HZC is the compression engine of the Zeq framework, offering two codecs: ZeqCompress (lossless) and TurboZEQ (lossy). Every compression operation is time-stamped with a Zeqond and phase-modulated at 1.287 Hz via the KO42 operator.
ZeqCompress uses zlib deflate with a KO42 scramble layer and CRC32 integrity verification. TurboZEQ uses hyperspherical PolarQuant — mapping data onto a high-dimensional sphere and quantising at a configurable quality level. Both codecs produce entropy forensics (CS47 Shannon entropy, XI1 information density, CS87 Kolmogorov complexity).
ZeqCompress
Lossless compression with KO42 entropy scramble. Original data is recoverable bit-for-bit, with CRC32 integrity checks on every block.
TurboZEQ
Lossy compression using hyperspherical coordinate mapping. Configurable quality from 0.1 to 1.0 — lower values mean higher compression at the cost of fidelity.
Entropy Forensics
Every operation produces CS47 Shannon entropy, XI1 information density, and CS87 Kolmogorov complexity measurements. Know exactly what your data looks like.
bits=6 · 64 levels · high
ZeqCompress (Lossless): Bit-exact round-trip. Every byte recovered perfectly. Best for text, code, JSON, documents, images, binaries — any file type. Output: .hzc
TurboZEQ (Lossy): Hyperspherical polar quantization with f64 precision. Extreme compression on smooth/correlated data (audio, sensors, embeddings). Small reconstruction error (~0.3–2%). Output: .hzc
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