Scientific Abstract
Verifying decentralized compute workloads without disclosing private execution states requires ultra-efficient succinct arguments. Poly-Proof implements recursive folding schemes that compress hundreds of thousands of arithmetic gates into a 48-byte proof without trusted setup assumptions.
Methodology & Computational Modeling
Benchmarked against Groth16 and Plonk architectures across 10^7 execution cycles.
MATHEMATICAL BASIS & CONTINUUM EQUATIONS:
Nova folding schemes, multivariate sum-check protocols, elliptic curve cycle pairings.Observational Telemetry Datasets
This project ingests and assimilates open data streams from international registries:
Heterogeneous Compute Benchmark (AMD Threadripper & Apple M3 Max)
Validated Empirical Findings
- Sub-40 millisecond proof generation for 65,536 R1CS constraints on consumer silicon.
- 48-byte constant-size recursive proof verified in 1.8 milliseconds on standard runtimes.
- Zero trusted setup ceremony required; publicly auditable mathematical guarantees.
Investigators & Collaborators
Ayaan Saifi · Georbit Research
Matrika Regmi · Georbit Research
Data Access & Reproducibility
Under Georbit's open science charter, all compiler runtimes, verification proofs, and deterministic state benchmarks are archived permanently for peer review.