LSAS Platform

Govern what AI can say, do, and decide — at runtime.

Compliance posture

LSAS Platform supplies technical controls and records that teams can assess within their governance programs. The useful question is which control operated for a particular action, under which authority, and with what evidence.

A policy pack name or successful test does not confer certification. Control mapping and deployment qualification remain distinct from implemented application behavior.

Traceable application controls

  • Tenant-scoped authorization, version-bound policy and alignment state, and bounded execution grants identify the authority for supported actions.
  • Decision findings, execution receipts, and mutation audit records support investigation of observed behavior. An emitted finding is not a guarantee that every relevant risk was detected.
  • Durable assessment records and scoped exports support reproducibility within the recorded input, rule, and version scope.

Real approvals and demonstrations

  • The protected nonclinical text-review profile requires assigned reviewers to inspect and approve the exact held artifact. Consumption rechecks the original application, key, digest, expiry, and current authority.
  • Public Sandbox override requests and execution confirmations are simulated engagement events. They do not approve production actions or create protected tenant audit evidence.
  • The Epic boundary demo performs real sandbox read/search when configured, while its baseline observation intentionally differs from the governed release path.

Evidence and domain limits

  • Run Engine evaluates the supplied evidence structure and governance context. Reference presence does not establish source authenticity, freshness, relevance, or support for a claim.
  • PHI, card-data, security, and accessibility checks cover defined patterns and structures. Domain labels are not comprehensive HIPAA, PCI, FDA, or accessibility assessments.
  • Authoritative retrieval, qualified clinical release, generated-code artifact validation, and automated source-driven policy evolution require further implementation and evaluation.

Privacy and least privilege

  • Application roles and review assignments constrain supported operations. Customer IdP, MFA, service identity management, and infrastructure access need deployment-specific controls.
  • Data minimization varies by path. Submitted cases, evidence, connector payloads, workflow artifacts, and reports may contain raw content; apply classification and retention accordingly.
  • Credential and held-artifact encryption complements database and network controls. It does not replace agreements, access review, backup policies, or incident response.

Operational assurance

  • Worker leases, fencing, cancellation, retries, retention cleanup, and export delivery have explicit operating requirements and failure modes.
  • Local tests and independent code review provide implementation evidence. Hosted release checks, capacity, restore exercises, monitoring, and service ownership require their own records.
  • Customer procurement, contractual requirements, and any formal conformity assessment must use the actual release and intended use, with qualified security, legal, and domain review.

Maintained capability status

  • The public capability page identifies implemented scope, demonstrations, and qualification still required.
  • A protected chronological assurance record preserves the baseline and subsequent verified changes. Historical findings are retained rather than rewritten as though they never existed.
  • Published resource PDFs remain dated editions. Consult current documentation for implementation status when an earlier architectural or commercial narrative differs.