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The CVE-2025-54340 vulnerability exists in the Desktop Alert PingAlert Application Server due to its use of a broken or risky cryptographic algorithm for securing data. Specifically, the application employs a weak cipher or hashing mechanism, such as a short RSA key or a deprecated algorithm like MD5 or DES, for critical operations like authentication or data transmission. This flawed implementation allows an attacker to easily decrypt sensitive information or forge cryptographic tokens. By intercepting the encrypted traffic or analyzing stored data, an attacker can exploit the weak algorithm to recover encryption keys or reverse hashes without significant computational power. This compromise leads to a full breach of the application’s security, enabling unauthorized access to the system and sensitive data.
Platform: Desktop Alert PingAlert
Version: 6.1.0.11-6.1.1.2
Vulnerability: Broken Cryptography
Severity: Critical
date: 11/14/2025
Prediction: Patch by 12/15/2025
What Undercode Say:
Checking for weak SSL/TLS ciphers on the target server nmap --script ssl-enum-ciphers -p 443 <target_ip> Using tools to test for weak hashes (e.g., MD5) john --format=raw-md5 hashes.txt Example of a weak cryptographic key generation (illustrative) openssl genrsa -out weak.key 512
How Exploit:
An attacker can intercept network communications or analyze stored data to identify the weak cryptographic algorithm. Using widely available tools, they can then decrypt sensitive information, such as user credentials or session tokens, or forge malicious messages that are accepted as valid by the server due to the flawed crypto.
Protection from this CVE:
Immediately upgrade to a patched version of the software once available. Disable support for weak cryptographic algorithms (e.g., SSLv3, TLS 1.0, MD5, SHA-1, DES) on the server. Enforce the use of strong, modern encryption standards like AES-256 and SHA-256.
Impact:
Full system compromise, unauthorized data access, potential for credential theft, and complete loss of data confidentiality and integrity protected by the weak algorithm.
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Sources:
Reported By: nvd.nist.gov
Extra Source Hub:
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