6993 matches found
DEBIAN-CVE-2018-10111
An issue was discovered in GEGL through 0.3.32. The renderrectangle function in process/gegl-processor.c has unbounded memory allocation, leading to a denial of service application crash upon allocation failure...
APT Trends report Q1 2018
In the second quarter of 2017, Kaspersky's Global Research and Analysis Team GReAT began publishing summaries of the quarter's private threat intelligence reports in an effort to make the public aware of the research we have been conducting. This report serves as the next installment, focusing on...
Denial of Service Vulnerability in Tengen Controls T920 PLCs
T-920 Programmable Logic Controller PLC is a product in the T9 series Programmable Logic Controller PLC series of China TengControl Technology TENGCONTROL TECHNOLOGY. The product is widely used in tobacco, petrochemical, water and other important industrial control site. A denial of service...
Spring Data Commons Denial of Service Vulnerability
Spring Data is a project module in the Spring Framework that provides access to the underlying data , Spring Data Commons is a shared base module . A denial of service vulnerability exists in Spring Data Commons. Because the Spring Data Commons module does not limit resource allocation when parsi...
qemu: DoS via large option request
The Network Block Device NBD server in Quick Emulator QEMU, is vulnerable to a denial of service issue. It could occur if a client sent large option requests, making the server waste CPU time on reading up to 4GB per request. A client could use this flaw to keep the NBD server from serving other...
hw: cpu: speculative execution permission faults handling
An industry-wide issue was found in the way many modern microprocessor designs have implemented speculative execution of instructions a commonly used performance optimization. There are three primary variants of the issue which differ in the way the speculative execution can be exploited. Variant...
The vulnerability of AMD Secure Processor technology allows for the execution of arbitrary code on a secure processor.
The vulnerability of AMD Secure Processor-based Ryzen and Ryzen Pro processors lies in the implementation flaws of security functions. Exploiting this vulnerability allows an attacker who has access to the targeted computer and possesses administrator privileges to execute arbitrary code on the...
The vulnerability of the AMD Secure Processor implementation in EPYC Server processors allows for writing to the secure memory region of the processor.
The vulnerability of the AMD Secure Processor implementation in EPYC Server processors lies in the deficiencies in the implementation of the loader responsible for verifying the functionality of the hardware, as well as for initiating the AMD Secure Processor module. Exploiting this vulnerability...
The vulnerability of the AMD Secure Processor technology in processors like Ryzen, Ryzen Pro, and Ryzen Mobile allows for writing to the secure area of the processor.
The vulnerability of the AMD Secure Processor-based processors, including Ryzen, Ryzen Pro, and Ryzen Mobile, is related to deficiencies in the implementation of security functions. Exploiting this vulnerability allows an attacker who has access to the targeted computer and possesses administrato...
The vulnerability affects the implementation of the AMD Secure Processor technology in CPUs such as Ryzen, Ryzen Pro, Ryzen Mobile, and EPYC Server. This allows malicious code to be injected into a computer’s BIOS.
The vulnerability of AMD Secure Processor-based processors, such as Ryzen, Ryzen Pro, Ryzen Mobile, and EPYC Server, stems from the absence of a mechanism for detecting damage to flash memory contents. Exploiting this vulnerability allows an attacker who has access to the targeted computer and...
The vulnerability affects the implementation of the AMD Secure Processor technology in CPUs such as Ryzen, Ryzen Pro, Ryzen Mobile, and EPYC Server. This allows malicious code to be injected into a computer’s BIOS.
The vulnerability of AMD Secure Processor-based processors, such as Ryzen, Ryzen Pro, Ryzen Mobile, and EPYC Server, stems from the absence of a mechanism for detecting damage to flash memory contents. Exploiting this vulnerability allows an attacker who has access to the targeted computer and...
The vulnerability affects the implementation of the AMD Secure Processor technology in CPUs such as Ryzen, Ryzen Pro, Ryzen Mobile, and EPYC Server. This allows malicious code to be injected into a computer’s BIOS.
The vulnerability of AMD Secure Processor-based processors, such as Ryzen, Ryzen Pro, Ryzen Mobile, and EPYC Server, stems from the absence of a mechanism for detecting damage to flash memory contents. Exploiting this vulnerability allows an attacker who has access to the targeted computer and...
The vulnerability of AMD Secure Processor technology in Ryzen and Ryzen Pro processors allows for reading from the protected area of the processor.
The vulnerability of AMD Secure Processor-based Ryzen and Ryzen Pro processors lies in the implementation flaws of security functions. Exploiting this vulnerability allows an attacker with access to the targeted computer and administrative privileges to read from the protected areas of the...
The vulnerability in the implementation of AMD Secure Processor technology in Ryzen and Ryzen Pro processors allows for the disabling of System Management Mode protection.
The vulnerability of AMD Secure Processor-based Ryzen and Ryzen Pro processors lies in the implementation flaws of security functions. Exploiting this vulnerability allows an attacker with access to the targeted computer and administrative privileges to disable the System Management Mode SMM...
The vulnerability of the AMD Secure Processor implementation in EPYC Server processors allows for reading from the protected area of the processor.
The vulnerability of the AMD Secure Processor implementation in EPYC Server processors lies in the deficiencies in the implementation of the loader responsible for verifying the functionality of the hardware, as well as for launching the AMD Secure Processor module. Exploiting this vulnerability...
The vulnerability in the implementation of the AMD Secure Processor technology in EPYC Server processors allows for the disabling of System Management Mode protection.
The vulnerability of the AMD Secure Processor implementation in EPYC Server processors lies in the deficiencies in the implementation of the loader responsible for verifying the functionality of the hardware, as well as for launching the AMD Secure Processor module. Exploiting this vulnerability...
Unsafe Opcodes exposed in Intel SPI based products
Summary: Configuration of SPI Flash in platforms based on multiple Intel CPUs allows a local attacker to alter the behavior of the SPI Flash, potentially leading to a Denial of Service. This issue has been root-caused, and the mitigation has been validated and is available. Description:...
[SECURITY] Fedora 28 Update: jackson-databind-2.9.4-3.fc28
The general-purpose data-binding functionality and tree-model for Jackson D ata Processor. It builds on core streaming parser/generator package, and uses Jackson Annotations for configuration...
AMD Ryzen, Ryzen Pro and Ryzen Mobile File Write Vulnerability
AMD Ryzen, Ryzen Pro, and Ryzen Mobile are central processing unit CPU products from AMD in the United States. A security vulnerability exists in AMD Ryzen, Ryzen Pro, and Ryzen Mobile, which arises from a program that makes it difficult to perform adequate access control on the Secure Processor...
AMD Ryzen and Ryzen Pro Promontory chipset code execution vulnerability
AMD Ryzen and Ryzen Pro are both central processing unit CPU products from AMD in the U.S. Promontory chipset is one of these chipsets. The Promontory chipset used in AMD Ryzen and Ryzen Pro has a security vulnerability that stems from a backdoor in the firmware. An attacker could exploit the...