UPIP: Universal Process Integrity Protocol — A Self-Validating Specification
UPIP: Universal Process Integrity Protocol — A Self-Validating Specification
We present UPIP (Universal Process Integrity Protocol), a five-layer protocol for capturing, bundling, and verifying the complete integrity of computational processes across machines. Unlike traditional reproducibility approaches that describe a method and hope the reader can follow it, this paper validates itself: it is generated by a deterministic script exported as a UPIP bundle. Reproducing the bundle regenerates this paper, proving the protocol works. Cross-machine isomorphism verified between: JTel-brain (HP DL360, Python 3.13.5, Debian 13, 40 CPUs) — REPRODUCIBLE OomLlama-HUBby (Lenovo P520, Python 3.11.2, Debian 12, 12 CPUs) — REPRODUCIBLE Reproduce it yourself: pip install tibet-triage>=0.3.0 git clone https://github.com/Humotica/upip-protocol.git cd upip-protocol tibet-triage upip-reproduce paper.upip.json Verification hash: 71e567acbd716906eec490719a383655eba0f3912550bd2b9235ff3bb3300e1b UPIP stack hash: upip:1ab5335278960bd5a016bc0b54c9989fb24ab33f1bbcb38e5d91a956d3211d31
cryptographic verification, self-validating publication, UPIP, Universal Process Integrity Protocol, TIBET, process integrity, cross-machine isomorphism, airlock sandbox, provenance, reproducibility, human-in-the-loop
cryptographic verification, self-validating publication, UPIP, Universal Process Integrity Protocol, TIBET, process integrity, cross-machine isomorphism, airlock sandbox, provenance, reproducibility, human-in-the-loop
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