Classical Compression Hit a Wall. We Built Around It.

Most compressors fight entropy file by file. ByteLite treats structured data as a domain: shared dictionaries, deterministic cascades, and a model that travels with the data. The result? We're chasing ratios that would rewrite the leaderboards.

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Patent Filed

US 63/807,027 - Protecting groundbreaking compression mathematics

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Lossless Compression

Perfect data reconstruction with SHA-256 verification

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Not Incremental. Architectural.

We're not chasing 10% gains. We're chasing a different order of magnitude.

What If "Compressed" Meant Something Completely Different?

Classical compression asks: "How small can I make this file?" ByteLite asks: "If we share the model, how little do I actually need to send?" For structured data, the answer might be shockingly small.

Shared-Model Compression Architecture

The Core Insight
Structured data → Compact key/seed
How It Works

Engine + pre-trained dictionaries = shared context
Only the difference needs to travel

Similar domain data → Dramatically smaller
The Target

GB-scale corpora like enwik9
Represented in bytes, not megabytes

1GB structured corpus → Engineering goal: handful of bytes
Research Phase

1GB corpora → handful of bytes. That's the engineering goal.
Verification will tell us how close we get.

The Architecture

ByteLite doesn't just compress data — it exploits shared context. When compressor and decompressor share the engine and dictionaries, only a small key needs to travel. The ratio depends on how well the data fits the model.

  • Real-world structured data — text, documents, code, logs
  • Shared engine + pre-trained dictionaries = massive effective compression
  • Not magic. Architecture. The ratio depends on domain similarity.
  • We're building toward numbers that would reset the Hutter Prize leaderboard.

Deep Kore: Compression as a Blueprint for Intelligence

What if the math that compresses data is also the math that organizes thought? Deep Kore is our physics-inspired architecture for testing that hypothesis. Only real-world experiments will show how far it actually goes.

Research Notice: Deep Kore is blueprint-stage. Dual-use considerations apply. Technical details gated. We're building carefully.

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