ciphey/ciphey
Ciphey
Ciphey is an automated decryption tool and cryptographic analysis framework designed to identify and reverse encryptions, encodings, and hashes without requiring a known key or cipher. It functions as a hash cracking engine and a heuristic cipher identifier to recover original plaintext from unknown data patterns.
The project features a nested encoding resolver that iteratively unwraps multiple layers of encryption and encoding until readable text is reached. It employs a heuristic cryptanalysis workflow to analyze data characteristics and guess the likely encoding scheme or encryption method.
The system incorporates linguistic probability and AI models to validate plaintext accuracy and reduce false positives. It also includes automated pattern recognition to identify specific data signatures, such as API keys or MAC addresses, and provides a library interface for programmatic integration into other applications.
Features
- Automated Decryption Utilities - Automatically identifies and reverses encryptions, encodings, and hashes without requiring a known key or cipher.
- Heuristic Detection Engines - Uses statistical analysis and heuristics to identify unknown encryption schemes and encodings from input strings.
- Linguistic Pattern Analysis - Evaluates the likelihood of decoded strings being natural language using character frequency and probability models.
- Cryptanalysis Heuristics - Implements a heuristic cryptanalysis workflow using linguistic probability and AI models to recover plaintext from unknown data patterns.
- Automated Cipher Identification - Automatically identifies and decrypts text without requiring the user to specify the cipher or key.
- Encryption and Hashing - Combines encryption, encoding, and hashing reversal to recover original text without known keys.
- Recursive Decoding Pipelines - Iteratively applies decryption modules to nested data layers until readable plaintext is reached.
- Nested Encoding Resolvers - Provides automated workflows for unpacking data processed through multiple layers of different encryption formats.
- Cryptographic Analysis Tools - Functions as a framework for analyzing unknown data patterns to recover plaintext using AI and linguistic models.
- Encoding Decoders - Detects and reverses various data encodings to recover original plaintext from obfuscated strings.
- Password Hash Recovery - Provides high-performance recovery of plaintext from cryptographic hashes using pattern matching and data dumps.
- Hash Cracking Tools - Includes utilities designed to identify and reverse cryptographic hashes to retrieve original input strings.
- Plaintext Validation Models - Uses linguistic probability and AI models to validate recovered plaintext and reduce false positives.
- Text Pattern Matching - Searches recovered text for regular expression patterns to identify API keys and MAC addresses.
- Programmatic Decoding Libraries - Provides a library interface for programmatic integration of automated decoding and decryption into other software or bots.
- Multi-Stage Analysis Pipelines - Implements a sequential analysis pipeline that combines AI models and thresholds to filter decryption false positives.
- Pattern-Based Data Identification - Uses regular expressions and known signatures to identify specific data formats like API keys in recovered text.
- Capture The Flag - Automated decryption using AI and natural language processing.
- Cryptography Tools - Automated decryption tool using artificial intelligence.
- Cryptography Tools - Automated decryption and hash cracking tool.
- Hash Cracking - Automated decryption tool.
Star history
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