Huawei Vulnerabilities

This vulnerability allows an attacker to disrupt the security management of Huawei devices running HarmonyOS, potentially causing the system to become unavailable. To exploit this issue, the attacker must be able to trigger a race condition, which occurs when two processes try to access the same resource at the same time.

This vulnerability allows an attacker to disrupt the permission management system on HarmonyOS, potentially causing the service to become unavailable. To exploit this, the attacker needs to take advantage of a timing issue in how permissions are handled, which could lead to service interruptions.

This vulnerability allows an attacker to potentially access sensitive information from the email application due to a failure in properly verifying user actions. To exploit this, the attacker would need to trick the application into accepting malicious inputs, which could compromise the confidentiality of user data.

This vulnerability allows an attacker to potentially disrupt the operation of HarmonyOS by exploiting an issue with uninitialized pointers in the scanning module. Successful exploitation requires the attacker to have access to the affected system, which could lead to service interruptions or crashes.

This vulnerability allows an attacker to crash the scanning module of HarmonyOS, potentially making the system unavailable. To exploit this, the attacker needs to send specially crafted input to the module, which could happen if the device is connected to a malicious network or application.

This vulnerability allows an attacker to bypass permissions in the system service framework, potentially disrupting the device's availability. To exploit this, the attacker needs access to the affected Huawei devices running EMUI, which could lead to service interruptions for users.

An attacker can exploit a flaw in the IMS module of Huawei's EMUI to write data outside of the intended memory space, potentially causing the system to crash or become unavailable. This vulnerability requires the attacker to have access to the device, making it more likely to affect users in specific environments.

This vulnerability allows an attacker to disrupt the availability of the HarmonyOS system by exploiting a timing issue in the security control module. To successfully take advantage of this flaw, the attacker must be able to execute actions that trigger the race condition.

This vulnerability allows an attacker to disrupt the printing service on devices running HarmonyOS, potentially making it unavailable for users. To exploit this, the attacker needs to trigger a specific timing issue in the printing module, which could happen under certain conditions during printing tasks.

This vulnerability allows an attacker to disrupt the printing services on devices running HarmonyOS, potentially causing them to become unavailable. To exploit this issue, the attacker must be able to trigger a specific timing conflict in the printing module.

This vulnerability allows an attacker to disrupt the availability of the HarmonyOS system by exploiting a timing issue in its maintenance and diagnostics module. To successfully carry out the attack, the attacker needs to be able to access the system while the race condition is occurring.

This vulnerability allows an attacker to disrupt the cellular data service on devices running HarmonyOS, potentially making the service unavailable to users. To exploit this, the attacker needs access to the device and the ability to manipulate the cellular data module.

This vulnerability allows an attacker to read sensitive information from the Bluetooth service on devices running HarmonyOS, potentially exposing private data. However, the attacker must be within Bluetooth range to exploit this weakness.

An attacker could exploit a weakness in the certificate management system of HarmonyOS to potentially access sensitive information, compromising the confidentiality of services. This vulnerability requires the attacker to have some level of access to the system to be effective.

This vulnerability allows an attacker to manipulate file paths in the certificate management system, potentially leading to service disruptions. To exploit this, the attacker would need access to the system where HarmonyOS is running.

This vulnerability allows an attacker to crash the HarmonyOS system by exploiting a flaw in the window module, which could lead to the system becoming unavailable. To successfully exploit this issue, the attacker would need to have access to the affected system and be able to trigger the specific conditions that cause the double free error.

This vulnerability allows an attacker to manipulate resource scheduling on devices running HarmonyOS, potentially disrupting the integrity of services. To exploit this flaw, the attacker must have access to the system where the vulnerability exists.

This vulnerability allows an attacker to bypass authentication on devices running HarmonyOS, potentially giving them unauthorized access to sensitive data and control over the device. To exploit this, the attacker would need to target the device's authentication module, which could lead to serious breaches of privacy and security.

This vulnerability allows an attacker to bypass checks on software updates, which means they could install malicious updates that might destabilize the system. To exploit this, the attacker would need access to the device's recovery module, making it crucial to secure physical access and update processes.

This vulnerability allows an attacker to read sensitive data from memory that they shouldn't have access to, potentially leading to system crashes or instability. To exploit it, the attacker needs to have access to the affected device running Huawei's EMUI software.