ScaffoldBench

RunHaiku 4.5repeat 2

Orchestrator-workers on NIST SP 800-63B password rules, current revision

claude-haiku-4-5-20251001__orchestrator-workers__research-nist-password-rules__r2

Score

1.000

passed
design ran as designed
Cost
$0.198
Latency
1m 9s
setup 0.0s, grading 0.0s
Turns
32
Tool calls
26
Subagents
3
Tokens in / out
259k / 13k
185,494 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.
  • The task was decomposed: heldorchestrator-workers.decompositionThe orchestrator’s reply was read through its schema and held at least one subtask.
  • The fan-out happened: heldorchestrator-workers.fan-outEvery subtask got a worker, every worker ran, and the recorded subagent count matches.
  • The synthesis wrote the answer: heldorchestrator-workers.synthesisThe final answer came from the synthesis call, not from a worker’s report standing in for it.
  • Each call was shown the right tools: heldorchestrator-workers.toolsThe orchestrator and the synthesis were shown no tools and every worker the task’s full toolset.

Phases

Decompose: 0.0s to 13.9s, finished, 0 tool calls, $0.012
Worker 1: password-lengths: 13.9s to 44.7s, finished, 5 tool calls, $0.043
Worker 2: password-composition: 13.9s to 39.7s, finished, 6 tool calls, $0.045
Worker 3: password-lifecycle: 13.9s to 54.5s, finished, 15 tool calls, $0.079
Synthesize: 54.5s to 1m 9s, finished, 0 tool calls, $0.018

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

PhaseDurationCostTurnsToolsModel
Decompose13.9s$0.01220claude-haiku-4-5-20251001
Worker 1: password-lengths30.8s$0.04365claude-haiku-4-5-20251001
Worker 2: password-composition25.8s$0.04576claude-haiku-4-5-20251001
Worker 3: password-lifecycle40.6s$0.0791615claude-haiku-4-5-20251001
Synthesize14.1s$0.01810claude-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 orchestrator-workers --tasks research-nist-password-rules --models claude-haiku-4-5-20251001 --repeats 1

Score breakdown

  • passtopic single-factor-minimum-length: minimum length of a password used as the only authentication factor (characters)
    1.00weight 0.10

    quote verified in nist-sp800-63b-4

  • passtopic maximum-length: the maximum password length verifiers permit (characters)
    1.00weight 0.10

    quote verified in nist-sp800-63b-4

  • passtopic composition-rules: imposing composition rules, such as requiring a mix of character types
    1.00weight 0.10

    quote verified in nist-sp800-63b-4

  • passtopic periodic-change: requiring subscribers to change their passwords periodically
    1.00weight 0.10

    quote verified in nist-sp800-63b-4

  • passtopic password-hints: letting subscribers store a password hint that unauthenticated claimants can see
    1.00weight 0.10

    quote verified in nist-sp800-63b-4

  • passtopic security-questions: prompting for knowledge-based authentication or security questions when a password is chosen
    1.00weight 0.10

    quote verified in nist-sp800-63b-4

  • passtopic blocklist: checking a new password against a blocklist of commonly used, expected or compromised passwords
    1.00weight 0.10

    quote verified in nist-sp800-63b-4

  • passtopic password-managers: allowing password managers and autofill
    1.00weight 0.10

    quote verified in nist-sp800-63b-4

  • passtopic salt-length: the length of the salt used when storing passwords (bits)
    1.00weight 0.10

    quote verified in nist-sp800-63b-4

  • passtopic hashing-scheme: using an approved password hashing scheme from the latest revision of SP 800-132
    1.00weight 0.10

    quote verified in nist-sp800-63b-4

Penalties

No penalties were applied.

Scorer metadata

corpus
{"version":2,"snapshot":"2026-10-01","hash":"0786c624b04f6c85e2ed8a55d4acedd99e4cf2c18632a0ebc22ee969fb3e2263","documents":4}
opened documents
["nist-sp800-63b-4"]
opened by role
{"primary":["nist-sp800-63b-4"]}
displayed share
{"nist-sp800-63b-4":0.0932,"owasp-authentication":0.0201,"nist-sp800-63b-3":0.0028,"owasp-password-storage":0.0411}
cited count
1
verified count
1
hallucinated count
0
citation integrity
1
hallucinated urls
[]
answer block
true
answer block repaired
false
items answered
10
item count
10
field accuracy
1
grounded items
10
field misses
{}

Final answer

Based on the three worker reports, all assigned topics have been successfully researched from the current revision of NIST SP 800-63B-4. The workers located all ten requirements in the password verifier requirements section of the document.

Here is the complete answer:

Summary of Findings

The workers identified normative requirements across password length, composition, lifecycle management, and storage. Key findings include:

  • Minimum length for single-factor: 15 characters (SHALL)
  • Maximum length: 64 characters (SHOULD permit)
  • Composition rules: Prohibited with SHALL NOT
  • Periodic change: Prohibited with SHALL NOT
  • Password hints: Prohibited from being accessible to unauthenticated claimants (SHALL NOT)
  • Security questions: Prohibited when choosing passwords (SHALL NOT)
  • Blocklist checking: Required (SHALL)
  • Password managers: Must be allowed (SHALL)
  • Salt length: 32 bits minimum (SHALL)
  • Hashing scheme: SHOULD use approved schemes from SP 800-132

All quotations were extracted from https://pages.nist.gov/800-63-4/sp800-63b.html.

{"answers":[{"topic":"single-factor-minimum-length","keyword":"SHALL","value":"15","quote":"Verifiers and CSPs SHALL require passwords that are used as a single-factor authentication mechanism to be a minimum of 15 characters in length.","url":"https://pages.nist.gov/800-63-4/sp800-63b.html"},{"topic":"maximum-length","keyword":"SHOULD","value":"64","quote":"Verifiers and CSPs SHOULD permit a maximum password length of at least 64 characters.","url":"https://pages.nist.gov/800-63-4/sp800-63b.html"},{"topic":"composition-rules","keyword":"SHALL NOT","value":null,"quote":"Verifiers and CSPs SHALL NOT impose other composition rules (e.g., requiring mixtures of different character types) for passwords.","url":"https://pages.nist.gov/800-63-4/sp800-63b.html"},{"topic":"periodic-change","keyword":"SHALL NOT","value":null,"quote":"Verifiers and CSPs SHALL NOT require subscribers to change passwords periodically.","url":"https://pages.nist.gov/800-63-4/sp800-63b.html"},{"topic":"password-hints","keyword":"SHALL NOT","value":null,"quote":"Verifiers and CSPs SHALL NOT permit the subscriber to store a hint (e.g., a reminder of how the password was created) that is accessible to an unauthenticated claimant.","url":"https://pages.nist.gov/800-63-4/sp800-63b.html"},{"topic":"security-questions","keyword":"SHALL NOT","value":null,"quote":"Verifiers and CSPs SHALL NOT prompt subscribers to use knowledge-based authentication (KBA) (e.g., \"What was the name of your first pet?\") or security questions when choosing passwords.","url":"https://pages.nist.gov/800-63-4/sp800-63b.html"},{"topic":"blocklist","keyword":"SHALL","value":null,"quote":"When processing a request to establish or change a password, verifiers SHALL compare the prospective secret against a blocklist that contains known commonly used, expected, or compromised passwords.","url":"https://pages.nist.gov/800-63-4/sp800-63b.html"},{"topic":"password-managers","keyword":"SHALL","value":null,"quote":"Verifiers SHALL allow the use of password managers and autofill functionality.","url":"https://pages.nist.gov/800-63-4/sp800-63b.html"},{"topic":"salt-length","keyword":"SHALL","value":"32","quote":"The salt SHALL be at least 32 bits in length and chosen to minimize salt value collisions among stored hashes.","url":"https://pages.nist.gov/800-63-4/sp800-63b.html"},{"topic":"hashing-scheme","keyword":"SHOULD","value":null,"quote":"An approved password hashing scheme published in the latest revision of [SP800-132] or updated NIST guidelines on password hashing schemes SHOULD be used.","url":"https://pages.nist.gov/800-63-4/sp800-63b.html"}]}

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.