UNISOC Chipsets security vulnerabilities

UNISOC Chipsets is a chipset from China's Purple Spreadtrum UNISOC. A security vulnerability exists in UNISOC Chipsets that stems from a lack of boundary checking in the ril service, which may result in out-of-bounds writes...

UNISOC Chipsets security vulnerabilities

UNISOC Chipsets is a chipset from China's Purple Spreadtrum UNISOC. A security vulnerability exists in UNISOC Chipsets due to a lack of privilege checking in the Network Adapter service...

HPACK decoder panics on invalid input

Due to insufficient checking of input data, decoding certain data sequences can lead to Decoder::decode panicking rather than returning an error. Example code that triggers this vulnerability looks like this: rust use hpack::Decoder; pub fn main let input = &0x3f; let mut decoder = Decoder::new;...

Huawei HarmonyOS security vulnerabilities

Huawei HarmonyOS is an operating system from Huawei, a Chinese company. It provides a full-scenario distributed operating system based on a microkernel.Huawei EMUI is a user interface developed by Huawei based on the Android operating system. A privilege checking type vulnerability exists in the...

USN-6710-2: Firefox regressions

USN-6710-1 fixed vulnerabilities in Firefox. The update introduced several minor regressions. This update fixes the problem. Original advisory details: Manfred Paul discovered that Firefox did not properly perform bounds checking during range analysis, leading to an out-of-bounds write...

CVE-2023-52641

In the Linux kernel, the following vulnerability has been resolved: fs/ntfs3: Add NULL ptr dereference checking at the end of attrallocateframe It is preferable to exit through the out: label because internal debugging functions are located there...

CVE-2023-52641

In the Linux kernel, the following vulnerability has been resolved: fs/ntfs3: Add NULL ptr dereference checking at the end of attrallocateframe It is preferable to exit through the out: label because internal debugging functions are located there...

CVE-2023-52641 fs/ntfs3: Add NULL ptr dereference checking at the end of attr_allocate_frame()

In the Linux kernel, the following vulnerability has been resolved: fs/ntfs3: Add NULL ptr dereference checking at the end of attrallocateframe It is preferable to exit through the out: label because internal debugging functions are located there...

CVE-2023-52641

In the Linux kernel, the following vulnerability has been resolved: fs/ntfs3: Add NULL ptr dereference checking at the end of attrallocateframe It is preferable to exit through the out: label because internal debugging functions are located there...

Integer Overflow

gtkwave is vulnerable to Integer Overflow.The vulnerability is due to insufficient input validation and bounds checking within the VZT facgeometry parsing functionality in .vzt file, allow attackers to manipulate certain input parameters during the allocation of the rows array...

Integer Overflow

gtkwave is vulnerable to Integer Overflow.The vulnerability is due to insufficient input validation and bounds checking within the VZT facgeometry parsing functionality in .vzt file, allow attackers to manipulate certain input parameters during the allocation of the len array...

Integer Overflow

gtkwave is vulnerable to Integer Overflow.The vulnerability is due to insufficient input validation and bounds checking within the VZT facgeometry parsing functionality in .vzt file, allow attackers to manipulate certain input parameters during the allocation of the vindexoffset array...

Integer Overflow

gtkwave is vulnerable to Integer Overflow.The vulnerability is due to insufficient input validation and bounds checking within the VZT facgeometry parsing functionality in .vzt file, allow attackers to manipulate certain input parameters during the allocation of the lsb array...

Integer Overflow

gtkwave is vulnerable to Integer Overflow.The vulnerability is due to insufficient input validation and bounds checking within the VZT facgeometry parsing functionality in .vzt file, allow attackers to manipulate certain input parameters during the allocation of the flags array...

Integer Overflow

gtkwave is vulnerable to Integer Overflow.The vulnerability is due to insufficient input validation and bounds checking within the VZT vztrdblockvchdecode times parsing functionality in .vzt file, allow attackers to manipulate certain input parameters, particularly numtimeticks...

Integer Overflow

gtkwave is vulnerable to Integer Overflow. The vulnerability is due to insufficient input validation and bounds checking within th VZT vztrdblockvchdecode dictionary parsing functionality in .vzt file allow attackers to manipulate certain input parameters, particularly numtimeticks...

Integer Overflow

gtkwave is vulnerable to Integer Overflow.The vulnerability is due to insufficient input validation and bounds checking within the VZT vztrdblockvchdecode times parsing functionality in .vzt file, allow attackers to manipulate certain input parameters, particularly numtimeticks...

Stack Based Buffer Overflow

gtkwave is vulnerable to Stack Based Buffer Overflow. The vulnerability is due to insufficient bounds checking in the fstReaderVarint32WithSkip function. Crafted .fst files, allowing attackers to execute arbitrary code execution when opened by a victim...

Stack Based Buffer Overflow

gtkwave is vulnerable to Stack Based Buffer Overflow. The vulnerability is due to insufficient bounds checking in the fstReaderVarint32 function. Crafted .fst files, allowing attackers to execute arbitrary code execution when opened by a victim...

Stack Based Buffer Overflow

gtkwave is vulnerable to Stack Based Buffer Overflow. The vulnerability is due to insufficient bounds checking in the fstReaderVarint64 function. Crafted .fst files, allowing attackers to execute arbitrary code execution when opened by a victim...