CVE-2025-65821

As UART download mode is still enabled on the ESP32 chip on which the firmware runs, an adversary can dump the flash from the device and retrieve sensitive information such as details about the current and previous Wi-Fi network from the NVS partition. Additionally, this allows the adversary to...

CVE-2025-65825

The firmware on the basestation of the Meatmeet is not encrypted. An adversary with physical access to the Meatmeet device can disassemble the device, connect over UART, and retrieve the firmware dump for analysis. Within the NVS partition they may discover the credentials of the current and...

EUVD-2025-202620

The firmware on the basestation of the Meatmeet is not encrypted. An adversary with physical access to the Meatmeet device can disassemble the device, connect over UART, and retrieve the firmware dump for analysis. Within the NVS partition they may discover the credentials of the current and...

CVE-2025-65822

The ESP32 system on a chip SoC that powers the Meatmeet Pro was found to have JTAG enabled. By leaving JTAG enabled on an ESP32 in a commercial product an attacker with physical access to the device can connect over this port and reflash the device's firmware with malicious code which will be...

CVE-2025-65821

As UART download mode is still enabled on the ESP32 chip on which the firmware runs, an adversary can dump the flash from the device and retrieve sensitive information such as details about the current and previous Wi-Fi network from the NVS partition. Additionally, this allows the adversary to...

CVE-2025-65822

The ESP32 system on a chip SoC that powers the Meatmeet Pro was found to have JTAG enabled. By leaving JTAG enabled on an ESP32 in a commercial product an attacker with physical access to the device can connect over this port and reflash the device's firmware with malicious code which will be...

EUVD-2015-0990

Malware in sbrugna...

EUVD-2016-5933

Malware in sbrugna...

EUVD-2016-9630

Malware in sbrugna...

EUVD-2016-8247

Malware in sbrugna...

EUVD-2016-5934

Malware in sbrugna...

EUVD-2016-8241

Malware in sbrugna...

Malicious code in lemon-nvs-project (npm)

The package lemon-nvs-project was found to contain malicious code...

MAL-2025-25118 Malicious code in lemon-nvs-project (npm)

The package lemon-nvs-project was found to contain malicious code...

The vulnerability of NVIDIA GeForce, Quadro, NVS, and Tesla graphics processors’ microprogramming software relates to the disclosure of system data by unauthorized individuals, allowing attackers to gain unauthorized access to protected information.

The vulnerability of NVIDIA GeForce, Quadro, NVS, and Tesla graphics processors’ microprogramming software relates to the disclosure of system data by unauthorized individuals. Exploiting this vulnerability can allow a hacker to gain unauthorized access to protected information...

The vulnerability of NVIDIA GeForce, Quadro, NVS, and Tesla graphics processors’ microprogramming software relates to the execution of operations beyond buffer boundaries in memory, allowing attackers to gain unauthorized access to protected information.

The vulnerability of NVIDIA GeForce, Quadro, NVS, and Tesla graphics processors’ microprogramming software relates to the execution of operations beyond the buffer boundaries in memory. Exploiting this vulnerability can allow attackers to gain unauthorized access to protected information...

The vulnerability of NVIDIA GeForce, Studio, RTX/Quadro, NVS, and Tesla graphics processors’ microprogramming software is related to an uncontrollable element in the search process, allowing attackers to exploit their privileges.

The vulnerability of NVIDIA GeForce, Studio, RTX/Quadro, NVS, and Tesla graphics processors’ microprogramming software is related to an uncontrollable element in the update process. Exploiting this vulnerability can allow attackers to enhance their privileges...

The vulnerability of the kernel mode of NVIDIA GeForce, Studio, RTX/Quadro, NVS, and Tesla graphics processors allows a hacker to trigger a service failure.

The vulnerability of the kernel mode of NVIDIA GeForce, Studio, RTX/Quadro, NVS, and Tesla graphics processors is related to the execution of operations outside of the buffer in memory. Exploiting this vulnerability can allow an attacker to cause system failures...

The vulnerability of the kernel mode of NVIDIA GeForce, Studio, RTX/Quadro, NVS, and Tesla graphics processors allows attackers to perform spoofing attacks or induce service failures.

The vulnerability of the kernel mode of NVIDIA GeForce, Studio, RTX/Quadro, NVS, and Tesla graphics processors is related to improper handling of insufficient resolutions or privileges. Exploiting this vulnerability can allow attackers to perform spoofing attacks or cause service failures...

The vulnerability of NVIDIA GeForce, Studio, RTX/Quadro, NVS, and Tesla graphics processors lies in errors in handling hard links, which allows attackers to exploit their privileges or cause service failures.

The vulnerability of NVIDIA GeForce, Studio, RTX/Quadro, NVS, and Tesla graphics processors relates to errors in handling hard links. Exploiting this vulnerability can allow attackers to enhance their privileges or cause service interruptions...