hashkill v0.3.0 released

hashkill is an open-source password recovery tool. It can recover about 45 types of passwords using different types of attacks. It has several nice features (sessions save/restore, multihash lists, GPU acceleration) and is designed to take advantage of newer hardware (multicore systems, SSE2/XOP/AVX/AES-NI-enabled x86 CPUs, modern GPUs, multi-GPU configurations, etc)

Features

Multi-threaded so that it can benefit from multi-core/multi-CPU systems
SSE2/AVX/XOP/AES-NI-accelerated algorithms to achieve high speeds on modern x86 CPUs
Very powerful rule engine plus optimized bruteforce/markov codepaths for fast algos.
~ 40 plugins for different types of passwords (ranging from simple hashes like MD5 and SHA1 to WPA, passworded RAR files and private SSL key passphrases)
Supports session save/restore. Sessions are auto-saved each 3 seconds. Password cracking can resume after the last checkpoint in case the program is stopped/killed/system crashes/power down/etc.
Multi-hash support
Very fast GPU support on both Nvidia and AMD. GCN and Kepler architecture supported.
Multi-GPU support (even AMD+NVidia systems).
Session save/restore, markov/rule/bruteforce also on GPUs

Changelog

Completely new architecture
True multi-GPU support, any mixed multi-GPU configuration supported, even AMD+NVIDIA
A new very powerful and flexible rule engine implemented
Hash indices totally reworked, hashkill now supports huge (>1 million) hashlists
XOP/AVX/AES-NI support if available
True working thermal monitoring for both nv/amd devices
Session save/restore and progress indicator working even for rule attacks
Lots of new plugins, several archive formats now supported on GPU and WPA cracking (a stateful pcap-to-hccap conversion tool included)
Precompiled kernels for all architectures, no time lost in runtime kernel compilation
GCN and Kepler architectures now supported
–interactive-mode allows responsive desktop while cracking
Misc. algorithm optimizations
Dynamic OpenCL loader, now you won’t need any OpenCL or ADL headers to build
Rule engine supports advanced attacks: table replacements/multichar replacements, permutation, dictionary, combined dictionaries, built-in markov, adaptive (fingerprint) attacks based on feedback from currently cracked passwords enhanced by training markov models on them, generating candidates Levenshtein/Levenshtein-Damerau distance X/Hamming/etc, builtin leetify, pasttense/conttense rules, builtin cyrillic->latin transliteration rules, passphrase generation based on wordlists, rule engine has stack storage, preprocessor with includes, command-line passed variables, etc.
The rule engine is CPU based, but certain ruleset patterns are recognized and offloaded to GPU for faster attacks when fast algos are attacked.
Tons of bugs fixed
And lots more…