One platform, your app to the EMR.

BYOC in your cloud. Ten tested safety invariants gating CI. PHI never leaves your boundary.

Your product surfacesKartha Agent SDK + AcceleratorsKartha MCP FHIR ServerYour EMRs — FHIR R4

01The Kartha Clinical Context Platform

Your product surfaces

Kartha Console / Explorer · your custom apps · Claude Desktop or any MCP client

Yours

Kartha Agent SDK + Accelerators

guardrail runtime · 50-skill clinical catalog · 10 packaged agents · Kartha Clinical AI Workflows (headless, cohort) · sessions & streaming · /v1 REST + SSE

Enterprise SDK

Kartha MCP FHIR Server

fhir_read · fhir_search · fhir_create · fhir_update — any FHIR R4 resource · auth · tenancy · routing gate · summarizer · notes RAG

100% Go · Stateless

Your EMRs — FHIR R4

EPIC · Oracle Health / Cerner · OpenEMR · GCP Healthcare API · any FHIR R4 server

Your keys

Everything runs in your cloud. BYOC into your AWS or GCP account · model inference via your own provider · notes index in your Aurora pgvector · vendor auth quirks live in the provider layer, so your agents are EMR-agnostic. Any MCP client can also connect straight to the server — the SDK is there when you want guardrails, skills, and a runtime.

The safety posture, specifically

read-only by default patient-scope floor on every search temporal bounds enforced, both ends writes double-locked — drafts only tenant is a signed claim, never a header licensing can never block a clinical call no secrets in logs, no PHI in telemetry signing keys never leave KMS skills are context, never code no full-note dumps — idempotent tool calls

Ten invariants. Each one has an acceptance test, and the suite gates CI — if an invariant fails, the build doesn't ship.

02Your cloud. Your models. Your EMR data.

03Hospital-grade, by construction

  • Security review, one lineThe whole platform deploys into your AWS or GCP account with your EMR keys. Kartha configures remotely — no PHI path, no runtime license server. “PHI never leaves our account.”
  • A chart is 200K tokens. Your context window isn't.A deterministic, rule-based summarizer — no LLM in the compression path, no hallucination risk — plus per-code lab digests and prompt caching. Measured per answer by the console's token meter.
  • Clinically vetted skillsExpert-reviewed workflows as content — SKILL.md, injected as context, never executed as code. Sepsis screening, med reconciliation, discharge planning, quality measures — or author your own in an afternoon.
  • Private by constructionNotes embedded via your Bedrock into your Aurora pgvector. Forced row-level security, TTL'd derived cache, coverage receipts — and search degrades gracefully, never blocking a clinical question.
  • Every answer carries its receiptsA collapsible tool trace — each request, the raw response, the guardrail badges that fired — plus cost, latency, and the token meter on every answer. Clinicians don't have to trust the agent was constrained. They can see it.
  • A different layer than integration platformsRedox and Particle are integration-era — pipes between systems. Kartha is agent-era: the context, guardrails, and tools an AI agent needs to act on EMR data. Different layer, not a feature comparison.

04Going deeper?

The material your architects and your cloud security team will actually ask for — the architecture deep-dive, the security model, deployment runbooks — is provided on request, so it stays in a controlled channel. Tell us who you are and what you're building; the documents arrive by reply. Request the documentation →

Kartha logoKARTHA*HEALTH

The clinical context platform between the EMR and your AI agent — the harness every clinical-AI team ends up building themselves, and shouldn't have to.

© 2026 Kartha AIEnterprise platform · flat per-EMR tenant licensing · BYOC — PHI stays withinOpen-source core: langcare.ai (MIT)