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An attacker with physical access can exploit multiple vulnerabilities in DENX U-Boot to execute arbitrary code with the privileges of the service and trigger a denial-of-service condition.
An attacker can exploit multiple vulnerabilities in Samsung Android to execute arbitrary code, bypass security measures, and disclose information.
An attacker can exploit multiple vulnerabilities in Linux Kernel to conduct a denial of service attack or achieve other unspecified impacts.
An attacker can exploit multiple vulnerabilities in the Linux Kernel to carry out an unspecified attack.
A local attacker can exploit multiple vulnerabilities in Linux Kernel to conduct a denial of service attack.
An attacker can exploit multiple vulnerabilities in the Linux Kernel to conduct unspecified attacks that may lead to a denial-of-service condition or cause memory corruption.
A local attacker can exploit multiple vulnerabilities in the Linux Kernel to execute arbitrary code, gain privileged access, steal sensitive information, or render affected systems inoperable.
An attacker can exploit multiple vulnerabilities in the Linux Kernel to carry out a denial of service attack or other unspecified attacks.
An attacker can exploit multiple vulnerabilities in the Linux Kernel to carry out a denial of service attack and other unspecified attacks.
An attacker can exploit multiple vulnerabilities in the Linux Kernel to carry out a denial of service attack or achieve unspecified effects.
A remote, anonymous attacker can exploit multiple vulnerabilities in Linux Kernel to conduct a denial of service attack and other unspecified attacks.
An attacker can exploit multiple vulnerabilities in the Linux Kernel to carry out a denial of service attack or an unspecified attack.
An attacker can exploit multiple vulnerabilities in Linux Kernel to conduct a Denial of Service attack and unspecified attacks.
A local attacker can exploit multiple vulnerabilities in Linux Kernel to conduct a Denial of Service attack and achieve unspecified effects.
A local attacker can exploit multiple vulnerabilities in Linux Kernel to conduct a Denial of Service attack or cause unknown impacts.
An attacker can exploit multiple vulnerabilities in the Linux Kernel to cause a denial of service, bypass security measures, disclose information, cause further unspecified effects, and potentially execute code.
An attacker can exploit multiple vulnerabilities in the Linux Kernel to conduct unspecified attacks that may lead to a denial-of-service condition, privilege escalation, or memory corruption.
An attacker can exploit multiple vulnerabilities in the Linux Kernel to conduct unspecified attacks that may lead to a denial-of-service condition, data manipulation and disclosure, or memory corruption.
An attacker can exploit multiple vulnerabilities in the Linux Kernel to conduct unspecified attacks that may lead to a denial-of-service condition or cause memory corruption.
An attacker can exploit multiple vulnerabilities in the Linux Kernel to carry out unspecified attacks that may lead to a denial-of-service condition or cause memory corruption.
An attacker can exploit multiple vulnerabilities in the Linux Kernel to bypass security measures.
An attacker can exploit multiple vulnerabilities in the Linux Kernel to carry out unspecified attacks that may lead to a denial-of-service condition or cause memory corruption.
An attacker can exploit multiple vulnerabilities in the Linux Kernel to carry out unspecified attacks that may lead to a denial-of-service condition or cause memory corruption.
An attacker can exploit multiple vulnerabilities in the Linux Kernel to carry out unspecified attacks that may lead to a denial-of-service condition or cause memory corruption.
An attacker can exploit multiple vulnerabilities in the Linux Kernel to conduct unspecified attacks that may lead to a denial-of-service condition or cause memory corruption.
An attacker can exploit multiple vulnerabilities in the Linux Kernel to conduct unspecified attacks that may cause a denial-of-service condition, code execution, or memory corruption.
An attacker can exploit multiple vulnerabilities in the Linux Kernel to carry out unspecified attacks that could lead to a denial-of-service condition, privilege escalation, code execution, or memory corruption.
An attacker can exploit multiple vulnerabilities in the Linux Kernel to perform a denial of service attack, bypass security measures, disclose information, cause other unspecified effects, and potentially execute code.
A local attacker can exploit a vulnerability in the Linux Kernel to conduct an unspecified attack, including executing arbitrary code, manipulating memory contents, or causing a denial-of-service condition.
An attacker can exploit multiple vulnerabilities in the Linux Kernel to escalate their privileges, cause a denial of service condition, or achieve other unspecified effects.
A local attacker can exploit a vulnerability in the Linux Kernel to conduct a denial of service attack.
An attacker can exploit multiple vulnerabilities in the Linux Kernel to carry out unspecified attacks, potentially including DoS attacks, data manipulation or disclosure, and bypassing security measures.
An attacker can exploit multiple vulnerabilities in the Linux Kernel to perform, among other things, a denial of service attack or to bypass security mechanisms.
An attacker can exploit multiple vulnerabilities in the Linux Kernel to conduct an unspecified attack, potentially bypassing security measures, manipulating or disclosing data, or causing a denial-of-service condition.
A local attacker can exploit multiple vulnerabilities in the Linux Kernel to gain administrator rights.
An attacker can exploit multiple vulnerabilities in the Linux Kernel to carry out unspecified attacks, potentially bypassing security measures, manipulating or disclosing data, or causing a denial-of-service condition.
A local attacker can exploit multiple vulnerabilities in the Linux Kernel to cause a denial of service, disclose information, bypass security measures, or potentially execute arbitrary code.
A local attacker can exploit a vulnerability in the Linux Kernel to bypass security measures and disclose confidential information, enabling further attacks.
A local attacker can exploit a vulnerability in the Linux Kernel to gain administrator rights.
An attacker can exploit multiple vulnerabilities in patch to carry out a denial of service attack.
A remote attacker can exploit multiple vulnerabilities in the Linux Kernel to gain root privileges, bypass security mechanisms, cause a denial-of-service condition, or achieve unspecified effects.
A local attacker can exploit a vulnerability in Linux Kernel to gain administrator rights.
An attacker can exploit multiple vulnerabilities in the Linux Kernel to create a denial-of-service condition or conduct other unspecified attacks.
An attacker can exploit multiple vulnerabilities in the Linux Kernel to conduct a denial of service attack or achieve unknown impacts.
An attacker can exploit multiple vulnerabilities in the Linux Kernel to conduct a denial of service attack or achieve unknown impacts.
A local attacker can exploit a vulnerability in the Linux Kernel to elevate their privileges.
An attacker can exploit multiple vulnerabilities in the Linux Kernel to perform a denial of service attack or achieve other unspecified effects.
A local attacker can exploit multiple vulnerabilities in the Linux Kernel to carry out unspecified attacks, potentially including denial-of-service attacks, memory corruption, or information disclosure.
A local attacker can exploit a vulnerability in the Linux Kernel to escalate their privileges.
A local attacker can exploit multiple vulnerabilities in the Linux Kernel to perform a denial of service attack.