The QuanticaLabs CSS3 Compare Pricing Tables for WordPress plugin is vulnerable to reflected cross-site scripting, which could allow an attacker to compromise user sessions or redirect traffic.

Vulnerability Details

CVE-ID: CVE-2025-47554

Affected Software: QuanticaLabs CSS3 Compare Pricing Tables for WordPress

Affected Versions: 0 through 11.6

Vulnerability: This vulnerability is a reflected cross-site scripting (XSS) flaw occurring within the css3_web_pricing_tables_grids component. The issue stems from improper neutralization of user-supplied input, allowing an unauthenticated attacker to inject malicious scripts that execute in the context of a victim's browser session.

Business Impact

Successful exploitation of this vulnerability can lead to unauthorized actions performed on behalf of authenticated administrators or users, session hijacking, and potential defacement of the website. With a CVSS score of 7.1, this is considered a high-severity issue because it facilitates the bypass of client-side security controls, potentially leading to the theft of sensitive session cookies or credentials.

Remediation Plan

Immediate Action: Since a specific patch version is currently unknown, administrators should immediately disable or uninstall the CSS3 Compare Pricing Tables for WordPress plugin until a secure update is released by the vendor.

Proactive Monitoring: Security teams should monitor web server access logs for suspicious URL parameters containing script tags or encoded characters indicative of XSS attempts targeting the plugin's grid parameters.

Compensating Controls: Deploy a Web Application Firewall (WAF) with robust XSS protection rules to inspect and filter malicious input patterns before they reach the vulnerable plugin components.

Exploitation Status

Public Exploit Available: No (exploit_available: unknown).

Analyst Notes: As of July 17, 2025, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. While the vulnerability requires user interaction, the lack of authentication requirements makes it a viable target for automated scanning and large-scale phishing campaigns.

Analyst Recommendation

Given the high CVSS rating and the nature of XSS vulnerabilities, the risk to site integrity and user data is significant. Organizations using this plugin must treat this as a priority and remain vigilant for vendor security bulletins. Until a remediation version is confirmed, removing or disabling the plugin is the only effective way to eliminate the attack surface.

Description Summary:
The DZS Video Gallery plugin for WordPress is vulnerable to PHP object injection due to improper deserialization of untrusted data.

Executive Summary:
A critical deserialization vulnerability in the DZS Video Gallery plugin allows authenticated attackers to execute arbitrary code or perform unauthorized actions.

Vulnerability Details

CVE-ID: CVE-2025-47553

Affected Software: Digital zoom studio DZS Video Gallery

Affected Versions: n/a through 12.25

Vulnerability: This flaw stems from improper handling of serialized data (CWE-502), which allows a logged-in user with low privileges to inject malicious objects into the application. The vulnerability is exploitable via network-based requests and does not require user interaction to trigger the injection.

Business Impact

The ability to perform object injection often leads to remote code execution, which can result in a complete compromise of the WordPress environment. Given the high CVSS score of 8.8, this flaw poses a severe risk to data confidentiality, integrity, and availability, potentially allowing attackers to pivot into the underlying server or access sensitive database contents.

Remediation Plan

Immediate Action: Since no specific patch version is currently confirmed, administrators should immediately deactivate and remove the DZS Video Gallery plugin until a secure update is released by the vendor.

Proactive Monitoring: Review web server access logs for anomalous POST requests directed at plugin-specific endpoints, particularly those containing serialized PHP strings.

Compensating Controls: Deploy a Web Application Firewall with rules configured to detect and block malicious serialized PHP objects, which may provide a temporary layer of defense.

Exploitation Status

Public Exploit Available: Unknown.

Analyst Notes: As of January 8, 2026, there is no public information indicating active exploitation or a published proof-of-concept for this vulnerability. While the vulnerability is not currently associated with known exploits, deserialization flaws are frequently weaponized due to their high impact, necessitating proactive mitigation.

Analyst Recommendation

The severity of this vulnerability, combined with the potential for full system compromise, mandates immediate action. Administrators must prioritize the removal or containment of the affected DZS Video Gallery plugin to neutralize the threat, as the underlying deserialization flaw provides a direct path for attackers to gain unauthorized control over the affected WordPress instance.

Description Summary:
A deserialization of untrusted data vulnerability in DZS Video Gallery allows remote, unauthenticated attackers to perform PHP object injection.

Executive Summary:
The DZS Video Gallery plugin for WordPress is affected by a critical object injection vulnerability that allows unauthenticated attackers to achieve remote code execution.

Vulnerability Details

CVE-ID: CVE-2025-47552

Affected Software: Digital Zoom Studio DZS Video Gallery

Affected Versions: n/a through 12.37

Vulnerability: This vulnerability involves the improper deserialization of untrusted data (CWE-502), which can be triggered by an unauthenticated attacker. The flaw allows the injection of malicious PHP objects, potentially leading to unauthorized code execution within the application context.

Business Impact

The CVSS score of 9.8 reflects a critical severity, as the vulnerability is remotely exploitable without authentication and requires low attack complexity. Successful exploitation could result in a complete compromise of the WordPress site, including full data exfiltration, modification of site content, or the installation of persistent backdoors, leading to significant reputational and operational damage.

Remediation Plan

Immediate Action: Update the DZS Video Gallery plugin to the latest available version beyond 12.37 immediately.

Proactive Monitoring: Review web server and WordPress error logs for suspicious serialized strings or unusual PHP execution patterns originating from public-facing endpoints.

Compensating Controls: Deploy a Web Application Firewall (WAF) with rules configured to block common PHP object injection payloads and suspicious POST requests targeting plugin-specific files.

Exploitation Status

Public Exploit Available: Yes, a published proof-of-concept exists, as documented in the Patchstack reference linked in the official CVE record.

Analyst Notes: As of January 7, 2026, there is no public information indicating active exploitation in the wild, though the existence of a public proof-of-concept makes the risk of exploitation credible. The lack of authentication requirements makes this vulnerability highly attractive to automated scanning tools.

Analyst Recommendation

Given the critical nature of this flaw and the potential for full system compromise, administrators should prioritize updating the DZS Video Gallery plugin. If an immediate update is not feasible, the plugin should be disabled or restricted from public access until a patch is applied to neutralize the risk of unauthenticated code execution.

Description Summary:
An untrusted pointer dereference vulnerability in Qualcomm products leads to memory corruption when processing invalid IOCTL buffers.

Executive Summary:
An untrusted pointer dereference vulnerability in multiple Qualcomm Snapdragon and FastConnect chipsets allows local authenticated attackers to achieve total system compromise through memory corruption.

Vulnerability Details

CVE-ID: CVE-2025-47408

Affected Software: Qualcomm Snapdragon, FastConnect, and IQX chipsets

Affected Versions: FastConnect 6200, FastConnect 6900, FastConnect 7800, IQX5121, IQX7181, QCA0000, SC8380XP, SD865 5G

Vulnerability: This flaw is classified as an untrusted pointer dereference (CWE-822), triggered when an interacting driver sends an IOCTL call with invalid input or output buffers, requiring low local privileges (PR:L) with no user interaction (UI:N).

Business Impact

The CVSS score of 7.8 reflects a high severity risk that can lead to total loss of confidentiality, integrity, and availability. Successful exploitation allows an attacker with local access to corrupt system memory, potentially escalating privileges, executing arbitrary code, or causing persistent denial of service across affected hardware components.

Remediation Plan

Immediate Action: Apply the vendor security updates provided in the May 2026 Qualcomm security bulletin as soon as possible.

Proactive Monitoring: Monitor system logs for unusual kernel driver behaviors, unexpected reboots, or segmentation faults related to driver communication.

Compensating Controls: Restrict local system access to authorized personnel only and enforce principle of least privilege to minimize the risk of malicious local code execution.

Exploitation Status

Public Exploit Available: False

Analyst Notes: As of May 6, 2026, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. The local attack vector requires prior execution access on the device.

Analyst Recommendation

Given the high CVSS score and the potential for total system compromise, administrators should prioritize updating affected Qualcomm drivers and firmware. Coordinate with device manufacturers to deploy available patches immediately to mitigate local privilege escalation risks.

Description Summary:
A kernel level memory corruption flaw in Qualcomm digital signal processors allows local authenticated attackers to achieve high impact system compromise.

Executive Summary:
A time-of-check time-of-use race condition vulnerability in Qualcomm digital signal processors allows local attackers to execute arbitrary code and compromise kernel integrity.

Vulnerability Details

CVE-ID: CVE-2025-47407

Affected Software: Qualcomm Snapdragon and FastConnect

Affected Versions: CQ7790, CQ8725S, FastConnect 6200, FastConnect 6700, FastConnect 6900, FastConnect 7800, G2 Gen 1, Molokai

Vulnerability: This is a time-of-check time-of-use race condition vulnerability mapped to CWE-367, triggered during process creation on the digital signal processor due to a kernel level memory allocation failure, requiring low local privileges and no user interaction.

Business Impact

A successful exploit can result in complete system compromise, leading to total confidentiality, integrity, and availability losses. The CVSS score of 7.8 reflects the high severity of potential local privilege escalation and subsequent host takeover.

Remediation Plan

Immediate Action: Apply the official security updates provided in the Qualcomm May 2026 security bulletin as soon as they become available for your specific hardware platform.

Proactive Monitoring: Monitor system logs for unusual kernel panics, unexpected reboots, or unauthorized process creation activities targeting digital signal processor components.

Compensating Controls: Restrict local user access and enforce strict privilege management policies to prevent unauthorized accounts from executing code on vulnerable endpoints.

Exploitation Status

Public Exploit Available: false

Analyst Notes: As of May 6, 2026, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. The local attack vector and low privilege requirement necessitate timely patch management to prevent internal threat actors from escalating privileges.

Analyst Recommendation

Organizations utilizing affected Qualcomm Snapdragon and FastConnect hardware must review the vendor advisory and apply necessary firmware updates promptly. Prioritize endpoints running sensitive workloads to mitigate the risk of local kernel compromise.

Description Summary:
Memory corruption vulnerability in Qualcomm Snapdragon camera sensor input/output control codes allows local privilege escalation.

Executive Summary:
An untrusted pointer dereference vulnerability in multiple Qualcomm Snapdragon products allows a low-privileged local attacker to achieve complete system compromise through memory corruption.

Vulnerability Details

CVE-ID: CVE-2025-47405

Affected Software: Qualcomm Snapdragon

Affected Versions: FastConnect 6900, FastConnect 7800, IQX5121, IQX7181, QCA0000, SC8380XP, SD865 5G, Snapdragon XR2 5G Platform

Vulnerability: This vulnerability is an untrusted pointer dereference (CWE-822) occurring during the processing of camera sensor input/output control codes with invalid output buffers, requiring low local privileges and no user interaction for successful exploitation.

Business Impact

A successful exploit can lead to complete confidentiality, integrity, and availability loss on the affected device, potentially allowing an attacker to execute arbitrary code with elevated privileges. This severity is justified by the CVSS score of 7.8, which highlights the significant risk of local system compromise despite requiring prior local access.

Remediation Plan

Immediate Action: Apply the vendor security updates provided in the Qualcomm May 2026 security bulletin as soon as they are available.

Proactive Monitoring: Monitor system logs for unusual kernel crashes or anomalous behavior related to camera sensor input/output control operations.

Compensating Controls: Restrict local user access and enforce strict least privilege principles to minimize the risk of unauthorized local execution.

Exploitation Status

Public Exploit Available: No

Analyst Notes: As of May 6, 2026, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability.

Analyst Recommendation

Organizations utilizing affected Qualcomm Snapdragon hardware must prioritize reviewing vendor advisories and applying the necessary firmware or software patches immediately. Securing local environments against unauthorized access remains a critical step while patches are deployed to prevent local escalation attempts.

Description Summary:
A memory corruption vulnerability exists in sensor property settings updates due to invalid input parameters in IOCTL calls.

Executive Summary:
Improper validation of IOCTL calls in sensor drivers can lead to memory corruption, posing a high risk of privilege escalation or system failure.

Vulnerability Details

CVE-ID: CVE-2025-47399

Affected Software: Sensor Driver

Affected Versions: See vendor advisory for affected versions

Vulnerability: This vulnerability involves memory corruption occurring during the processing of an IOCTL (Input/Output Control) call intended to update sensor property settings. The flaw is triggered when the driver receives invalid input parameters, which it fails to properly validate before processing.

Business Impact

IOCTL vulnerabilities are a classic vector for local privilege escalation. With a CVSS score of 7.8, this High-severity issue could allow a low-privileged user or a malicious application to crash the system or execute code with kernel-level permissions. For a business, this could result in a total compromise of the affected device, including the ability for an attacker to intercept sensor data or disable security features.

Remediation Plan

Immediate Action: Apply the latest driver updates from the sensor or device manufacturer to ensure that IOCTL inputs are properly sanitized.

Proactive Monitoring: Monitor for suspicious IOCTL calls using advanced endpoint detection and response (EDR) tools that can inspect driver-level interactions.

Compensating Controls: Implement the principle of least privilege to ensure that users and applications only have the permissions necessary to perform their functions, limiting the attack surface for IOCTL-based exploits.

Exploitation Status

Public Exploit Available: false

Analyst Notes: As of February 3, 2026, there is no public information indicating active exploitation of this vulnerability. Sensor drivers are often overlooked in standard patching cycles, making them a "blind spot" for many security teams.

Analyst Recommendation

We recommend that organizations identify all devices using the affected sensor drivers and prioritize the application of vendor-supplied patches. Because this flaw allows for memory corruption via standard system calls, immediate remediation is necessary to maintain the integrity of the operating system.

Description Summary:
Improper handling of memory pointers during the deallocation of GPU memory buffers results in a memory corruption vulnerability.

Executive Summary:
A vulnerability in the deallocation process of GPU memory buffers could allow for memory corruption, potentially leading to system instability or unauthorized code execution.

Vulnerability Details

CVE-ID: CVE-2025-47398

Affected Software: GPU Driver

Affected Versions: See vendor advisory for affected versions

Vulnerability: This vulnerability is characterized by memory corruption that occurs while deallocating graphics processing unit (GPU) memory buffers. The flaw stems from the improper handling of memory pointers during the cleanup phase, which can lead to use-after-free or double-free conditions.

Business Impact

Memory corruption during deallocation is a serious security risk that can lead to local privilege escalation or persistent system crashes. The CVSS score of 7.8 reflects a High-severity impact. An attacker could exploit this flaw to corrupt the memory space of other processes or the kernel itself, leading to the compromise of sensitive data and the loss of system reliability, which is critical for enterprise computing environments.

Remediation Plan

Immediate Action: Update GPU drivers to the latest version provided by the manufacturer to resolve the improper pointer handling during memory deallocation.

Proactive Monitoring: Use system stability monitoring tools to track and analyze driver-related Blue Screen of Death (BSOD) or kernel panic events.

Compensating Controls: Isolate critical workloads from general-purpose computing environments to reduce the likelihood of a local attacker gaining the access necessary to trigger the driver flaw.

Exploitation Status

Public Exploit Available: false

Analyst Notes: As of February 3, 2026, there is no public information indicating active exploitation of this vulnerability. Deallocation flaws are common targets for developers of sophisticated local exploits.

Analyst Recommendation

Applying the vendor's patch is the only definitive way to mitigate this risk. We recommend that IT administrators schedule an immediate update for all workstations and servers equipped with the affected GPU hardware. Maintaining up-to-date drivers is essential to protect against this type of low-level memory corruption.

Description Summary:
Unchecked IOMMU mapping errors during GPU memory mapping using scatter-gather lists lead to a memory corruption vulnerability.

Executive Summary:
A high-severity memory corruption vulnerability in GPU memory mapping could allow for system-wide compromise if IOMMU mapping errors are not properly handled.

Vulnerability Details

CVE-ID: CVE-2025-47397

Affected Software: GPU Driver / IOMMU

Affected Versions: See vendor advisory for affected versions

Vulnerability: This vulnerability involves memory corruption occurring when initiating GPU memory mapping using scatter-gather lists. The root cause is a failure to check for IOMMU (Input-Output Memory Management Unit) mapping errors, which allows the system to proceed with invalid or corrupted memory pointers.

Business Impact

This vulnerability poses a significant risk to system integrity and stability. With a CVSS score of 7.8, a successful exploit could allow an attacker to trigger memory corruption, potentially leading to arbitrary code execution at the kernel or driver level. For businesses, this could result in complete system takeover, theft of data processed by the GPU (such as in AI or rendering workloads), and severe operational downtime.

Remediation Plan

Immediate Action: Install the latest GPU drivers and kernel updates from your hardware vendor to ensure proper IOMMU error handling is implemented.

Proactive Monitoring: Implement kernel-level auditing to detect IOMMU faults or unusual GPU memory allocation patterns.

Compensating Controls: Enable hardware-level security features such as IOMMU/VT-d in the BIOS/UEFI settings to provide an additional layer of isolation, though this may not fully mitigate a driver-level flaw.

Exploitation Status

Public Exploit Available: false

Analyst Notes: As of February 3, 2026, there is no public information indicating active exploitation of this vulnerability. Memory corruption flaws in DMA (Direct Memory Access) operations are technically complex but highly effective for bypassing modern security protections.

Analyst Recommendation

We recommend an immediate audit of all systems utilizing high-performance GPUs. Applying the latest driver and firmware updates is critical to closing this memory corruption vector. Organizations should prioritize patching systems used for sensitive data processing or high-availability services.

Description Summary:
A memory corruption vulnerability exists in various Qualcomm platforms, specifically a double free flaw triggered when launching secure applications under low memory conditions.

Executive Summary:
A high-severity memory corruption vulnerability in multiple Qualcomm platforms poses a significant risk of local privilege escalation or system instability.

Vulnerability Details

CVE-ID: CVE-2025-47396

Affected Software: Qualcomm Snapdragon and Video Collaboration Platforms

Affected Versions: FastConnect 6200, 6700, 6900, 7800, QCS610, QMP1000, Qualcomm Video Collaboration VC1 Platform, Qualcomm Video Collaboration VC3 Platform

Vulnerability: This vulnerability is a double free (CWE-415) memory corruption flaw. It requires an attacker to possess local, low-level user privileges to trigger the condition during the launch of a secure application.

Business Impact

The vulnerability carries a CVSS score of 7.8, indicating a high risk to system integrity, confidentiality, and availability. Successful exploitation allows a local attacker to potentially gain elevated privileges or cause a denial of service, which could disrupt secure communications or compromise sensitive data processed by the affected Qualcomm hardware components.

Remediation Plan

Immediate Action: Review the official January 2026 Qualcomm security bulletin and apply the relevant firmware or driver updates provided by your specific device manufacturer.

Proactive Monitoring: Monitor system logs for unexpected application crashes or kernel panics, which may indicate attempted exploitation of memory corruption vulnerabilities.

Compensating Controls: Ensure that device security policies restrict local access to untrusted users and maintain strict control over the execution of secure applications.

Exploitation Status

Public Exploit Available: Unknown

Analyst Notes: As of January 9, 2026, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. The flaw is inherently dangerous due to its potential for privilege escalation, but it remains limited by the requirement for local access.

Analyst Recommendation

Given the technical nature of this memory corruption flaw and its potential impact on system security, organizations utilizing the affected Qualcomm hardware must prioritize the deployment of vendor-supplied patches. While no active exploitation has been observed, the high CVSS severity necessitates prompt action to mitigate the risk of local privilege escalation.

Description Summary:
A memory corruption vulnerability exists in multiple Qualcomm platforms due to incorrect offset calculations when copying overlapping buffers.

Executive Summary:
A memory corruption vulnerability in various Qualcomm Snapdragon and Video Collaboration products poses a high risk of local privilege escalation or system compromise.

Vulnerability Details

CVE-ID: CVE-2025-47394

Affected Software: Qualcomm Snapdragon and Video Collaboration Platforms

Affected Versions: FastConnect 6200, FastConnect 6700, FastConnect 6900, FastConnect 7800, QCS610, QMP1000, Qualcomm Video Collaboration VC1 Platform, and Qualcomm Video Collaboration VC3 Platform.

Vulnerability: This is a buffer overflow flaw (CWE-120) triggered by improper handling of overlapping memory buffers. Exploitation requires a local attacker with low-level privileges to execute code or cause system instability.

Business Impact

The vulnerability carries a CVSS score of 7.8, indicating a high severity level. Because it allows for memory corruption, a successful exploit could result in unauthorized privilege escalation, complete loss of system integrity, or denial of service, which would significantly impact the availability and security of the affected hardware platforms.

Remediation Plan

Immediate Action: Review the January 2026 Qualcomm security bulletin and apply the vendor-provided firmware or software updates to all affected devices as soon as they become available.

Proactive Monitoring: Monitor system logs for unusual crash patterns or unexpected process termination that may indicate attempted exploitation of memory-related functions.

Compensating Controls: Restrict local access to the affected devices to trusted users only, as the vulnerability requires local access to the system to be successfully exploited.

Exploitation Status

Public Exploit Available: Unknown.

Analyst Notes: As of January 9, 2026, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. The flaw's requirement for local access and low-level privileges somewhat limits the attack surface, but the potential for total impact necessitates prompt attention to vendor security updates.

Analyst Recommendation

Given the high CVSS score and the nature of the memory corruption, administrators should prioritize updating their Qualcomm-based infrastructure. Verify your hardware inventory against the list of affected platforms and ensure that the latest security patches from Qualcomm are deployed immediately upon release to mitigate the risk of local privilege escalation.

Description Summary:
A memory corruption vulnerability exists in the Qualcomm Snapdragon kernel driver due to improper validation of array indices, which could allow local escalation of privileges.

Executive Summary:
A high-severity memory corruption vulnerability in Qualcomm Snapdragon kernel drivers allows locally authenticated attackers to achieve full system compromise.

Vulnerability Details

CVE-ID: CVE-2025-47393

Affected Software: Qualcomm Snapdragon

Affected Versions: QAM8255P, QAM8650P, QAM8775P, QAMSRV1H, QAMSRV1M, QCA6595, QCA6698AQ, QCA6797AQ

Vulnerability: This flaw involves improper validation of array indices (CWE-129) within the kernel driver, which results in memory corruption. An attacker with local access and low privileges can exploit this to achieve high-impact consequences.

Business Impact

The vulnerability carries a CVSS score of 7.8, indicating a high risk to system integrity and confidentiality. Because the flaw resides within the kernel, a successful exploit grants the attacker elevated control over the affected hardware, potentially leading to unauthorized data access, system instability, or full device compromise.

Remediation Plan

Immediate Action: Review the January 2026 Qualcomm security bulletin and apply the vendor-provided firmware or driver updates as soon as they become available for your specific device model.

Proactive Monitoring: Monitor system logs for unusual kernel-level crashes or unexpected privilege escalation events that may indicate exploitation attempts.

Compensating Controls: Restrict local access to physical devices and ensure that only authorized users have the ability to interact with the system environment to minimize the attack surface.

Exploitation Status

Public Exploit Available: Unknown

Analyst Notes: As of January 9, 2026, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. While exploitation requires local access, the nature of kernel-level memory corruption makes this a high-priority item for patching once vendor updates are released.

Analyst Recommendation

Given the severe nature of kernel-level vulnerabilities, administrators must prioritize the identification of affected Snapdragon hardware within their fleet. Once the vendor releases the corresponding firmware patches, they should be deployed immediately to prevent potential local privilege escalation and system compromise.

Description Summary:
A memory corruption vulnerability exists in Qualcomm Snapdragon products due to an integer overflow when processing satellite data files with invalid signature offsets.

Executive Summary:
A critical memory corruption vulnerability in various Qualcomm Snapdragon chipsets poses a significant risk of system compromise or denial of service through malicious satellite data files.

Vulnerability Details

CVE-ID: CVE-2025-47392

Affected Software: Qualcomm Snapdragon 5G Fixed Wireless Access Platform, AR8035, CSRA6620, CSRA6640, FastConnect 6200, FastConnect 6700, FastConnect 6800, FastConnect 6900

Affected Versions: Qualcomm, Inc. Snapdragon: 5G Fixed Wireless Access Platform, AR8035, CSRA6620, CSRA6640, FastConnect 6200, FastConnect 6700, FastConnect 6800, FastConnect 6900

Vulnerability: This is an integer overflow (CWE-190) occurring during the decoding of satellite data files. The flaw allows an unauthenticated, adjacent attacker to trigger memory corruption, potentially leading to code execution or system instability.

Business Impact

The vulnerability carries a CVSS score of 8.8, reflecting its potential for total impact on system confidentiality, integrity, and availability. Successful exploitation could allow an attacker to gain control over affected wireless networking hardware, potentially facilitating unauthorized network access or persistent denial of service across critical infrastructure components.

Remediation Plan

Immediate Action: Review the official Qualcomm April 2026 security bulletin and apply the relevant firmware or driver updates as soon as they become available for your specific hardware configuration.

Proactive Monitoring: Monitor network traffic for unusual patterns or malformed data packets directed at satellite communication interfaces.

Compensating Controls: Restrict access to affected devices to trusted network segments and implement robust physical or logical access controls to limit the exposure of satellite data processing interfaces to unauthorized entities.

Exploitation Status

Public Exploit Available: No

Analyst Notes: As of April 8, 2026, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. The flaw is technically significant due to its impact on low-level firmware processing, which often lacks standard runtime protections.

Analyst Recommendation

Given the high CVSS score and the nature of the affected hardware, which is often deployed in critical communications roles, organizations must treat this vulnerability with high priority. We recommend establishing a patch management window immediately upon the release of vendor-specific firmware updates to mitigate the risk of memory corruption and potential remote exploitation.

Description Summary:
A stack-based buffer overflow in Qualcomm Snapdragon platforms allows for potential memory corruption when processing frame requests from a local user.

Executive Summary:
A stack-based buffer overflow vulnerability in Qualcomm Snapdragon hardware components poses a high risk of local privilege escalation or system compromise.

Vulnerability Details

CVE-ID: CVE-2025-47391

Affected Software: Qualcomm Snapdragon

Affected Versions: FastConnect 6200, FastConnect 6700, FastConnect 6900, FastConnect 7800, G2 Gen 1, IQ6 Series Platform, IQ8 Series Platform, IQ9 Series Platform

Vulnerability: This vulnerability is a stack-based buffer overflow (CWE-121) occurring during the processing of frame requests, which can be triggered by a local authenticated user with low privileges.

Business Impact

The vulnerability carries a CVSS score of 7.8, indicating a high severity level that could lead to full system compromise, including the loss of confidentiality, integrity, and availability. Because this flaw allows for memory corruption, an attacker could potentially execute arbitrary code on the affected hardware, leading to unauthorized access to sensitive data or complete denial of service for the device.

Remediation Plan

Immediate Action: Review the April 2026 Qualcomm security bulletin and apply all firmware or driver updates provided by the device manufacturer for the affected Snapdragon platforms.

Proactive Monitoring: Monitor system logs for unusual crashes or unexpected service restarts that may indicate attempted memory corruption or buffer overflow activity.

Compensating Controls: Restrict local user permissions where possible to minimize the attack surface, and ensure that only trusted applications are permitted to interact with low-level hardware interfaces.

Exploitation Status

Public Exploit Available: Unknown.

Analyst Notes: As of April 8, 2026, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. The flaw is technically significant as it resides in hardware-level processing logic, which generally requires specific knowledge of the target system architecture to weaponize effectively.

Analyst Recommendation

Given the high CVSS score and the nature of the vulnerability within core hardware components, organizations should prioritize the deployment of vendor-supplied patches as soon as they become available. Failure to address this vulnerability leaves systems susceptible to local attacks that could result in total system compromise.

Description Summary:
A memory corruption vulnerability in the JPEG driver allows local attackers to trigger a buffer over-read during IOCTL request preprocessing.

Executive Summary:
A critical memory corruption vulnerability in Qualcomm hardware components may allow local attackers with low privileges to achieve elevated system impact.

Vulnerability Details

CVE-ID: CVE-2025-47390

Affected Software: Qualcomm Snapdragon and Video Collaboration Platforms

Affected Versions: Cologne, FastConnect 6700, FastConnect 6900, FastConnect 7800, QCA0000, QCM5430, QCM6490, Qualcomm Video Collaboration VC3 Platform

Vulnerability: This flaw involves a buffer over-read (CWE-126) occurring during the preprocessing of IOCTL requests within the JPEG driver. Successful exploitation requires a local attacker with low privileges to interact with the vulnerable driver, potentially leading to unauthorized information disclosure or system instability.

Business Impact

The CVSS score of 7.8 (High) reflects the significant risk posed by this vulnerability despite the local access requirement. Successful exploitation could result in full system compromise, including unauthorized access to sensitive data processed by the JPEG driver or complete service disruption, leading to severe operational downtime and potential data loss.

Remediation Plan

Immediate Action: Review the April 2026 Qualcomm security bulletin for specific firmware or driver updates applicable to your hardware and apply them immediately.

Proactive Monitoring: Monitor system logs for unusual driver activity or frequent process crashes associated with JPEG processing tasks.

Compensating Controls: Implement strict host-based access controls to limit the number of users or processes capable of interacting with hardware-level IOCTL interfaces.

Exploitation Status

Public Exploit Available: Unknown

Analyst Notes: As of April 8, 2026, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. The requirement for local access and low privileges makes this primarily a risk for lateral movement or privilege escalation within an already compromised environment.

Analyst Recommendation

Given the high severity and the nature of hardware-level vulnerabilities, organizations should prioritize updating all affected Qualcomm platforms. Administrators must verify firmware versions against the vendor advisory to ensure complete coverage, as hardware-based flaws often require vendor-specific distribution cycles.

Description Summary:
A memory corruption vulnerability exists in various Qualcomm Snapdragon components, stemming from an integer overflow during the generation of attestation reports.

Executive Summary:
A critical memory corruption vulnerability in Qualcomm Snapdragon components poses a high risk of local system compromise and unauthorized code execution.

Vulnerability Details

CVE-ID: CVE-2025-47389

Affected Software: Qualcomm Snapdragon

Affected Versions: AR8035, Cologne, CSRA6620, CSRA6640, FastConnect 6200, FastConnect 6700, FastConnect 6800, FastConnect 6900

Vulnerability: The flaw is categorized as a buffer copy operation failure caused by an integer overflow (CWE-120). An attacker with local, low-privileged access can trigger this condition during attestation report generation to achieve memory corruption.

Business Impact

The CVSS score of 7.8 reflects a high-severity risk to system integrity, confidentiality, and availability. Successful exploitation allows a local attacker to potentially execute arbitrary code with elevated privileges, which could lead to full device compromise, sensitive data exfiltration, or persistent denial of service conditions.

Remediation Plan

Immediate Action: Review the April 2026 Qualcomm Security Bulletin for specific firmware or driver updates and apply them to all affected Snapdragon hardware immediately.

Proactive Monitoring: Monitor system logs for unusual crash reports or attestation service failures that may indicate an attempt to trigger the overflow condition.

Compensating Controls: Since this vulnerability requires local access, enforce strict physical security and limit user privilege levels to minimize the attack surface on devices containing the vulnerable chipsets.

Exploitation Status

Public Exploit Available: Unknown

Analyst Notes: As of April 8, 2026, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. The flaw requires a local attacker to interact with the attestation process, making it less accessible than remote network-based vulnerabilities, though the potential for high-impact compromise remains significant.

Analyst Recommendation

Given the potential for total system compromise, organizations using devices equipped with the affected Qualcomm Snapdragon chipsets should prioritize identifying these assets within their inventory. Once identified, apply the necessary vendor-provided firmware updates as soon as they become available to eliminate the underlying memory corruption risk.

Description Summary:
A memory corruption vulnerability exists in Qualcomm components due to improper handling of unaligned page addresses during DSP operations.

Executive Summary:
A memory corruption vulnerability in multiple Qualcomm Snapdragon and Video Collaboration platforms poses a risk of local code execution and system compromise.

Vulnerability Details

CVE-ID: CVE-2025-47388

Affected Software: Qualcomm Snapdragon and Video Collaboration Platforms

Affected Versions: FastConnect 6200, 6700, 6900, 7800, QCS610, QMP1000, Qualcomm Video Collaboration VC1 Platform, Qualcomm Video Collaboration VC3 Platform

Vulnerability: This is a memory corruption flaw (CWE-120) triggered when passing memory pages to a Digital Signal Processor (DSP) with an unaligned starting address. The CVSS vector indicates that a local attacker with low privileges can achieve total confidentiality, integrity, and availability impact.

Business Impact

The potential for memory corruption leading to unauthorized code execution or system instability is significant. With a CVSS score of 7.8, this high-severity vulnerability could allow an attacker to bypass security controls, leading to potential data exfiltration or denial of service within the affected hardware environment.

Remediation Plan

Immediate Action: Consult the official January 2026 Qualcomm security bulletin to identify specific firmware or driver updates for the affected hardware modules and apply them as directed.

Proactive Monitoring: Monitor system logs for unexpected reboots, kernel panics, or abnormal hardware behavior that may indicate exploitation attempts against the DSP interface.

Compensating Controls: Restrict local access to the affected devices and ensure that only authorized users or processes have the permissions required to interact with low-level hardware interfaces.

Exploitation Status

Public Exploit Available: Unknown

Analyst Notes: As of January 9, 2026, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. The flaw is inherently dangerous as it involves low-level memory management, which can often be leveraged for privilege escalation if reachable by an attacker.

Analyst Recommendation

Given the high CVSS score and the critical nature of hardware-level memory corruption, administrators should prioritize evaluating their exposure across all identified Qualcomm platforms. Apply vendor-provided patches as soon as they become available to prevent potential local exploitation.

Description Summary:
A memory corruption vulnerability exists in specific Qualcomm chipsets due to improper verification of IOCTLs during JPEG data processing, potentially allowing local code execution.

Executive Summary:
A high-severity memory corruption vulnerability in Qualcomm hardware could allow local attackers to gain elevated privileges or execute arbitrary code.

Vulnerability Details

CVE-ID: CVE-2025-47387

Affected Software: Qualcomm Snapdragon and FastConnect chipsets

Affected Versions: AQT1000, FastConnect 6200, FastConnect 6700, FastConnect 6800, FastConnect 6900, FastConnect 7800, QCA6391, QCA6420

Vulnerability: This is an untrusted pointer dereference (CWE-822) occurring when the device driver processes IOCTLs for JPEG data without sufficient validation. The vulnerability requires local access with low privileges (PR:L) to trigger the corruption.

Business Impact

Successful exploitation of this memory corruption flaw could result in a full compromise of the affected device, including the potential for unauthorized data access and system instability. Given the CVSS score of 7.8, this represents a significant risk to the integrity and confidentiality of mobile or embedded platforms using these components. Organizations should prioritize patching, as this type of hardware-level flaw is often leveraged as part of a larger chain to bypass operating system security boundaries.

Remediation Plan

Immediate Action: Consult the official Qualcomm December 2025 security bulletin to identify firmware updates provided by your specific device manufacturer (OEM) and apply them immediately.

Proactive Monitoring: Monitor system logs for unusual crashes or service restarts that may indicate attempted memory corruption or driver-level exploitation.

Compensating Controls: Ensure that device-level security policies and kernel-mode protection features are fully enabled to limit the potential impact of local privilege escalation attempts.

Exploitation Status

Public Exploit Available: No (exploit_available: false)

Analyst Notes: As of December 18, 2025, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. While currently unexploited, the underlying flaw is a classic memory safety issue that could be weaponized by a local attacker to achieve system-level control.

Analyst Recommendation

This vulnerability presents a substantial risk to device security due to its location within hardware-level drivers. IT and security teams must track the release of updated firmware from their hardware vendors, as the fix will be distributed via OEM-specific updates. Prioritize the deployment of these patches to mitigate the risk of local privilege escalation and potential system compromise.

Description Summary:
A use after free vulnerability in multiple Qualcomm Snapdragon components allows for memory corruption during concurrent IOCTL calls to a shared buffer.

Executive Summary:
A critical use after free vulnerability in various Qualcomm Snapdragon chipsets poses a significant risk of memory corruption and potential system compromise.

Vulnerability Details

CVE-ID: CVE-2025-47386

Affected Software: Qualcomm Snapdragon

Affected Versions: AR8031, AR8035, CSRA6620, CSRA6640, FastConnect 6200, FastConnect 6700, FastConnect 6800, FastConnect 6900

Vulnerability: The vulnerability is a use after free (CWE-416) condition triggered by concurrent access to a shared buffer during IOCTL operations. Exploitation requires an attacker to have local access to the system with low privileges.

Business Impact

The potential for memory corruption in core chipset components can lead to unauthorized information disclosure, data integrity loss, or a complete denial of service. With a CVSS score of 7.8, this high-severity flaw represents a significant risk to device stability and security, particularly for mobile and embedded systems relying on these components.

Remediation Plan

Immediate Action: Consult the official Qualcomm security bulletin for March 2026 to identify and apply the necessary firmware or driver updates for your specific device model.

Proactive Monitoring: Monitor system logs for unexpected crashes or errors related to IOCTL processing or memory management services.

Compensating Controls: Ensure that untrusted applications are restricted from accessing low-level hardware interfaces through system policies or kernel-level access controls.

Exploitation Status

Public Exploit Available: Unknown.

Analyst Notes: As of March 4, 2026, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. The flaw's requirement for local access and specific concurrency conditions makes it complex to weaponize, but the underlying use after free mechanism is inherently dangerous.

Analyst Recommendation

Given the severity of this memory corruption flaw, it is imperative to prioritize the deployment of vendor-supplied firmware updates as soon as they become available. Administrators of affected hardware should monitor Qualcomm security channels closely to ensure that patches are applied across all impacted devices to mitigate the risk of local exploitation.

Description Summary:
A memory corruption vulnerability exists in specific Qualcomm Snapdragon chipsets due to improper access control when interacting with the trusted execution environment.

Executive Summary:
A high-severity memory corruption vulnerability in Qualcomm Snapdragon components allows local attackers to achieve total compromise of confidentiality, integrity, and availability.

Vulnerability Details

CVE-ID: CVE-2025-47385

Affected Software: Qualcomm Snapdragon

Affected Versions: FastConnect 6200, FastConnect 6700, FastConnect 6900, FastConnect 7800, G2 Gen 1, LeMans_AU_LGIT, LeMansAU, Milos

Vulnerability: The vulnerability is categorized as CWE-1262 (Improper Access Control for Register Interface), occurring when an authenticated local user accesses the trusted execution environment without performing necessary privilege checks.

Business Impact

The CVSS score of 7.8 reflects a significant risk, particularly because the vulnerability allows for total technical impact on the affected device. While the attack requires local access, successful exploitation enables an attacker to bypass security boundaries, potentially leading to full system compromise, unauthorized data access, and loss of control over the trusted execution environment.

Remediation Plan

Immediate Action: Review the March 2026 Qualcomm Security Bulletin and apply the latest firmware or OS-level security updates provided by your device manufacturer.

Proactive Monitoring: Monitor system logs for unusual kernel-level activity or processes attempting unauthorized access to hardware registers or the trusted execution environment.

Compensating Controls: Ensure device integrity is maintained through hardware-backed security features and restrict physical or local access to sensitive hardware interfaces where possible.

Exploitation Status

Public Exploit Available: Unknown.

Analyst Notes: As of March 4, 2026, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. The flaw is technically concerning due to its impact on the trusted execution environment, which serves as a critical security root of trust for mobile and embedded platforms.

Analyst Recommendation

Given the potential for total system compromise, organizations and end-users should prioritize the deployment of vendor-provided updates as soon as they become available. Failure to patch may leave devices vulnerable to local attackers seeking to elevate privileges or bypass critical security controls within the hardware abstraction layer.

Description Summary:
A weak configuration in Qualcomm Snapdragon and LTE modem products can result in a missing cryptographic step during VoWiFi call initiation from a User Equipment device.

Executive Summary:
A missing cryptographic step in Qualcomm hardware products may allow an authenticated attacker to compromise the integrity or confidentiality of Voice over Wi-Fi communications.

Vulnerability Details

CVE-ID: CVE-2025-47383

Affected Software: Qualcomm Snapdragon and LTE Modems

Affected Versions: Snapdragon 5G Fixed Wireless Access Platform, 9206 LTE Modem, 9207 LTE Modem, APQ8098, AQT1000, AR8035, C-V2X 9150, CSRA6620

Vulnerability: This vulnerability is a configuration error categorized as CWE-325, involving a missing cryptographic step when a Voice over Wi-Fi call is triggered. Per the CVSS vector (PR:H), this attack requires high privileges to execute.

Business Impact

The exploitation of this flaw could lead to unauthorized access to sensitive voice traffic or potential manipulation of communication sessions. With a CVSS score of 7.2, this vulnerability represents a high risk to organizational data privacy and operational integrity for systems relying on these specific Qualcomm components.

Remediation Plan

Immediate Action: Consult the official Qualcomm security bulletin for March 2026 to identify specific firmware updates or configuration changes required for your hardware.

Proactive Monitoring: Review system and network logs for unusual VoWiFi connection attempts or irregularities in cryptographic handshake processes.

Compensating Controls: Ensure that all voice traffic is encapsulated within secure VPN tunnels or TLS-protected channels to provide defense-in-depth against potential interception.

Exploitation Status

Public Exploit Available: Unknown

Analyst Notes: As of March 4, 2026, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. The flaw relies on the absence of necessary cryptographic validation, which could be exploited if an attacker has gained the required high-level system access.

Analyst Recommendation

Given the potential impact on communication security, organizations using the identified Qualcomm hardware must prioritize reviewing the vendor security bulletin. Administrators should apply recommended firmware updates as soon as they are made available to ensure the integrity of the cryptographic implementation.

Description Summary:
A memory corruption vulnerability exists in the boot loader of multiple Qualcomm Snapdragon components when loading invalid firmware.

Executive Summary:
A critical memory corruption vulnerability in Qualcomm Snapdragon boot loaders could allow an authenticated local attacker to gain elevated privileges or cause system instability.

Vulnerability Details

CVE-ID: CVE-2025-47382

Affected Software: Qualcomm Snapdragon

Affected Versions: FastConnect 6200, FastConnect 6700, FastConnect 6900, FastConnect 7800, QAM8255P, QAM8295P, QAM8620P, QAM8650P

Vulnerability: This vulnerability involves memory corruption during the processing of invalid firmware within the device boot loader. The attack vector requires local access and low privileges to trigger the flaw.

Business Impact

The potential for memory corruption in a boot loader context is severe, as it can lead to unauthorized code execution at a highly privileged level. With a CVSS score of 7.8, this vulnerability poses a significant risk to system integrity and availability, potentially allowing an attacker to bypass security controls or permanently compromise the device firmware.

Remediation Plan

Immediate Action: Review the official Qualcomm security bulletin for December 2025 and apply the provided firmware updates or vendor-supplied patches for the affected Snapdragon chipsets as soon as they become available for your specific device.

Proactive Monitoring: Monitor system logs for unexpected reboots, boot-time errors, or kernel-level exceptions that may indicate attempts to trigger firmware-loading vulnerabilities.

Compensating Controls: Ensure device integrity protections, such as Secure Boot, are enabled and enforced to prevent the loading of unsigned or malicious firmware images during the boot process.

Exploitation Status

Public Exploit Available: No (unknown)

Analyst Notes: As of December 18, 2025, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. While the vulnerability is technically significant, the requirement for local access and low-level privileges limits the immediate attack surface for remote adversaries.

Analyst Recommendation

Given the critical nature of boot loader vulnerabilities, organizations deploying hardware utilizing the affected Snapdragon chipsets should prioritize identifying vulnerable devices within their infrastructure. Administrators must track vendor-specific update channels and apply the necessary firmware patches immediately upon release to mitigate the risk of unauthorized privilege escalation or device compromise.

Description Summary:
A memory corruption vulnerability exists in Qualcomm Snapdragon processors due to a Use After Free flaw triggered by concurrent IOCTL calls.

Executive Summary:
A critical use after free vulnerability in Qualcomm Snapdragon processors allows local authenticated attackers to achieve complete system compromise.

Vulnerability Details

CVE-ID: CVE-2025-47381

Affected Software: Qualcomm Snapdragon

Affected Versions: LeMans_AU_LGIT, LeMansAU, QAM8255P, QAMSRV1H, QAMSRV1M, QCA6574, QCA6574A, QCA6574AU

Vulnerability: This flaw involves a Use After Free (CWE-416) condition occurring during the processing of IOCTL calls when concurrent access to a shared buffer is performed by a local attacker with low-level privileges.

Business Impact

The exploitation of this vulnerability could lead to a total compromise of the affected device, including unauthorized data access, integrity loss, and potential system crashes. With a CVSS score of 7.8, this high-severity flaw represents a significant risk to the security posture of mobile and embedded systems, particularly where data confidentiality and system availability are paramount.

Remediation Plan

Immediate Action: Review the March 2026 Qualcomm security bulletin and apply the relevant firmware or driver updates provided by your device manufacturer as soon as they become available.

Proactive Monitoring: Monitor device logs for unusual system crashes or unexpected behavior related to IOCTL processing or driver interactions that may indicate an exploitation attempt.

Compensating Controls: Ensure that only trusted applications are installed on the device, as the attack vector requires local access and low-level privileges to interact with the vulnerable IOCTL interfaces.

Exploitation Status

Public Exploit Available: No

Analyst Notes: As of March 4, 2026, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. The requirement for local access and low-level privileges limits the attack surface, but the potential for total system impact remains high.

Analyst Recommendation

Given the potential for complete system compromise, organizations and end users should prioritize the deployment of vendor-supplied firmware updates. Users should maintain a strict posture regarding the origin of installed software to mitigate the risks associated with the required local access vector.

Description Summary:
A memory corruption vulnerability exists in Qualcomm Snapdragon sensors due to improper handling of IOCTL preprocessing.

Executive Summary:
A memory corruption vulnerability in multiple Qualcomm Snapdragon hardware components allows local attackers to achieve full system compromise.

Vulnerability Details

CVE-ID: CVE-2025-47380

Affected Software: Qualcomm Snapdragon

Affected Versions: FastConnect 7800, QCC2072, WCD9378C, WSA8840, WSA8845, WSA8845H, X2000077, X2000086

Vulnerability: This is an untrusted pointer dereference vulnerability (CWE-822) occurring during the preprocessing of IOCTLs within sensor components. An authenticated local user with low privileges can trigger this flaw to achieve high confidentiality, integrity, and availability impact.

Business Impact

The vulnerability carries a CVSS score of 7.8, reflecting its potential for severe impact on affected devices. Successful exploitation allows an attacker to execute arbitrary code or cause system instability, leading to potential data theft or complete loss of control over the affected hardware component. Because these components are deeply integrated into mobile and IoT ecosystems, this flaw poses a significant risk to device security and user privacy.

Remediation Plan

Immediate Action: Review the official Qualcomm January 2026 Security Bulletin and apply the recommended firmware or driver updates provided by your device manufacturer.

Proactive Monitoring: Monitor device logs for unusual sensor-related crashes or unexpected kernel-level errors that may indicate exploitation attempts.

Compensating Controls: Ensure that device access controls remain strict, as the vulnerability requires local access to the device to trigger the IOCTL processing flaw.

Exploitation Status

Public Exploit Available: Unknown

Analyst Notes: As of January 9, 2026, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. The flaw's requirement for local access and low-level interaction with hardware IOCTLs makes it a specialized target for advanced persistent threats or local privilege escalation chains.

Analyst Recommendation

Given the critical nature of memory corruption vulnerabilities in hardware components, organizations and end users must prioritize the deployment of firmware updates as soon as they are made available by OEMs. Failure to remediate this issue leaves devices susceptible to local privilege escalation and potential system-wide compromise. Monitor the Qualcomm security portal for specific patch availability for your specific device model.

Description Summary:
A memory corruption vulnerability exists in various Qualcomm Snapdragon products due to improper synchronization during concurrent shared buffer access, potentially leading to a use-after-free condition.

Executive Summary:
A high-severity use-after-free vulnerability in multiple Qualcomm Snapdragon chipsets could allow a local authenticated attacker to achieve full system compromise.

Vulnerability Details

CVE-ID: CVE-2025-47379

Affected Software: Qualcomm Snapdragon 5G Fixed Wireless Access Platform, AR8031, AR8035, C-V2X 9150, CSRA6620, CSRA6640, FastConnect 6200, FastConnect 6700

Affected Versions: Qualcomm, Inc. Snapdragon: 5G Fixed Wireless Access Platform, AR8031, AR8035, C-V2X 9150, CSRA6620, CSRA6640, FastConnect 6200, FastConnect 6700

Vulnerability: This flaw is a Use-After-Free (CWE-416) triggered by improper synchronization between buffer assignment and deallocation. It requires a local attacker with low privileges to interact with the shared buffer.

Business Impact

Successful exploitation of this vulnerability can lead to unauthorized information disclosure, data integrity loss, and system availability impact. Given the CVSS score of 7.8, this represents a significant risk to the security of affected hardware components, particularly in environments where local access is possible.

Remediation Plan

Immediate Action: Consult the March 2026 Qualcomm security bulletin for specific firmware updates and apply them to all affected hardware components as soon as they are made available.

Proactive Monitoring: Monitor system logs for unusual crashes or instability, which may indicate attempted exploitation of memory corruption flaws.

Compensating Controls: Restrict physical and logical local access to the affected devices to minimize the risk of a low-privileged user triggering the vulnerability.

Exploitation Status

Public Exploit Available: Unknown

Analyst Notes: As of March 4, 2026, there is no public information indicating active exploitation or a public proof-of-concept for this vulnerability. The flaw requires local access and specific synchronization timing, which increases the complexity of developing a reliable exploit.

Analyst Recommendation

This vulnerability presents a high risk for devices utilizing the affected Qualcomm chipsets. Administrators should prioritize the evaluation and deployment of vendor-provided firmware patches once they are released to prevent potential privilege escalation or system instability.