📦 Sm7550p Firmware

by Qualcomm

🔍 What is Sm7550p Firmware?

Description coming soon...

🛡️ Security Overview

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⚠️ Known Vulnerabilities

CVE-2026-21385

HIGH CVSS 7.8 Mar 2, 2026

This CVE describes a memory corruption vulnerability in alignment-based memory allocation functions. Attackers can exploit this to execute arbitrary code or cause denial of service. The vulnerability ...

CVE-2025-47376

HIGH CVSS 7.8 Mar 2, 2026

This vulnerability allows memory corruption when multiple processes concurrently access a shared buffer during IOCTL calls in Qualcomm components. Attackers could potentially execute arbitrary code or...

CVE-2025-47373

HIGH CVSS 7.8 Mar 2, 2026

This CVE describes a memory corruption vulnerability in Qualcomm Trusted Application (TA) invocation where accessing buffers with invalid length can lead to arbitrary code execution. It affects device...

CVE-2025-47398

HIGH CVSS 7.8 Feb 2, 2026

This CVE describes a use-after-free vulnerability in Qualcomm GPU memory management where improper pointer handling during buffer deallocation can cause memory corruption. Attackers could exploit this...

CVE-2025-47348

HIGH CVSS 7.8 Jan 7, 2026

This vulnerability allows memory corruption in the trusted application when processing identity credential operations, potentially leading to arbitrary code execution or system compromise. It affects ...

CVE-2025-47320

HIGH CVSS 7.8 Dec 18, 2025

This vulnerability allows memory corruption during MFC channel configuration while playing music, potentially enabling arbitrary code execution. It affects devices with Qualcomm chipsets that use the ...

CVE-2025-47322

HIGH CVSS 7.8 Dec 18, 2025

This vulnerability allows attackers to cause memory corruption through improper handling of IOCTL calls when setting modes. Successful exploitation could lead to privilege escalation or denial of serv...

CVE-2025-47323

HIGH CVSS 7.8 Dec 18, 2025

This vulnerability allows memory corruption when handling large GPR packets between user and root contexts in Qualcomm components. Attackers could potentially execute arbitrary code with elevated priv...

CVE-2025-47371

MEDIUM CVSS 6.5 Mar 2, 2026

This vulnerability allows a denial-of-service (DoS) attack against LTE user equipment (UE) when it receives an RLC packet with an invalid transport block (TB). Mobile devices using affected Qualcomm c...

CVE-2025-47369

MEDIUM CVSS 5.5 Jan 7, 2026

This vulnerability allows information disclosure when a weak hashed value is returned to userland code in response to an IOCTL call to obtain a session ID. Attackers can potentially extract sensitive ...

CVE-2025-47334

MEDIUM CVSS 6.7 Jan 7, 2026

This vulnerability involves memory corruption in Qualcomm camera drivers when processing shared command buffer packets between userspace and kernel. It allows attackers with camera access to potential...

CVE-2025-47337

MEDIUM CVSS 6.7 Jan 7, 2026

This CVE describes a use-after-free vulnerability (CWE-416) in Qualcomm synchronization objects that can lead to memory corruption during concurrent operations. Attackers could potentially exploit thi...

CVE-2025-47330

MEDIUM CVSS 5.5 Jan 7, 2026

This vulnerability allows an attacker to cause a temporary denial of service (DoS) by sending specially crafted video packets to vulnerable systems. It affects devices using Qualcomm video firmware co...

CVE-2025-47331

MEDIUM CVSS 6.1 Jan 7, 2026

This CVE describes an information disclosure vulnerability in Qualcomm firmware that leaks sensitive data when processing firmware events. It affects devices using vulnerable Qualcomm chipsets, potent...

CVE-2025-47332

MEDIUM CVSS 6.7 Jan 7, 2026

This vulnerability involves memory corruption when processing configuration calls from userspace in Qualcomm components, potentially allowing local attackers to execute arbitrary code or cause denial ...

CVE-2025-47333

MEDIUM CVSS 6.6 Jan 7, 2026

This vulnerability allows memory corruption in Qualcomm's cryptographic driver when handling buffer mapping operations. Attackers could potentially execute arbitrary code or cause denial of service. A...