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Reality-Graded AI Control Failure Forecast Audit

graduated [B] filter 10.5/15 spread ±1.0 signals: 3 independent
What is this?
A forensic-preventive audit for regulated teams shipping LLM features, focused not on taking custody of live incident logs but on forecasting which safeguards will fail next. The customer provides redacted artefacts, policy documents, system prompts, and a small set of synthetic or internally replayed scenarios. AE runs adversarial multi-model debate against the team’s stated controls, classifies likely failure modes using the six-pattern autopsy taxonomy, and—crucially—forces explicit forward predictions about which controls will break, under what conditions, and with what user-visible consequences. Those predictions are then reality-graded against subsequent internal test runs, replay exercises, or future incidents, creating an objective learning loop rather than a one-off retrospective. Output is a control register in AE’s structured constraint language with promotion, demotion, and kill rules, plus a ranked list of brittle assumptions and missing evidence. Delivery can be advisory-first and self-hosted or customer-run to avoid sensitive data transfer, making it more plausible for regulated buyers while using AE’s actual superpower: reality-graded forecasting tied to operational controls.
Why did we consider it?
The best case is that AE occupies a valuable, under-served niche: a self-hosted, reality-graded AI control failure forecasting audit for regulated teams that need measurable assurance rather than generic governance paperwork.
What breaks?
  • Enterprise procurement mismatch: Regulated buyers require SOC2, massive indemnification, and 12-18 month sales cycles incompatible with a solo, part-time operator's timeline.
  • The 'Audit Collapse' paradox: Relying on redacted artifacts and synthetic scenarios means grading a sanitized simulation, destroying the 'objective reality' value proposition.
  • Deployment friction: 'Customer-run' shifts the heavy integration burden of a multi-model debate engine onto the client, requiring implementation support the commander cannot provide.
What did we learn?
Commander override: KILL. Commander kill: audit product shape rejected; no warm-contact base in target ICP

Filter scores

Five axes, each scored 0-3. Three independent runs by different model perspectives. Median shown.

AxisWhat it measures
data moatDoes this product accumulate proprietary data that compounds?
10x model testDoes a better model make this more valuable, or redundant?
fast feedback loopsCan outputs be graded against reality in <30 days?
solo founder feasibleCan a solo operator build and run this without a team?
AI providers cant eat itDo hyperscalers have structural reasons NOT to build this?
Composite median: 10.5 / 15. Graduation threshold: 9.0. IQR across runs: 1.0.

Evidence

Signal A — Primary source

Large language model agents (LLM agents) are increasingly deployed for complex, multi-step tasks, where failures can be costly due to wasted computation, incorrect outputs, and degraded user experience... A common mitigation strategy is proactive intervention: a binary LLM critic model monitors execution, predicts forthcoming failure, and intervenes mid-trajectory to steer the agent back on course.

Signal B — Competitor with documented gap

DeepTeam focuses on simulating adversarial attacks to uncover vulnerabilities (penetration testing), but it does not force explicit forward predictions about which controls will break, nor does it reality-grade those predictions against future test runs to output a dynamic control register.

Signal D — Demand proxy

{"found":true,"summary":"Discussions on Reddit and cybersecurity blogs highlight a growing demand for predictive LLM failure analysis, with researchers actively exploring ways to forecast reasoning errors before they occur and security professionals criticizing static sandbox testing in favor of continuous, system-level failure prediction.","sources":["https://www.reddit.com/r/LocalLLaMA/search?q=predicting+LLM+failures","https://brightsec.com/blog/beyond-the-sandbox-advanced-techniques-for-llm-red-teaming/"],"reason":"Forum discussions and expert blogs demonstrate clear market demand for movi…

Evaluation history

WhenStagePhase
2026-04-25 14:38evidence_searchgraduated
2026-04-18 23:40deep_council_verdictgraduated
2026-04-18 23:27deep_claude_takegraduated
2026-04-18 23:25deep_90day_plangraduated
2026-04-18 23:10deep_riskgraduated
2026-04-18 23:01deep_distributiongraduated
2026-04-18 22:46deep_pricinggraduated
2026-04-18 22:32deep_moatgraduated
2026-04-18 22:16deep_buyer_simgraduated
2026-04-18 22:06deep_icpgraduated
2026-04-18 21:56deep_competitorgraduated
2026-04-18 21:46deep_market_realitygraduated
2026-04-18 21:20filter_scorescored
2026-04-18 21:10filter_scorescored
2026-04-18 21:00filter_scorescored
2026-04-18 20:50evidence_searchargument
2026-04-18 20:40audience_simulationargument
2026-04-18 20:30red_team_killargument
2026-04-18 20:20steelmanargument
2026-04-18 20:10genesisargument