AI GOVERNANCE THAT ACTS

Your teams want AI.Your board wants control.LSAS Platform gives you both.

Connect organizational authority to AI execution. Define what AI is allowed to do, enforce policy at supported runtime boundaries, and inspect the evidence behind each governed decision.

Free exploration with synthetic or non-sensitive data.

Request a Demo

What does governed at runtime look like?

What does governed at runtime look like?

Illustrative simulation · 43-second animation.

Illustrative simulation of claims intake, prior authorization, and a member assistant. Animated data passes through governance checkpoints, with permitted crossings and items held for review shown alongside example decision records. The counters and records are simulated, not live customer activity.

Move AI forward.

Enable teams to evaluate AI within defined operational boundaries.

Control what matters.

Allow, transform, block, or hold supported operations according to configured policy.

Show the evidence.

Inspect policy outcomes, decision records, and coverage limitations.

Explore LSAS Platform

See governance in action. Your way.

Two free ways to explore. Choose the experience that fits your role; start with either one.

Free · No code required

Governance Sandbox

For governance, compliance, risk, audit, legal, security, and business teams.

  • Choose a guided scenario and run it in your browser.
  • Inspect policy findings, control actions, and final outcomes.
  • Follow the recorded evidence behind the result.

A public demonstration environment. Start with synthetic guided scenarios; use synthetic or non-sensitive data only. This is not a private workspace.

Free · For engineering teams

Developer Evaluation

For developers, architects, and engineers integrating runtime controls.

  • Get an API key and run the engineering exercises.
  • Compare allowed, transformed, blocked, and held results.
  • Inspect and export evidence from your private workspace.

A free 14-day developer evaluation with synthetic or non-sensitive test data. No credit card or model-provider account required. No production use.

See code examples
Watch the Developer Evaluation walkthrough 3 min 12 sec · Captioned

From signup to your first governed result

See the local exercise, private console, and evidence export before you start.

Walkthrough: real local execution with synthetic data; simulated email delivery. Not customer activity.

From signup to your first governed result

3:12 · Captioned walkthrough · No audio

Real local execution with synthetic data in an isolated environment. Email delivery is simulated.

Evaluating LSAS Platform for your organization?

Request a guided demo to discuss your workflows, governance priorities, and deployment requirements with our team.

Request a Demo

Organizational Alignment

Govern the Right Things. Not Just the Things You've Configured.

An organization can have policies and controls in place and still lack agreement on what should be governed. LSAS Platform Organizational Alignment connects leadership priorities, governance responsibilities, approved boundaries and policy authorization through versioned proposals, assigned reviewers and explicit activation.

Drafting, approval and activation are distinct. Runtime enforcement depends on the supported execution integration.

Explore runtime authority

REGULATORY PULSE

AI regulation, with the evidence in view.

Explore state AI legislation, understand key legal milestones, and trace reviewed obligations to mapped controls. Regulatory Pulse helps engineering, governance and legal teams see the evidence, assess coverage and identify the work ahead.

  • Explore by state, industry and AI use case.
  • Inspect source references and legal milestones.
  • Review control mappings and coverage gaps.
Explore Regulatory Pulse
Illustrative map · Coverage varies by state

Coverage varies by state. Regulatory Pulse supports research and review; it does not provide legal advice or determine compliance.

A runtime governance platform in controlled enterprise rollout. Explore supported capabilities and deployment scope.

Discovery Scan

See LSAS Platform work on your data before you commit to a pilot.

Apply real LSAS Platform policy checks to your approved data. Get executive findings, clear coverage gaps, and a practical recommendation for what to address next.

Read-only assessment. Local reports. No live AI integration required. Review what the selected policies find, what remains unassessed, and where a pilot should focus.

Discovery

Starting at

$15,000

Up to 3 environments

Includes 4 hours of technical support per engagement.

Expanded Discovery

Starting at

$22,500

Up to 6 environments

Includes 8 hours of technical support per engagement.

One business. One agreed assessment scope. Both options include an executive readout and one same-scope follow-up scan. Support allowances are separate from these engagement deliverables.

Download the Discovery brief (PDF) (opens in a new tab)

Live Sandbox Feed

Live telemetry from our public demo environment. Model calls, connector observations, and simulated override events are tracked as separate streams. Counts reflect demo traffic — published so you can inspect the control plane before you pilot it.

Demo scenarios are deliberately adversarial — high intervention rates are expected. Counts reflect live sandbox activity, not production traffic.

Snapshot available. Updated .

Live Sandbox Feed

Policy outcomes from demo traffic

This panel summarizes policy decisions from the explicitly published demo application. Model/API and connector baseline observations are shown separately. Synthetic scenarios and simulated overrides illustrate how the controls behave. Their counts describe the demonstration — not production incident rates.

Recorded evaluations
4,072
Retained published demo activity
Policy interventions
1,480
blocked, redacted, escalated, or abstained
Simulated overrides recorded:
1
Allow rate (demo traffic):
64%
allow or allow-with-warnings decisions

Totals reflect the scope shown on each card; charts use the displayed time window. An allow decision means the request satisfied your policy — it is a governance record, not an independent safety certification.

Traffic and policy interventionsLast 7 days (UTC)
Model/API requestsConnector requestsInterventions
Source
Model/API lane
575 requests • 125 interventions
Connector-boundary lane
1 requests • 1 interventions
Decision mixRecorded policy outcomes
ALLOW
450 • 78%
ESCALATE HITL
120 • 21%
BLOCKED
3 • 1%
REDACTED
3 • 1%
LSAS Platform telemetry visualization
Policy analysis from published demo traffic

Intervention rate vs available history

20%last 24h • baseline 22%

Change vs history

2 pts down

Highest evaluated domain score

HIPAA / PHI
HIPAA / PHI
PCI / cardholder

Most active rule (last 24h)

HIPAA_EMAIL

Fired 16 times across demo traffic.

Derived model/API evaluation telemetry from the explicitly published demo application. Covers available records in the last seven days.These scores are policy signals, not verified customer incidents.

Framework capabilities

Explore the evaluation platform

Connected surfaces for alignment, policy evaluation, and runtime governance. Implementation scope and qualification evidence are documented separately.

  • Tenant-level provider configuration with encrypted, destination-bound credentials and bounded transport.
  • Retention configuration, legal holds, and bounded cleanup through the separately operated worker.
  • API key expiry, revocation, role-scoped administration, and conflict-safe updates.
  • Epic sandbox patient read/search with distinct baseline observations and governed release behavior.
  • Simulated Sandbox overrides, separate from protected approval of exact nonclinical output artifacts.
  • Durable assessment execution with leases, cancellation, and scoped report exports.

Pipeline

How LSAS Platform works

The runtime binds supported execution to authority and policy. The wider specification also describes grounding and policy evolution capabilities that require further implementation and qualification.

  1. Step

    01

    Resolve Authority

    Resolve the authenticated application, active policy, alignment, provider destination, and permitted capabilities.

  2. Step

    02

    Inspect Input

    Validate supported text and payload shapes and check configured risk patterns before an external call.

  3. Step

    03

    Bound Execution

    Bind registered skills to an explicit grant, destination, deadline, and budget. Unsupported capabilities cannot expand that grant.

  4. Step

    04

    Enforce Thresholds

    Evaluate the actual result with supported validators and transformations. Record required obligations separately from completed controls.

  5. Step

    05

    Decide at Runtime

    Release eligible output or hold it. The bounded nonclinical review profile requires approval of the exact artifact before release.

  6. Step

    06

    Record the Decision

    Capture rule findings, policy context, and execution receipts. A successful check is evidence of that control, not proof that a claim is true.

Runtime surface

What LSAS Platform gives you

Deterministic decisions, risk-aware routing, and incident-ready telemetry, as a shared runtime layer in front of models, APIs, and system-of-record boundaries.

Decisioning

Deterministic outcomes

Supported evaluations produce an outcome, findings, and required actions. Authentication, validation, and infrastructure failures remain explicit errors.

Risk domains

Domain-specific guardrails

Configurable packs organize supported pattern and structural checks across risk domains. A HIPAA or FDA label does not establish regulatory completeness or clinical validity.

Insights

Decision telemetry

Decision records, scoped views, and worker-generated rollups help teams investigate observed behavior. Coverage and retention define their limits.

Regulated workloads

Evaluate boundaries for consequential workflows

Explore relevant control patterns with synthetic data. Production use requires qualification of the specific workflow, deployment, and operating responsibilities.

Medtech governance visualization

Medtech & Clinical Workflows

Explore PHI pattern checks and system-boundary behavior with the Epic sandbox patient read/search demonstration. Baseline observations and governed responses show different, intentional release conditions.

PHI pattern checksIngress / egress safeguardsSandbox read / search

No clinical validation, medical-device qualification, or authorization for patient-impacting actions is asserted.

Fintech governance visualization

Fintech & Payment Workflows

Evaluate card-number and secret patterns in supported text and payloads. Inspect policy outcomes and transformations before integrating a particular financial workflow.

Card-data pattern checksSecret detectionScoped release controls

Designed to support governed payment and financial workflows, not replace internal risk, compliance, or security review.

Legal and advisory governance visualization

Legal & Advisory Workflows

Assess the structure of supplied evidence and accountability records. Exact-artifact nonclinical review can hold eligible text for an assigned reviewer. Source authenticity, legal correctness, and claim support require separate verification.

Structural evidence checksExact-artifact reviewHold / review / release

Designed to govern AI behavior in legal and professional contexts, not to replace legal judgment or professional review.

Why LSAS Platform

Connect authority, execution, and evidence.

A shared framework for examining which controls ran, what they authorized, and where human or deployment-specific evidence is still needed.

LSAS Platform connects organizational alignment with deterministic checks and bounded runtime execution. Registered specialists operate within explicit authority; their output cannot grant new permissions or activate a policy change.

The wider specification includes authoritative grounding and governed policy evolution. Those capabilities are tracked separately from implemented pattern checks, structural assessments, and the bounded output-review profile.

FAQ

Enterprise FAQ

Get detailed answers across product capabilities, model/provider support, healthcare system-boundary governance, implementation approach, and pricing expectations.

Built for deeper evaluation

The full FAQ covers 20+ enterprise-focused questions, including provider compatibility (OpenAI-compatible and Anthropic adapters, plus separately evaluated integrations), control boundaries, evaluation milestones, deployment models, and what teams should expect during implementation.

ProductHow it worksCompliance & riskImplementationPricing

FAQ Hub

Browse by category or use search to quickly find implementation and governance answers.

Explore all FAQs