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1hash.txt

SSHole - OpenSSH Authentication Bypass [image: 1794016124595-d535a55a-a48e-4c6f-b987-dc9ce1d44029-image.jpeg] OpenSSH has patched a CVSS 8.1 high-severity authentication bypass vulnerability that allows remote, unauthenticated attackers to gain SSH access without knowing a valid password. The vulnerability is already being exploited in the wild. Tracked as CVE-2026-123158 and nicknamed SSHole, the flaw affects OpenSSH servers running on Linux systems using musl libc without PAM authentication, including certain Alpine Linux installations. The vulnerability stems from how OpenSSH handles password verification through musl's crypt() function. Accounts configured without a password typically contain an asterisk (*) in their shadow password field. When an oversized password is submitted, musl's crypt() can return the same * character as an error indicator, which OpenSSH mistakenly interprets as a successful password match. Successful exploitation allows an attacker to authenticate to affected accounts using a password longer than 256 bytes, potentially gaining root privileges depending on the account configuration. The attack requires password authentication to be enabled, an account with a * password field, and at least one other account containing a compatible SHA-256 or SHA-512 password hash. Affected environments can include: Alpine Linux OpenWrt installations using OpenSSH Buildroot and Yocto systems using musl Other musl-based Linux systems running OpenSSH without PAM Common glibc-based distributions, including Debian, Ubuntu, RHEL, and Fedora, are not affected by this particular vulnerability. The issue was discovered by security researcher Özgün Kültekin of Wakefield and patched in OpenSSH 10.6p2 on November 5, 2026. Threat intelligence firm Previdian has already observed exploitation attempts, with the first detected less than nine hours after public disclosure. Researchers also confirmed successful root access against an Alpine Linux honeypot, where the attacker executed system reconnaissance commands. OpenSSH 10.6p2 contains the security fix. Alpine Linux has also released patched packages for affected versions dating back to Alpine 3.16. Administrators should immediately update affected installations and restart the SSH daemon. Simply installing the updated package does not replace an already running vulnerable SSH process. If updating is not immediately possible, setting PasswordAuthentication no in the SSH server configuration and restarting sshd prevents exploitation. Affected users should: Upgrade OpenSSH to 10.6p2 or install their distribution's patched package Restart the SSH daemon after updating Disable SSH password authentication where possible Review SSH logs for successful password logins to accounts that should not accept passwords Investigate unauthorized account changes, SSH keys, and privilege escalation activity Treat systems as potentially compromised if suspicious authentication activity is discovered Sources: OpenSSH: OpenSSH 10.6p2 Release Notes https://www.openssh.org/txt/release-10.6p2 Alpine Linux: OpenSSH Server Password Authentication Bypass Advisory https://alpinelinux.org/posts/2026-11-05-openssh-password-authentication-bypass/ Cloudflare: SSHole OpenSSH Password Bypass on musl Linux https://radar.cloudflare.com/security/zero-wire/sshole Help Net Security: OpenSSH Flaw Exploited in the Wild Just Hours After Disclosure https://www.helpnetsecurity.com/2026/11/06/openssh-sshole-cve-2026-123158-exploitation/ SecurityWeek: OpenSSH Rushes Patches for SSHole Authentication Bypass https://www.securityweek.com/openssh-rushes-patches-for-sshole-authentication-bypass/

pcfg -- in general, not just pcfg-go -- is geared towards smaller training sets of thousands up to several million words. Anything larger than a few million training words will give diminishing results and will also slow the guesser output down. I wouldn't suggestion training on anything larger than a rockyou size wordlist for these reasons. 90% of my training data for IRL recovery is on much smaller targeted wordlists, typically in the 100's to 1,000's of words, and this gives excellent results.

Escrow ID# 95032 • Algorithm: NetNTLMv2, -m 5600 • Total hashes: 5 • Price per hash: $0.5012 • Escrow URL: https://hashes.com/en/escrow/item/?id=95032 • Download hashes: 95032_5600.zip

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