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CVE-2008-0166 is a Debian-specific OpenSSL random-number-generator defect affecting Debian OpenSSL 0.9.8c-1 through versions before 0.9.8g-9 and derived distributions. An incorrect distribution patch removed entropy-gathering behavior, leaving process-ID-derived state as the effective randomness source for cryptographic operations. Consequently, generated SSH, SSL/TLS, X.509, OpenVPN, DNSSEC, DSA, RSA, and elliptic-curve key material may be predictable and feasibly enumerable. The weakness is an incorrect use of PRNG seed material that results in severely insufficient entropy.
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3 valid exploits after Mallory filtered fakes, detection scripts, and README-only repos (8 hidden).
Small Python repository centered on a single script, ssh-exploit.py, with dependencies in requirements.txt and basic documentation in README.md. The script is presented as an SSH exploit for CVE-2008-0166 and CVE-2008-1657, but the actual implementation does not contain vulnerability-specific exploitation logic, key generation attacks, brute force, or protocol abuse. Instead, it uses Paramiko to connect to a user-supplied SSH target over port 22 with hardcoded credentials 'msfadmin'/'msfadmin'. If login succeeds, it launches an interactive shell via invoke_shell(), relays operator-entered commands, captures returned output, and tracks simple proof points based on commands like whoami, id, cd, ls, or references to passwd. After the session ends, it generates local DOCX and PDF reports in ./output summarizing the target, time, proof points, and command transcript. Repository structure is minimal: README.md describes intended use and output, requirements.txt lists paramiko, python-docx, and reportlab, and ssh-exploit.py contains all operational logic including argument parsing, SSH connection handling, shell interaction, logging, and report generation. Overall, this is an operational post-authentication remote shell wrapper and reporting utility rather than a true exploit for the claimed CVEs.
Small single-script Python repository centered on ssh-exploit.py, with supporting README, requirements, license, and .gitignore. The script uses Paramiko to connect to a user-supplied SSH target with hardcoded credentials 'msfadmin'/'msfadmin', then opens an interactive shell using invoke_shell(). It supports repeated command execution, captures returned output, and records simple proof-of-exploitation markers based on operator commands such as whoami, id, ls, cd, or access to /etc/passwd. After the session ends, it generates sequentially named DOCX and PDF reports in ./output using python-docx and reportlab. Although the README claims CVE-2008-0166 and CVE-2008-1657 exploitation against vulnerable OpenSSH services, the code does not contain CVE-specific exploit primitives, key generation attacks, brute force logic, or protocol manipulation; it is effectively an SSH post-authentication shell/reporting tool that depends on valid hardcoded credentials rather than directly exploiting the named vulnerabilities.
This repository provides a practical exploit for the Debian OpenSSL vulnerability (CVE-2008-0166) as it affects Bitcoin Core clients using OpenSSL 0.9.8. The main exploit is implemented in C (Sources/cryptodeepbtc.c) and is compiled into a binary (cryptodeepbtcgen) using the provided Makefile. The exploit brute-forces the weak keyspace of Bitcoin private keys generated by the vulnerable OpenSSL RNG, iterating over possible process IDs and key generation sequences for various Bitcoin Core versions. The tool outputs generated Bitcoin addresses and their corresponding private keys to result.txt. The README files provide detailed instructions for compiling a vulnerable OpenSSL, building the exploit, and running it. The exploit is operational and can be used to recover or check for BTC on addresses generated by affected clients. The repository also references additional scripts for checking Bitcoin balances and provides links to further documentation and tutorials.
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Vendor-confirmed product mapping. Mallory continuously reconciles this list against your asset inventory.
19 sources tracked across advisories, community write-ups, and news. New activity surfaces here as Mallory finds it.
A historical Debian OpenSSL weak-entropy vulnerability that severely reduced the possible key-generation seed space, cited as a structural parallel to Profanity's small-seed design.
CVE-2008-0166 is referenced as an historical OpenSSL-related implementation-security example in a broader discussion of ECC side-channel and secret-handling risks.
A predictable PRNG vulnerability in Debian's OpenSSL package that led to weak cryptographic keys.
A predictable PRNG flaw in Debian's OpenSSL package that drastically reduced key entropy, mentioned here as a historical comparison for statistical anomaly detection in cryptography.
Query your assets running an affected version, and investigate the blast radius.
Every observed campaign linking this CVE to a named adversary.
Malware families riding this exploit, with evidence and IOCs.
YARA, Sigma, Snort, and vendor rules, auto-deployed to your SIEM.
Cross-references every affected SKU, including bundled OEM variants.
Community discussion across Reddit, Mastodon, and other social sources.