What is clinical AI?
Clinical AI is artificial intelligence built for clinicians — sourced, evidence-grounded answers at the point of care. It is not a general-purpose chatbot. It is built around the constraints that matter in healthcare: provenance, safety, compliance, and the workflow of a busy clinical shift.
Definition
Clinical AI, defined.
Clinical AI is artificial intelligence designed for use by clinicians at the point of care. It is differentiated from general-purpose AI by five constraints:
- Grounded in clinical evidence. Answers retrieve from authoritative sources — guidelines, peer-reviewed literature, manufacturer IFUs, hospital policies.
- Sourced. Every answer cites the references it drew from, so a clinician can verify before acting.
- Aligned with clinical standards. Uses current guidelines (CDC, SHEA/IDSA, INS, ACEP, SCCM, NCCN, etc.) — not yesterday's snapshot.
- Deployable under healthcare's constraints. HIPAA, BAA, SOC 2, ISO 27001, and — when needed — air-gapped on-premise.
- Integrated into clinical workflow. Available where clinicians work — chat, ambient documentation, agents that run multi-step tasks, workflows that automate pipelines.
If a tool fails any of these constraints, it is general-purpose AI being marketed for clinical use — not clinical AI.
Clinical AI vs. general AI
Two very different problems.
| General-purpose AI | Clinical AI (Lumen) | |
|---|---|---|
| Trained on | Open web | Curated clinical evidence + retrieval |
| Sources every answer | No | Yes — every answer |
| HIPAA-compliant by default | No | Yes (BAA available) |
| Air-gapped / on-premise | No | Yes (via MagicAF) |
| Built around clinical workflow | No | Chat + agents + workflows |
| Hallucination-resistant | Partial | RAG-grounded with cited sources |
| Org-specific policies & content | No | Yes (qPolicy + Enterprise Lumen) |
What it can do
The clinician's daily questions, answered.
Drug interactions & dosing
Real-time interaction checks, renal/hepatic dose adjustment, and pediatric weight-based dosing — sourced.
Coding & documentation
ICD-10 and CPT lookup, SOAP notes, discharge summaries, prior authorization letters, and appeals.
Differential & workup
Build a ranked differential and a workup plan from a clinical scenario — with sources.
Vascular access & procedures
PICC, CVC, midline, port, and arterial line care; CLABSI prevention bundles; vessel health.
Literature search
Search PubMed and summarize the highest-quality evidence on a topic — sources cited.
Multi-step workflows
Agents and workflows automate pre-auth, intake, clinical scribe, insurance appeals, and more.
Evaluation checklist
How to evaluate a clinical AI tool.
Use this when comparing clinical AI vendors. If a tool fails any of these, it is not built for healthcare.
- 1
Every answer cites authoritative sources.
If you can't verify, you can't use it.
- 2
Built for clinical workflow, not retrofitted from a chatbot.
Chat, agents, workflows, ambient documentation, integrations.
- 3
Vendor signs a BAA and meets your security & data-residency requirements.
HIPAA, SOC 2 Type II, ISO 27001 — and on-premise / air-gapped if you need it.
- 4
Content can be governed by your organization.
Your policies, your guidelines, your formulary — scoped to your org.
- 5
The team includes clinicians — preferably as founders, not advisors.
Healthcare is built by people who do the work. The same is true of healthcare AI.
Why Lumen
Clinical AI built by the people who do the work.
Three reasons clinicians and health systems choose Intracav.
Clinician-founded
Founded by a trauma surgeon & vascular access medical director, an Interventional Vascular Access Specialist RN, and an engineer. Clinical AI built by people who do the work.
The whole stack is ours
Lumen (clinician app), qPolicy (enterprise compliance), and MagicAF (open-source Rust framework) — so we can deploy in the cloud, on-premise, or fully air-gapped.
An open content footprint
The Clinical Database is a free, structured clinical reference for the field — usable whether or not you ever sign up for Lumen.
FAQ
Common questions.
What is clinical AI?
Clinical AI is artificial intelligence designed for use by clinicians at the point of care — grounded in clinical evidence, sourced with every answer, aligned with clinical standards, deployed in HIPAA-compliant environments, and integrated into clinical workflow.
How is clinical AI different from ChatGPT?
ChatGPT is trained on the open web and answers in a single voice without citations. Clinical AI retrieves from authoritative clinical sources, cites those sources with every answer, operates under healthcare's regulatory constraints, and is deployable in HIPAA-compliant or air-gapped environments.
Is clinical AI safe? Doesn't it hallucinate?
Hallucination is mitigated by RAG (retrieval-augmented generation): the model retrieves authoritative sources first and answers from those sources, citing them so the clinician can verify before acting. Lumen pairs RAG with curated clinical content — the open Clinical Database, manufacturer Extensions, and your hospital's own qPolicy library when enterprise.
Is clinical AI HIPAA compliant?
It depends on the vendor. Intracav is HIPAA compliant; enterprise deployments include SOC 2 Type II and ISO 27001. Intracav signs BAAs. MagicAF supports on-premise and air-gapped deployment for organizations that can't allow PHI to leave the network.
Is Lumen free?
Yes — Lumen is free for individual clinicians, with no credit card required. Lumen Max is the team/department tier, and Lumen for Enterprise (via qPolicy) is for whole health systems.
Can clinical AI run on-premise?
Yes. Lumen and qPolicy run on Intracav's open-source MagicAF framework, which supports on-premise and air-gapped deployment with zero cloud dependencies — appropriate for federal, defense (SIPR/NIPR), and hospitals with no-cloud policies for PHI.
Try clinical AI built for clinicians.
Lumen is free for individual clinicians. Lumen Max scales to whole departments. And Lumen for Enterprise gives your health system a dedicated, organization-scoped instance.