[SECURITY] Fedora 37 Update: lldpd-1.0.16-1.fc37

LLDP is an industry standard protocol designed to supplant proprietary Link-Layer protocols such as EDP or CDP. The goal of LLDP is to provide an inter-vendor compatible mechanism to deliver Link-Layer notifications to adjacent network devices...

[SECURITY] Fedora 38 Update: lldpd-1.0.16-1.fc38

LLDP is an industry standard protocol designed to supplant proprietary Link-Layer protocols such as EDP or CDP. The goal of LLDP is to provide an inter-vendor compatible mechanism to deliver Link-Layer notifications to adjacent network devices...

CVE-2023-26588

Use of hard-coded credentials vulnerability in Buffalo network devices allows an attacker to access the debug function of the product. The affected products and versions are as follows: BS-GSL2024 firmware Ver. 1.10-0.03 and earlier, BS-GSL2016P firmware Ver. 1.10-0.03 and earlier, BS-GSL2016...

CVE-2023-24464

Stored-cross-site scripting vulnerability in Buffalo network devices allows an attacker with access to the web management console of the product to execute arbitrary JavaScript on a legitimate user's web browser. The affected products and versions are as follows: BS-GS2008 firmware Ver. 1.0.10.01...

CVE-2023-24544

Improper access control vulnerability in Buffalo network devices allows a network-adjacent attacker to obtain specific files of the product. As a result, the product settings may be altered. The affected products and versions are as follows: BS-GSL2024 firmware Ver. 1.10-0.03 and earlier,...

Hardcoded credentials

Use of hard-coded credentials vulnerability in Buffalo network devices allows an attacker to access the debug function of the product. The affected products and versions are as follows: BS-GSL2024 firmware Ver. 1.10-0.03 and earlier, BS-GSL2016P firmware Ver. 1.10-0.03 and earlier, BS-GSL2016...

Improper access control

Improper access control vulnerability in Buffalo network devices allows a network-adjacent attacker to obtain specific files of the product. As a result, the product settings may be altered. The affected products and versions are as follows: BS-GSL2024 firmware Ver. 1.10-0.03 and earlier,...

CVE-2023-24544

Improper access control vulnerability in Buffalo network devices allows a network-adjacent attacker to obtain specific files of the product. As a result, the product settings may be altered. The affected products and versions are as follows: BS-GSL2024 firmware Ver. 1.10-0.03 and earlier,...

CVE-2023-24464

Stored-cross-site scripting vulnerability in Buffalo network devices allows an attacker with access to the web management console of the product to execute arbitrary JavaScript on a legitimate user's web browser. The affected products and versions are as follows: BS-GS2008 firmware Ver. 1.0.10.01...

CVE-2023-26588

Use of hard-coded credentials vulnerability in Buffalo network devices allows an attacker to access the debug function of the product. The affected products and versions are as follows: BS-GSL2024 firmware Ver. 1.10-0.03 and earlier, BS-GSL2016P firmware Ver. 1.10-0.03 and earlier, BS-GSL2016...

CVE-2023-24544: Improper Access Control

Improper access control vulnerability in Buffalo network devices allows a network-adjacent attacker to obtain specific files of the product. As a result, the product settings may be altered. The affected products and versions are as follows: BS-GSL2024 firmware Ver. 1.10-0.03 and earlier,...

CVE-2023-26588

Use of hard-coded credentials vulnerability in Buffalo network devices allows an attacker to access the debug function of the product. The affected products and versions are as follows: BS-GSL2024 firmware Ver. 1.10-0.03 and earlier, BS-GSL2016P firmware Ver. 1.10-0.03 and earlier, BS-GSL2016...

CVE-2023-24544

Improper access control vulnerability in Buffalo network devices allows a network-adjacent attacker to obtain specific files of the product. As a result, the product settings may be altered. The affected products and versions are as follows: BS-GSL2024 firmware Ver. 1.10-0.03 and earlier,...

PT-2023-19681 · Buffalo · Bs-Gs2008P +5

Name of the Vulnerable Software and Affected Versions: BS-GSL2024 firmware Ver. 1.10-0.03 and earlier BS-GSL2016P firmware Ver. 1.10-0.03 and earlier BS-GSL2016 firmware Ver. 1.10-0.03 and earlier BS-GS2008 firmware Ver. 1.0.10.01 and earlier BS-GS2016 firmware Ver. 1.0.10.01 and earlier BS-GS202...

CVE-2023-26588

Buffalo network devices are affected by CVE-2023-26588 due to hard-coded credentials, allowing an attacker to access the product’s debug function. Affected models/firmware (examples from the public records) include BS-GSL2024, BS-GSL2016P, BS-GSL2016, BS-GS2008, BS-GS2016, BS-GS2024, BS-GS2048, B...

CVE-2023-24544

CVE-2023-24544 is an improper access control vulnerability in Buffalo network devices. A network-adjacent attacker may obtain specific product files and potentially alter settings. Affected models and versions include: BS-GSL2024 firmware 1.10-0.03 and earlier; BS-GSL2016P 1.10-0.03 and earlier; ...

CVE-2023-24464

CVE-2023-24464 is a stored cross-site scripting vulnerability in Buffalo network devices (BS-GS2008/2016/2024/2048 and their “P” variants; firmware 1.0.10.01 and earlier). The underlying issue is a stored XSS in the web management console that allows an attacker with access to the management UI t...

CVE-2023-24464

Stored-cross-site scripting vulnerability in Buffalo network devices allows an attacker with access to the web management console of the product to execute arbitrary JavaScript on a legitimate user's web browser. The affected products and versions are as follows: BS-GS2008 firmware Ver. 1.0.10.01...

From Ransomware to Cyber Espionage: 55 Zero-Day Vulnerabilities Weaponized in 2022

As many as 55 zero-day vulnerabilities were exploited in the wild in 2022, with most of the flaws discovered in software from Microsoft, Google, and Apple. While this figure represents a decrease from the year before, when a staggering 81 zero-days were weaponized, it still represents a significa...

Buffalo network devices 安全漏洞

Buffalo network devices are a family of network devices from Buffalo, Japan. A security vulnerability exists in Buffalo network devices that stems from the use of hard-coded credentials, which could be exploited by an attacker to gain access to the debugging capabilities of the product...