PROOFHOUSEUSMI LABS
PLATFORM

Proofhouse

The operational trust platform for AI agents.

Every organization deploying AI agents faces the same set of questions: What are these agents actually doing? Are they ready to scale? What happens when they fail? How do we prove compliance? Proofhouse brings those concerns into one platform — mapping AI-enabled workflows, scoring operational readiness, capturing and learning from failures, and providing the architecture path toward runtime governance.

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THE GAP
Proofhouse sits between top-down policy tools and bottom-up model monitoring — the operational trust layer that doesn't exist yet in the market
TOP-DOWN TOOLS

Policy frameworks and risk registers define what should happen — but they don't connect to production agent behavior.

PROOFHOUSE

Sits between policy and production. Maps what agents actually do, scores operational readiness, learns from failures, and enforces governance at runtime.

BOTTOM-UP TOOLS

Model monitoring and bias testing track ML performance — but they miss operational governance, workflow behavior, and compliance.

CAPABILITY LAYERS

WORKFLOW CONTEXT

ACTIVE
The operational substrate

Captures how work actually runs so the rest of the platform has a grounded, queryable model of operational reality.

WORKFLOW OBJECTS

Create a live model of the workflow, not just a pile of source files.

OWNERSHIP + ESCALATION

Keep named owners, escalation paths, and approvals attached to the work.

RUNBOOKS + PLAYBOOKS

Store the instructions, exceptions, and fallback paths teams actually use.

EVIDENCE + APPROVALS

Preserve review history, supporting records, and decision evidence.

SIGNALS + EXCEPTIONS

Track drift, weak handoffs, and exceptions before they compound.

CONNECTORS + GROUNDING

Pull context from the systems and documents the workflow already depends on.

ANALYST

ACTIVE
The human-facing access layer

Makes the platform's operational intelligence accessible to anyone — operators, compliance teams, and leadership who cannot write queries or navigate technical interfaces.

ANALYST Q&A

Ask grounded workflow questions in plain language and get answers rooted in live context.

BRIEFINGS + REPORTS

Generate summaries and review-ready outputs without rebuilding context manually.

RISK SURFACING

Surface operational risks, compliance gaps, and anomalies through conversational queries.

READINESS

ACTIVE
The diagnostic and scoring layer

Answers whether a workflow is ready to scale with AI — with a structured, evidence-based score and actionable remediation guidance.

WORKFLOW STABILITY

Measure repeatability, reversibility, and exception pressure inside the workflow itself.

DEPENDENCY RESILIENCE

Expose fragile integrations, vendor concentration, and cascade risk early.

OVERSIGHT + OWNERSHIP

Check for named owners, escalation paths, override rights, and fallback modes.

CONTROL READINESS

Assess whether approvals, logs, and decision records exist where they need to.

AUTOMATION FIT

Separate safe, repeatable tasks from high-impact work that still needs tighter controls.

TRUST-GAP DIAGNOSIS

Turn weak spots into a clear explanation of where the workflow is most exposed.

REMEDIATION PRIORITIES

Rank the fixes that most improve readiness before the next stage of scale.

READINESS ROLLUPS

Roll workflow findings into a broader operating picture without losing local detail.

FORGE

EARLY RELEASE
Incident memory and failure-pattern learning

Ensures the organization and the platform learn from every failure. Failure patterns are systematically captured rather than lost in Slack threads and post-mortems.

INCIDENT RECORDS

Capture structured incident data tied to the workflows and agents involved.

FAILURE TAXONOMY

Classify failure modes into a standardized, evolving taxonomy.

PATTERN ANALYSIS

Identify recurring failure modes across incidents, workflows, and time.

PLAYBOOK GENERATION

Generate response playbooks from analyzed patterns and prior resolutions.

GOVERNANCE

PLANNED
Runtime governance and compliance

The architecture direction for runtime policy enforcement, auditable compliance operations, and regulatory reporting. Proofhouse is being built so that every capability feeds into a governance layer that can prove AI operations are compliant, safe, and governed.

POLICY ENFORCEMENT

Monitor agent behavior in production and enforce policy boundaries at runtime.

COMPLIANCE OPERATIONS

Maintain auditable records that map to regulatory frameworks and internal controls.

REGULATORY REPORTING

Generate reporting aligned to EU AI Act, NIST AI RMF, ISO 42001, and sector-specific requirements.

HOW THEY CONNECT

Integrated through shared workflow context

Proofhouse platform architecture — five capability layers connected through shared workflow context with defined interaction boundaries
FROM
TO
RELATIONSHIP
Workflow Context
Readiness
assessment inputs
Workflow Context
Forge
incident-linked anomalies
Workflow Context
Governance
supporting evidence and traces
Forge
Readiness
failure patterns improve scoring
Readiness
Governance
readiness gaps inform enforcement
Governance
Forge
enforcement failures become learnings
Analyst
Workflow Context
all answers grounded in workflow data

BOUNDARY RULE: IF ANY CAPABILITY BEGINS STORING ANOTHER LAYER'S CANONICAL TRUTH, BOUNDARY DRIFT IS HAPPENING.

REGULATORY CONTEXT

Proofhouse is built by someone who has designed compliance frameworks in regulated industries — mortgage servicing, consumer lending, federal compliance. The platform's governance roadmap is positioned against specific regulatory forcing functions:

EU AI Act

Mandatory compliance obligations including major deployer requirements landing August 2, 2026.

NIST AI RMF

Voluntary but increasingly referenced in procurement and compliance. Proofhouse maps to RMF functions.

ISO 42001

Emerging international standard for AI management systems. Proofhouse supports operational evidence and control requirements.

Sector-Specific

Financial services (Freddie Mac AI/ML governance), healthcare, insurance — sector requirements that demand operational proof.

BUILT WITH
FastAPILangGraphPostgreSQLReact 19OpenTelemetryConnector GroundingWorkflow Scoring EngineRisk Diagnostics
OPERATIONAL TRUST IS INFRASTRUCTURE

Ready to make AI agent trust an engineering problem instead of a hope?

We work with organizations deploying AI agents in consequential workflows. Every engagement starts with one workflow, one owner, and a clear review loop.

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