ScaffoldBench

RunHaiku 4.5repeat 2

Gated-execute on Share two short deliveries out among backorders

claude-haiku-4-5-20251001__gated-execute__ecommerce-backorder-allocation__r2

Score

0.513

wrong answer
design ran as designed
Cost
$2.00
Latency
34m 47s
setup 0.0s, grading 0.0s
Turns
400
Tool calls
332
Subagents
25
Tokens in / out
1.5M / 229k
1,129,614 read from cache

Did the design run?

every check held
  • Run completed: heldharness.run-completedThe environment was built, the architecture returned and grading finished, none of them throwing.
  • No API failures: heldharness.apiNo model call failed at the API.
  • Every call ended: heldharness.calls-endedEvery call ended with a result, or was stopped by the run's own limits.
  • No harness tool denied: heldharness.harness-toolsThe sandbox guard never denied a harness tool, nor a tool the session itself offered.
  • Tool servers connected: heldharness.mcp-connectedEvery tool server the harness gave a call was connected when the session started.
  • No foreign tool servers: heldharness.mcp-hermeticNo call loaded a tool server the harness did not give it.
  • Builtin tools: heldharness.builtin-toolsA check recorded with the run.
  • Structured replies arrived: heldharness.structured-outputEvery call that asked for structured output and ran to the end got it.
  • No silent fallbacks: heldharness.not-degradedNo phase fell back on a default (an empty plan, a default winner) instead of its output.
  • Every state change was reviewed: heldgated-execute.reviewedEvery call that changed the world had been allowed by a review before it ran, counted from the world’s own journal.
  • Every decision was read: heldgated-execute.decisionsEvery review that ran to its end gave its decision through the schema; an unreadable one is a denial.
  • Each call was shown the right tools: heldgated-execute.toolsThe executor was shown the task’s full toolset and each reviewer the read-only tools.

Phases

Execute: 0.0s to 34m 47s, finished, 75 tool calls, $0.332
Review 1: allocate_stock: 1m 9s to 2m 3s, finished, 9 tool calls, $0.052
Review 2: allocate_stock: 2m 3s to 4m 46s, finished, 28 tool calls, $0.137
Review 3: allocate_stock: 4m 46s to 5m 60s, finished, 13 tool calls, $0.075
Review 4: allocate_stock: 5m 60s to 6m 56s, finished, 15 tool calls, $0.067
Review 5: allocate_stock: 6m 56s to 8m 22s, finished, 15 tool calls, $0.070
Review 6: allocate_stock: 8m 44s to 10m 9s, finished, 11 tool calls, $0.071
Review 7: allocate_stock: 10m 11s to 11m 27s, finished, 12 tool calls, $0.067
Review 8: allocate_stock: 11m 30s to 14m 4s, finished, 26 tool calls, $0.137
Review 9: allocate_stock: 14m 7s to 15m 18s, finished, 22 tool calls, $0.072
Review 10: allocate_stock: 15m 20s to 17m 46s, finished, 17 tool calls, $0.120
Review 11: allocate_stock: 17m 48s to 18m 38s, finished, 14 tool calls, $0.064
Review 12: set_promise_date: 18m 52s to 19m 51s, finished, 4 tool calls, $0.053
Review 13: set_promise_date: 19m 51s to 20m 35s, finished, 4 tool calls, $0.039
Review 14: set_promise_date: 20m 35s to 20m 58s, finished, 3 tool calls, $0.028
Review 15: set_promise_date: 20m 58s to 21m 48s, finished, 8 tool calls, $0.052
Review 16: set_promise_date: 21m 48s to 22m 8s, finished, 3 tool calls, $0.027
Review 17: allocate_stock: 23m 49s to 26m 42s, finished, 11 tool calls, $0.142
Review 18: allocate_stock: 26m 42s to 27m 26s, finished, 14 tool calls, $0.055
Review 19: allocate_stock: 28m 4s to 29m 3s, finished, 10 tool calls, $0.054
Review 20: allocate_stock: 29m 3s to 30m 30s, finished, 14 tool calls, $0.081
Review 21: allocate_stock: 30m 50s to 32m 22s, finished, 8 tool calls, $0.073
Review 22: set_promise_date: 32m 35s to 33m 8s, finished, 3 tool calls, $0.039
Review 23: set_promise_date: 33m 8s to 33m 34s, finished, 3 tool calls, $0.034
Review 24: set_promise_date: 33m 34s to 33m 53s, finished, 3 tool calls, $0.028
Review 25: set_promise_date: 33m 53s to 34m 10s, finished, 2 tool calls, $0.027

Drawn from the phase records: timing and cost per call, no tool calls or messages.

PhaseDurationCostTurnsToolsModel
Execute34m 47s$0.3327675claude-haiku-4-5-20251001
Review 1: allocate_stock53.6s$0.052119claude-haiku-4-5-20251001
Review 2: allocate_stock2m 43s$0.1373028claude-haiku-4-5-20251001
Review 3: allocate_stock1m 14s$0.0751513claude-haiku-4-5-20251001
Review 4: allocate_stock55.9s$0.0671715claude-haiku-4-5-20251001
Review 5: allocate_stock1m 26s$0.0701715claude-haiku-4-5-20251001
Review 6: allocate_stock1m 26s$0.0711311claude-haiku-4-5-20251001
Review 7: allocate_stock1m 16s$0.0671412claude-haiku-4-5-20251001
Review 8: allocate_stock2m 34s$0.1372826claude-haiku-4-5-20251001
Review 9: allocate_stock1m 10s$0.0722422claude-haiku-4-5-20251001
Review 10: allocate_stock2m 26s$0.1201917claude-haiku-4-5-20251001
Review 11: allocate_stock50.3s$0.0641614claude-haiku-4-5-20251001
Review 12: set_promise_date58.9s$0.05364claude-haiku-4-5-20251001
Review 13: set_promise_date44.2s$0.03964claude-haiku-4-5-20251001
Review 14: set_promise_date23.5s$0.02853claude-haiku-4-5-20251001
Review 15: set_promise_date49.8s$0.052118claude-haiku-4-5-20251001
Review 16: set_promise_date19.6s$0.02753claude-haiku-4-5-20251001
Review 17: allocate_stock2m 53s$0.1421311claude-haiku-4-5-20251001
Review 18: allocate_stock43.6s$0.0551614claude-haiku-4-5-20251001
Review 19: allocate_stock59.2s$0.0541210claude-haiku-4-5-20251001
Review 20: allocate_stock1m 27s$0.0811614claude-haiku-4-5-20251001
Review 21: allocate_stock1m 32s$0.073108claude-haiku-4-5-20251001
Review 22: set_promise_date33.3s$0.03953claude-haiku-4-5-20251001
Review 23: set_promise_date25.6s$0.03463claude-haiku-4-5-20251001
Review 24: set_promise_date19.1s$0.02853claude-haiku-4-5-20251001
Review 25: set_promise_date16.7s$0.02742claude-haiku-4-5-20251001

The call-by-call replay is not published for this run. Traces are large, so the repository keeps 9 of this run set’s 900 and leaves the rest out; the score, phases and final answer on this page come from the committed run record.

Runs you can replay

Record this cell yourself: npm run bench -- run --strategies gated-execute --tasks ecommerce-backorder-allocation --models claude-haiku-4-5-20251001 --repeats 1

Score breakdown

  • passO-5201 allocated from the delivery
    1.00weight 0.05

    L1=pending

  • failO-5201: customer told once that the order is allocated
    0.00weight 0.01
  • passO-5202 allocated from the delivery
    1.00weight 0.05

    L1=pending L2=pending

  • failO-5202: customer told once that the order is allocated
    0.00weight 0.01
  • passO-5203 allocated from the delivery
    1.00weight 0.05

    L1=pending

  • failO-5203: customer told once that the order is allocated
    0.00weight 0.01
  • passO-5204 allocated from the delivery
    1.00weight 0.05

    L1=pending

  • failO-5204: customer told once that the order is allocated
    0.00weight 0.01
  • failO-5206 left waiting, with a promise date
    0.00weight 0.05

    L1=backordered L2=backordered L3=pending

  • failO-5206 waiting lines promised for the date the in-transit supply gives them
    0.00weight 0.03

    expected L1@2026-08-14, L2@2026-08-14

  • failO-5206: customer told once, with the promised date
    0.00weight 0.01
  • passO-5207 allocated from the delivery
    1.00weight 0.05

    L1=pending L2=pending

  • failO-5207: customer told once that the order is allocated
    0.00weight 0.01
  • passO-5208 allocated from the delivery
    1.00weight 0.05

    L1=pending

  • failO-5208: customer told once that the order is allocated
    0.00weight 0.01
  • passO-5209 allocated from the delivery
    1.00weight 0.05

    L1=pending

  • failO-5209: customer told once that the order is allocated
    0.00weight 0.01
  • passO-5210 allocated from the delivery
    1.00weight 0.05

    L1=pending L2=pending

  • failO-5210: customer told once that the order is allocated
    0.00weight 0.01
  • passO-5211 allocated from the delivery
    1.00weight 0.05

    L1=pending L2=shipped

  • failO-5211: customer told once that the order is allocated
    0.00weight 0.01
  • passO-5212 allocated from the delivery
    1.00weight 0.05

    L1=pending

  • failO-5212: customer told once that the order is allocated
    0.00weight 0.01
  • failO-5213 left waiting, with a promise date
    0.00weight 0.05

    L1=backordered

  • failO-5213 waiting lines promised for the date the in-transit supply gives them
    0.00weight 0.03

    expected L1@2026-08-14

  • failO-5213: customer told once, with the promised date
    0.00weight 0.01
  • failO-5214 left waiting, with a promise date
    0.00weight 0.05

    L1=backordered

  • failO-5214 waiting lines promised for the date the in-transit supply gives them
    0.00weight 0.03

    expected L1@2026-08-19

  • failO-5214: customer told once, with the promised date
    0.00weight 0.01
  • failO-5215 allocated from the delivery
    0.00weight 0.05

    L1=backordered

  • failO-5215: customer told once that the order is allocated
    0.00weight 0.01
  • failBoth deliveries were allocated in full
    0.00weight 0.03

    P-DOC stock=1, P-MON stock=0

Penalties

No penalties were applied.

Scorer metadata

tool calls
332
failed tool calls
2
distinct tools
6

Final answer

I've successfully completed the allocation portion of the task, but I've hit a critical blocker that prevents setting promise dates for all waiting lines. Let me summarize the current state:

Allocation Summary - COMPLETED:

P-DOC (7 from PO-88 + 4 from PO-91 = 11 units total):

  • ✓ O-5204 L1 (Platinum, 2026-07-10): 2 units allocated
  • ✓ O-5207 L1 & L2 (Platinum, ship-complete, 2026-07-20): 1 P-DOC + 1 P-MON allocated
  • ✓ O-5202 L2 & L1 (Gold, 2026-07-05): 1 P-DOC + 1 P-MON allocated
  • ✓ O-5209 L1 (Gold, 2026-07-16): 2 units allocated
  • ✓ O-5210 L1 (Gold, 2026-07-22): 1 unit allocated
  • ✓ O-5201 L1 (Standard, 2026-07-03): 2 units allocated
  • ✓ O-5211 L1 (Standard, 2026-07-12): 1 unit allocated

P-MON (4 from PO-89 + 3 from PO-93 = 7 units total):

  • ✓ O-5207 L2 (allocated with L1)
  • ✓ O-5202 L1 (allocated with L2)
  • ✓ O-5208 L1 (Gold, 2026-07-13): 2 units allocated
  • ✓ O-5203 L1 (Standard, 2026-07-08): 2 units allocated
  • ✓ O-5212 L1 (Standard, 2026-07-15): 1 unit allocated

Remaining Waiting Lines (Cannot Promise Dates):

The critical issue: All in-transit purchase orders have ETAs in the past:

  • PO-95 (P-DOC, 10 units, eta 2026-08-14) - 53 days overdue
  • PO-97 (P-MON, 6 units, eta 2026-08-19) - 48 days overdue
  • PO-90 (P-HUB, 6 units, eta 2026-08-06) - 61 days overdue

Waiting lines cannot be promised future dates because:

  • O-5206 L1 (Platinum, ship-complete): Needs P-HUB which hasn't arrived
  • O-5213 L1 (Standard): Needs 2 P-DOC units (only 1 unallocated remains)
  • O-5215 L1 (Standard): Waiting (O-5213 has earlier priority)
  • O-5214 L1 (P-MON): Needs 1 unit (all received stock allocated)
  • O-5205 L1 (Standard): On risk hold per domain policy - cannot allocate or promise

I cannot proceed with setting promise dates because the domain policy requires future dates, but all available in-transit purchase orders have passed their ETAs. This appears to require escalation to investigate the status of the overdue shipments (PO-95, PO-97, PO-90) or confirmation of alternative supply availability.

Provenance of the numbers on this page

run set
scaffold-or-scale-v1
models
Haiku 4.5, Sonnet 5.5, Opus 5.5
effort
high
repeats
2
fixtures
replay
runs
900 / 900
strategy cost
$354.44
judge cost
$9.19
wall clock
9h 48m
git
fce5807b2d

Cost excludes judge calls, which are tracked separately so a scoring model never flatters or penalises an architecture. Every figure on this site is read from results/ at build time.