{
  "schema": "https://arbace.org/schema/public-release-receipt-v1",
  "release": "Wave 19",
  "result": {
    "path": "/evidence/compare-wave19-all10.json",
    "sha256": "fa0d5cf85e9a55c1b8331edd7e33175f8e0f46d9db87fb0084c34e7caf501bbe"
  },
  "hostLoad": {
    "path": "/evidence/loadavg-wave19-all10.log",
    "sha256": "53ad452dd7d2ecd8fd11dd0731e8a037a171900b92d8811c2bbecba0d19da0bc"
  },
  "correctness": {
    "path": "/evidence/correctness-wave19.json",
    "sha256": "70ae7ff1f3b30abe6bc0e2fe53fdc126ab4dc6756fa23a9f424d960507895542"
  },
  "summary": {
    "hotspotWins": 10,
    "wasmWins": 10,
    "hotspotGeomean": 27511.79444913579,
    "wasmGeomean": 506433.60158948204,
    "hotspotMinimum": 731.817374854482,
    "hotspotMinimumWorkload": "zebra",
    "pairedHotspotMinimum": 611.8647992530346,
    "maximumNativeAllocationBytesPerSolve": 0
  },
  "claim": "On the recorded Wave 19 machine and protocol, Arbace native is faster than Clojure/HotSpot and Arbace/WasmGC on all ten fixed, versioned canonical workload rows.",
  "boundary": "This is evidence for guarded static specialization of the listed programs and inputs, not a universal claim about arbitrary Clojure programs, inputs, startup, compilation, machines, JVM configurations, or Lisp implementations."
}