CVE-2024-12013

A CWE-1392 “Use of Default Credentials” was discovered affecting the 130.8005 TCP/IP Gateway running firmware version 12h. The device exposes an FTP server with default and easy-to-guess admin credentials. A remote attacker capable of interacting with the FTP server could gain access and perform...

CVE-2024-12012

CVE-2024-12012 affects Nozomi Networks TCP/IP Gateway (firmware 12h). The flaw stems from CWE-598: GET requests carrying sensitive query strings leak the SHA-1 password hash and session tokens via the URL, enabling information leakage and potential bypass of authentication (pass-the-hash). Affect...

CVE-2024-12012

A CWE-598 “Use of GET Request Method with Sensitive Query Strings” was discovered affecting the 130.8005 TCP/IP Gateway running firmware version 12h. Both the SHA-1 hash of the password as well as the session tokens are included as part of the URL and therefore exposed to information leakage...

CVE-2024-12011

CVE-2024-12011 affects Nozomi Networks/Zettler 130.8005 TCP/IP Gateway (firmware 12h). A CWE-126 buffer over-read due to a memory leak in the web server can trigger remote information disclosure, allowing a remote unauthenticated attacker to leak authentication tokens from process memory and bypa...

CVE-2024-12011

A CWE-126 “Buffer Over-read” was discovered affecting the 130.8005 TCP/IP Gateway running firmware version 12h. The information disclosure can be triggered by leveraging a memory leak affecting the web server. A remote unauthenticated attacker can exploit this vulnerability in order to leak valid...

PT-2025-6513

Name of the Vulnerable Software and Affected Versions 130.8005 TCP/IP Gateway version 12h Description A CWE-598 issue was discovered where the SHA-1 hash of the password and session tokens are included as part of the URL, exposing them to information leakage scenarios. An attacker capable of...

CVE-2024-12012: Use of GET Request Method With Sensitive Query Strings

A CWE-598 “Use of GET Request Method with Sensitive Query Strings” was discovered affecting the 130.8005 TCP/IP Gateway running firmware version 12h. Both the SHA-1 hash of the password as well as the session tokens are included as part of the URL and therefore exposed to information leakage...

Nozomi Networks TCP/IP Gateway security vulnerabilities

Nozomi Networks TCP/IP Gateway is a gateway program from Nozomi Networks, USA. A security vulnerability exists in Nozomi Networks TCP/IP Gateway version 12h, which stems from the presence of a buffer over-read that could allow a remote attacker to obtain an authentication token and bypass...

CVE-2024-12011: Buffer Over-read

A CWE-126 “Buffer Over-read” was discovered affecting the 130.8005 TCP/IP Gateway running firmware version 12h. The information disclosure can be triggered by leveraging a memory leak affecting the web server. A remote unauthenticated attacker can exploit this vulnerability in order to leak valid...

CVE-2024-12013: Use of Default Credentials

A CWE-1392 “Use of Default Credentials” was discovered affecting the 130.8005 TCP/IP Gateway running firmware version 12h. The device exposes an FTP server with default and easy-to-guess admin credentials. A remote attacker capable of interacting with the FTP server could gain access and perform...

CVE-2024-3052 Z/IP Gateway S2 Nonce Get Denial of Service Vulnerability

Malformed S2 Nonce Get command classes can be sent to crash the gateway. A hard reset is required to recover the gateway...

CVE-2024-3052 Z/IP Gateway S2 Nonce Get Denial of Service Vulnerability

Malformed S2 Nonce Get command classes can be sent to crash the gateway. A hard reset is required to recover the gateway...

CVE-2024-3051 Z/IP Gateway Device Reset Locally Denial of Service Vulnerability

Malformed Device Reset Locally command classes can be sent to temporarily deny service to an end device. Any frames sent by the end device will not be acknowledged by the gateway during this time...

CVE-2024-3051 Z/IP Gateway Device Reset Locally Denial of Service Vulnerability

Malformed Device Reset Locally command classes can be sent to temporarily deny service to an end device. Any frames sent by the end device will not be acknowledged by the gateway during this time...

CVE-2023-4489

The first S0 encryption key is generated with an uninitialized PRNG in Z/IP Gateway products running Silicon Labs Z/IP Gateway SDK v7.18.3 and earlier. This makes the first S0 key generated at startup predictable, potentially allowing network key prediction and unauthorized S0 network access...

CVE-2023-4489

The first S0 encryption key is generated with an uninitialized PRNG in Z/IP Gateway products running Silicon Labs Z/IP Gateway SDK v7.18.3 and earlier. This makes the first S0 key generated at startup predictable, potentially allowing network key prediction and unauthorized S0 network access...

Design/Logic Flaw

The first S0 encryption key is generated with an uninitialized PRNG in Z/IP Gateway products running Silicon Labs Z/IP Gateway SDK v7.18.3 and earlier. This makes the first S0 key generated at startup predictable, potentially allowing network key prediction and unauthorized S0 network access...

CVE-2023-4489 Z/IP Gateway Use of Uninitialized PRNG when Generating S0 Encryption Key

The first S0 encryption key is generated with an uninitialized PRNG in Z/IP Gateway products running Silicon Labs Z/IP Gateway SDK v7.18.3 and earlier. This makes the first S0 key generated at startup predictable, potentially allowing network key prediction and unauthorized S0 network access...

CVE-2023-4489 Z/IP Gateway Use of Uninitialized PRNG when Generating S0 Encryption Key

The first S0 encryption key is generated with an uninitialized PRNG in Z/IP Gateway products running Silicon Labs Z/IP Gateway SDK v7.18.3 and earlier. This makes the first S0 key generated at startup predictable, potentially allowing network key prediction and unauthorized S0 network access...

CVE-2023-4489

The CVE affects Silicon Labs Z/IP Gateway SDK-based Z/IP Gateway products, specifically versions prior to 7.18.3. The first S0 encryption key is generated using an uninitialized PRNG at startup, making it predictable and enabling potential network key prediction and unauthorized S0 network access...