Harmonis Prime v6.2.0-SET-8-GM: A Mathematically Sovereign Distributed Systems Benchmark with 103 Executable Invariants and Zero Diagnostic Noise

Harmonis Prime v6.2.0-SET-8-GM establishes an industrial-grade baseline for distributed systems validation through executable proof rather than aspirational claim. EXECUTABLE METRICS:- 103/103 unit tests passing, 0 compile warnings, 0 errors, 0 drift- 14 modules with independent invariant suites- Atomic boot sequence: 0.54s full verification on consumer hardware- Per-workload energy calibration: ≤1% drift across Idle, SustainedHigh, Bursty, Ramping workloads ARCHITECTURAL CONTRIBUTIONS:1. SET-8 Milestone: Architectural debt retired through functionality, not suppression. Four dormant fields (EnduranceHarness.start, MemoryProfiler.start, RaplMonitor.domain, RaplHardwareMonitor.domain) were converted to verifiable APIs, increasing test coverage (99→103) while simultaneously eliminating diagnostic noise (4 warnings→0). This is the signature of architectural coherence. 2. Per-Workload Energy Calibration: Independent PMU counter path vs Physical Meter ADC integration path, each calibrated with scale = meter_energy / (total_raw * dt). Reflects production silicon calibration methodology (Intel RAPL, ARM CoreSight). 3. Thermodynamic Workload Balancing: Shannon entropy S = −Σ p_i ln(p_i), KL divergence D_KL(P||Q) = Σ p_i ln(p_i/q_i), and 1D RC thermal model T_new = T_amb + PR + (T_old − T_amb − PR)exp(−dt/RC) with 19 invariant tests. 4. Mathematical Modules: Truncated Dirichlet zeta series on critical line, Hardy Z-function, Euler fluid dynamics, Ramanujan mock-theta and highly composite number invariants. HONEST LIMITATIONS:- No physical quantum substrate (simulated only)- No FEM thermal simulation (1D lumped RC model)- No integration test harness (unit tests only)- Single human witness (more needed for statistical confidence)- No criterion.rs statistical benchmarks (Phase 2) REPRODUCTION PROTOCOL:git clone https://github.com/Ayub19123/Harmonis-Prime.gitcd Harmonis-Primegit checkout bca5154cargo test --lib -- --nocaptureExpected: test result: ok. 103 passed; 0 failed; 0 ignored; finished in ~0.54s LICENSE: MITCOMMIT: bca5154 on mainDATE: 2026-06-18

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-06-18
DOI
https://doi.org/10.5281/zenodo.20750406
Primary Topic
Parallel Computing and Optimization Techniques
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article
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article

Harmonis Prime v6.2.0-SET-8-GM: A Mathematically Sovereign Distributed Systems Benchmark with 103 Executable Invariants and Zero Diagnostic Noise

Ayub
Zenodo (CERN European Organization for Nuclear Research)
Parallel Computing and Optimization Techniques
article

Harmonis Prime v6.2.0-SET-8-GM: A Mathematically Sovereign Distributed Systems Benchmark with 103 Executable Invariants and Zero Diagnostic Noise

Ayub
article en

Abstract

Harmonis Prime v6.2.0-SET-8-GM establishes an industrial-grade baseline for distributed systems validation through executable proof rather than aspirational claim. EXECUTABLE METRICS:- 103/103 unit tests passing, 0 compile warnings, 0 errors, 0 drift- 14 modules with independent invariant suites- Atomic boot sequence: 0.54s full verification on consumer hardware- Per-workload energy calibration: ≤1% drift across Idle, SustainedHigh, Bursty, Ramping workloads ARCHITECTURAL CONTRIBUTIONS:1. SET-8 Milestone: Architectural debt retired through functionality, not suppression. Four dormant fields (EnduranceHarness.start, MemoryProfiler.start, RaplMonitor.domain, RaplHardwareMonitor.domain) were converted to verifiable APIs, increasing test coverage (99→103) while simultaneously eliminating diagnostic noise (4 warnings→0). This is the signature of architectural coherence. 2. Per-Workload Energy Calibration: Independent PMU counter path vs Physical Meter ADC integration path, each calibrated with scale = meter_energy / (total_raw * dt). Reflects production silicon calibration methodology (Intel RAPL, ARM CoreSight). 3. Thermodynamic Workload Balancing: Shannon entropy S = −Σ p_i ln(p_i), KL divergence D_KL(P||Q) = Σ p_i ln(p_i/q_i), and 1D RC thermal model T_new = T_amb + PR + (T_old − T_amb − PR)exp(−dt/RC) with 19 invariant tests. 4. Mathematical Modules: Truncated Dirichlet zeta series on critical line, Hardy Z-function, Euler fluid dynamics, Ramanujan mock-theta and highly composite number invariants. HONEST LIMITATIONS:- No physical quantum substrate (simulated only)- No FEM thermal simulation (1D lumped RC model)- No integration test harness (unit tests only)- Single human witness (more needed for statistical confidence)- No criterion.rs statistical benchmarks (Phase 2) REPRODUCTION PROTOCOL:git clone https://github.com/Ayub19123/Harmonis-Prime.gitcd Harmonis-Primegit checkout bca5154cargo test --lib -- --nocaptureExpected: test result: ok. 103 passed; 0 failed; 0 ignored; finished in ~0.54s LICENSE: MITCOMMIT: bca5154 on mainDATE: 2026-06-18

Zenodo (CERN European Organization for Nuclear Research)
Openalex Percentile: Top 3%
Parallel Computing and Optimization Techniques
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Harmonis Prime v6.2.0-SET-8-GM: A Mathematically Sovereign Distributed Systems Benchmark with 103 Executable Invariants and Zero Diagnostic Noise — Ayub · Zenodo (CERN European Organization for Nuclear Research) (2026) | TGRS Research Map | TGRS