Back to Widal
AI healthcare solutions

Clinical AI, built to survive day 30.

Agentic systems, MCP servers, and fine-tuned clinical models built against real EHR data. Tool use, evals, guardrails, and the observability work that keeps an agent running long after the demo is over.

Updated

Capabilities

Three things,
shipped against real data.

The AI work we take on falls into three patterns. Each one is scoped to a workflow, not a checkbox. Each one ships with the scaffolding that keeps it operable once we hand it back, and every engagement is delivered by our forward deployed engineers, embedded in your repo.

01
Pods that plan, act, and verify

Agentic systems, in production

Multi-agent workflows that reason, plan, and execute against real clinical data. Tool use, evals, and the boring observability work that keeps them running past day 30. We've shipped these against live EHR data, not toy demos.

  • Clinical decision support
  • Automated patient triage
  • Treatment planning workflows
  • Care coordination handoffs
  • Predictive risk assessment
Stack
  • Claude01
  • GPT02
  • LangGraph03
  • AutoGen04
  • CrewAI05
02
Tools, resources, scopes

Model Context Protocol servers

Custom MCP servers wired into the clinical systems your agents need to read. Tool definitions, scoped resources, and policy gates so an agent can place the order, post the note, and stay inside the BAA at the same time.

  • EHR system integration
  • Real-time lab and vitals access
  • Medical device connectivity
  • Cross-platform data exchange
  • Secure API orchestration
Stack
  • MCP SDK01
  • FHIR R402
  • REST03
  • WebSockets04
  • GraphQL05
03
Domain-tuned models

Clinical model fine-tuning

When a general-purpose model is the wrong tool. Domain-specific training on medical datasets for the narrow cases where you need a smaller, faster, owned model with predictable behavior.

  • Medical NLP and coding
  • Diagnostic image analysis
  • Clinical note understanding
  • Drug discovery support
  • Genomic data analysis
Stack
  • PyTorch01
  • Hugging Face02
  • MLflow03
  • NVIDIA NeMo04
  • Ray05
In the field

Where clinical AI is already useful.

Three shapes of work we see repeating. Each one earns its place by moving a metric the operator already runs against, not by sounding good in a slide.

01Medical imaging

Diagnostic assistant

Radiology workflow that surfaces likely findings on study load, with the precision and recall numbers attached.

Faster reads, attached confidence
02Primary care

Clinical decision support

Treatment recommendations grounded in patient history and current evidence, in the chart, not a separate UI.

Lower error rate at point of order
03Pharmaceutical

Discovery pipeline

Compound search and trial design tooling that compresses the early-phase loop without breaking governance.

Shorter time to candidate set
How it ships

Read, scaffold, wire, hand off.

A short read first, then a focused build. We do not start by staffing a team. We start by writing down what is worth building and what the eval surface looks like.

01Week 0

Architecture read

A written read on what to build, what to retire, and where the eval surface lives. No team commitment yet.

02Week 1 to 4

Scaffold and evals

MCP server, agent harness, and an eval suite that gates the merge. Synthetic data first, then your data.

03Week 4 to 10

Production wiring

Live integration, audit trail, traces, and the on-call shape. Canaries before the broader rollout.

04Week 10+

Hand-off

Runbooks, eval baselines, and the team to keep it healthy. We stay on retainer if you want, not because you have to.

Next step

Bring us the workflow. We'll write the read.

A senior pod, embedded in your codebase, scoped to a single clinical workflow. Working system in six to twelve weeks, not a roadmap. For a concrete look at the safety architecture, read how we built a safe triage agent.