Not Incremental. Architectural.
ByteLite is a deterministic lossless compression system built on Bit Motion Encoding over the Sigma-9 alphabet. Every byte normalizes bitwise. Every round narrows toward a terminal payload. The model travels with the data. Controlled test on structured text corpora: payload convergence to under 64 bytes. Full S-formula (payload plus decompressor) under independent verification. Results vary by data type.
Patent pending | Lossless, SHA-256 verified
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Try ByteLite Compression
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Three Stages in the Compression Pipeline
Normalization
- Source stream enters the engine
- Bitwise normalization into canonical form
- Source bit 0 becomes a single normalized 0. Source bit 1 expands to the eight-bit sequence 00000001
- Stream is now deterministic across any input
Motion Encoding
- Bit Motion Encoding operates over the Sigma-9 alphabet
- Each motion value is a REF-relative successor choice
- 510-sequence motion dictionary governs choices
- Mode Ladder A through F governs which representation is active
Convergence
- Sequential rounds reduce structural redundancy
- Payload reaches terminal form
- Output: compressed payload plus round-count in 255-carry format
- Decompressor replays motions in reverse to reconstruct bit-for-bit
Round / Stage Reduction
Educational pipeline visualization. Relative proportions are illustrative. Controlled test on structured text corpora: payload convergence to under 64 bytes. Full S-formula (payload plus decompressor) under independent verification. Results vary by data type. Patent pending.
How Results Are Measured
Compression ratios are measured against the Hutter Prize S-formula, which sums the compressed payload size and the decompressor binary size. Dictionary tables, when required, count in S. The S-formula is the standard for the Hutter Prize competition on the enwik9 corpus.
Random binary data outside the Sigma-9 alphabet domain receives no advantage from BME. Results reported on this site reflect structured text corpora. Performance on other data types varies.
What Is Real Today
- Universal dictionaries implemented
- Lossless compression engine
- SHA-256 output verification
- Patent pending
- Browser-based demo at /demo
- Educational stage visualizer
- Sample determinism proof
- Demonstration application
- Public verification harness
- Performance benchmarking suite
- Public API access
- Enterprise licensing portal
- Open-source verifier
Integration Interface
API access is in planning. Enterprise partnerships available now.