Insurance

Trust intelligence for insurance

From policyholder concierge to fraud, waste, and abuse detection. AI that works at scale — not just in demos.

Your agentic AI POC worked. Production didn't. We can help.

The POC trap

The POC-to-Production gap

You proved the concept. The demo impressed leadership. Then you tried to scale it — and hit a wall.

Costs exploded

POC: $500/month for demos. Production: $30,000-50,000/month for real volume. Finance is asking questions you can't answer.

Latency killed UX

POC: "Wow, it thinks!" Production: "Why is this so slow?" Agents reasoning for 3-5 seconds per request. SLAs missed.

Reliability wasn't enterprise-grade

POC: "It works 90% of the time." Production: "90% isn't good enough." Hallucinations. Edge cases everywhere.

Ops couldn't manage it

No observability. No governance. No audit trail. When it breaks, nobody knows why.

"The POC proved agentic AI can work. Production proved you need architecture, not just agents."

FWA Detection

Fraud, Waste & Abuse Detection — Done Right

Not "use less AI" — use AI where it matters. The Intelligent Trust Cascade routes each claim to the cheapest processing layer that can handle it.

Click any level to explore details

Intelligent Trust Cascade
Route decisions to the cheapest sufficient layer — only escalate when necessary
L1 Rules Engine +
<50ms Latency
$0.0001 Per claim
~70% Of claims

Deterministic rules catch known fraud patterns instantly. No AI needed for obvious cases.

Catches:
  • Duplicate claim submissions
  • Claims exceeding policy limits
  • Velocity checks (too many claims too fast)
  • Known bad actor lists
  • Invalid provider/procedure combinations
Escalates when: No rule matches or confidence below threshold
L2 Statistical ML +
<500ms Latency
$0.001 Per claim
~20% Of claims

Traditional ML models detect statistical anomalies and patterns that rules can't express.

Catches:
  • Unusual billing patterns for provider type
  • Geographic anomalies
  • Procedure frequency outliers
  • Network analysis (provider rings)
  • Temporal pattern anomalies
Escalates when: Anomaly detected but context needed for decision
L3 Single Agent +
2-3s Latency
$0.01 Per claim
~7% Of claims

LLM agent reasons about complex cases, pulling context from multiple sources to make a decision.

Catches:
  • Medical necessity evaluation
  • Complex documentation review
  • Multi-claim pattern analysis
  • Provider behavior reasoning
  • Policy interpretation edge cases
Escalates when: High stakes, low confidence, or adversarial signals detected
L4 Multi-Agent Tribunal +
3-5s Latency
$0.03-0.05 Per claim
~3% Of claims

Adversarial multi-agent debate for the highest-stakes decisions. Three agents argue it out.

The Tribunal:
  • Prosecutor: Argues for fraud designation, finds evidence
  • Defense: Argues for legitimacy, finds counter-evidence
  • Judge: Weighs arguments, makes final determination
Output: Decision + full reasoning chain for audit trail and appeals
Claim complexity increases → Only ~10% of claims need AI reasoning Cost per claim increases →

Level 1: Rules Engine

Known patterns, velocity checks. 70% of claims are obvious — rules catch them in milliseconds at $0.0001 per claim.

Level 2: Statistical ML

Anomaly detection, risk scoring. 20% have patterns ML recognizes. Sub-second response at $0.001 per claim.

Level 3: Single Agent

Complex pattern analysis. Only 7% need agent reasoning. 2-3 second response at $0.01 per claim.

Level 4: Multi-Agent Tribunal

Full adversarial debate for high-stakes, ambiguous cases. Prosecution, defense, and judge agents argue it out. Only 3% of claims — but the ones that matter most.

Results

Production-grade economics

94% Detection accuracy
$2,300 Per month for 1M claims
86% Cost reduction vs pure agentic

Compare: Pure agentic approach costs $30,000-50,000/month for the same volume. That's the difference between a science experiment and a business case.

Beyond cost

Production-grade operations

The cascade alone isn't enough. Production requires continuous monitoring, observability, and self-improvement.

Continuous Monitoring (Guardian)

Track detection accuracy over time. Detect model drift as fraud patterns evolve. Alert when reliability degrades. Know before customers do.

Full Observability (AgentOps)

What the cascade decided and why. Which layer handled which claims. Cost attribution by claim type. Audit trail for compliance and litigation.

Self-Improvement (APLS)

When expensive layers catch fraud that cheap layers missed, the system extracts patterns and proposes new rules. Over time, detection migrates from $0.05 to $0.0001. The system gets cheaper and better simultaneously.

Adversarial Testing (Red Queen)

Genetic algorithm continuously probes the system. Strongest "attacks" train the cascade. The system evolves against emerging fraud patterns before they become incidents.

Use cases

Beyond fraud detection

AI Concierge for Policyholders

24/7 AI assistant that knows your policy, answers questions instantly, helps file claims. Guardian monitors for hallucination. Steer enforces compliance language. AgentOps provides full audit trail. Products: Guardian, Steer, AgentOps, ETL-C

AI-Assisted Underwriting

Synthesize data from dozens of sources — medical records, financial data, third-party scores. ETL-C provides contextual integration. Guardian tracks model accuracy. Full reasoning capture for explainability and adverse action documentation. Products: ETL-C, Guardian, AgentOps

Claims Automation

Trust Cascade for claims adjudication. Simple claims processed automatically. Complex claims routed to appropriate level. Full audit trail for every decision. Products: Orchestrate, Guardian, ETL-C

Compliance

Built for insurance regulation

Our solutions align with regulatory requirements from day one.

NAIC Model Bulletin

Aligned with NAIC's 2023 Model Bulletin on AI in insurance.

State Insurance Departments

Compliant with state-level AI guidelines and requirements.

Fair Lending & Anti-Discrimination

Bias testing and fairness monitoring built in.

SOC 2 & Data Privacy

SOC 2 compliant. GDPR/CCPA data requirements supported.

Engagement

Start your insurance AI journey

FWA Assessment

$30K

2-3 weeks. Current detection audit. Cost and accuracy analysis. Cascade design recommendations. Business case modeling.

FWA Pilot

$75K

6-8 weeks. Implement cascade for one claim type. Demonstrate detection rate and cost savings. Prove the model before full investment.

FWA Production Platform

$300K+

4-6 months. Complete cascade implementation. Integration with claims systems. Observability and governance. Team training and enablement.

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Ready to do agentic AI right?

Your POC proved the concept. Let's build the production architecture that makes it sustainable.

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See Rotavision for insurance

Schedule a personalized demo with our team.