agentcare 0.1.0

AgentCare framework for healthcare voice AI workflows, scheduling, and patient communications.

AgentCare

AgentCare is a library-first Python framework for building voice AI workflows: call intake, extraction, missing-data recovery, appointment orchestration, confirmation messaging, and operations analytics.

Table of Contents

• Product At A Glance
• First Run: Setup and Launch
• URLs To Open
• Dashboard: What You Will See
• End-of-Flow Output Preview (Anonymized)
• Workflow Catalog
• .env Reference (What To Fill)
• End-to-End Flow
• Architecture + Codebase Layout
• Useful Commands
• Architecture + Docs
• Quality Checks
• Contributing

Product At A Glance

• Converts call events into structured business actions.
• Uses memory search (RAG fallback) when customer data is missing.
• Supports Cal booking plus local mock EHR service for demos.
• Assigns doctor/specialty from reason + policy logic.
• Sends professional confirmation emails.
• Persists lifecycle + summary data for dashboard operations.

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First Run: Setup and Launch

This section is the fastest path to get a working local system (install -> configure -> run -> verify).

1) Install

pip install agentcare

For contributors/local development:

pip install -e ".[web,postgres,email,semantic,dev]"

Alternative requirements.txt flow:

pip install -r requirements.txt
pip install -r requirements-optional.txt   # if running local services/providers
pip install -r requirements-dev.txt        # if developing/testing

2) Create .env

cp .env.example .env

Add minimum values:

• BOLNA_API_KEY
• MISTRAL_API_KEY

3) Start the stack

python3 -m agentcare up

Dry run (no start, only validation/plan):

python3 -m agentcare up --dry-run

4) Open the product

Open dashboard:

• http://127.0.0.1:8050

5) Run a safety check before sharing code

./scripts/check_no_secrets.sh

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URLs To Open

After agentcare up, open:

• Dashboard UI: http://127.0.0.1:8050
• Analytics API health: http://127.0.0.1:8040/healthz
• Webhooks health: http://127.0.0.1:8030/healthz
• Mock EHR health: http://127.0.0.1:8020/healthz
• LLM gateway health: http://127.0.0.1:8010/healthz

Dashboard mock preview asset:

• docs/assets/screenshots/dashboard-overview.svg (anonymized sample data)

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Dashboard: What You Will See

Main sections:

• Call Console: place outbound calls and monitor lifecycle.
• Workflow Status: health of llm_gateway, mock_ehr, webhooks, and analytics.
• Operational Case Queue: triage/prioritization, conflict flags, recommended action.
• Recent Executions: latest call outcomes and costs.
• Call Detail: patient-facing and internal summaries per execution.
• Appointments and Visit Details: scheduled + pending entries with doctor and purpose.
• Live behavior: dashboard auto-refreshes status/executions/appointments/cases (no manual hard refresh needed during normal operation).

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End-of-Flow Output Preview (Anonymized)

Calendar booking output:

Open calendar booking PNG · Open calendar booking SVG

Patient confirmation email output:

Open email confirmation PNG · Open email confirmation SVG

Both assets are anonymized and safe to share in public docs.

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Workflow Catalog

List workflows:

python3 -m agentcare framework list-workflows

Built-in workflows:

• frontdesk_booking
• care_navigation
• followup_outreach

Create an agent from workflow:

python3 -m agentcare framework create-agent --workflow frontdesk_booking

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.env Configuration (Professional Setup)

Use .env.example as the template. The easiest way to avoid confusion is to configure by profile:

Profile A — Minimum runnable (local testing)

Set these first:

Variable	Why it is needed
BOLNA_API_KEY	Required for call orchestration APIs
MISTRAL_API_KEY	Required for extraction/evaluation logic

You can run with just these plus defaults.

Profile B — Recommended for full product flow

Add these to enable complete call -> booking -> email -> dashboard operations:

Variable	Why it is needed
BOLNA_BASE_URL	Explicit provider endpoint
BOLNA_AGENT_ID	Default agent for CLI/service operations
BOLNA_FROM_NUMBER	Outbound caller identity
MISTRAL_MODEL	Controls extraction/eval model behavior
AGENTCARE_LLM_GATEWAY_URL	Local LLM gateway routing
AGENTCARE_MOCK_EHR_URL	Local scheduling service endpoint
CAL_API_KEY	Real booking integration
CAL_EVENT_TYPE_ID	Cal event type mapping
CAL_TIMEZONE	Booking time normalization
RESEND_API_KEY	Email delivery provider auth
AGENTCARE_EMAIL_FROM	Sender identity for confirmations
CUSTOMER_STORE_BACKEND	Storage mode (auto, json, postgres)
CUSTOMER_STORE_PATH	JSON memory path for local mode
PROCESSED_EXECUTIONS_PATH	Idempotency tracking path
SUPABASE_URL	Supabase project reference
SUPABASE_PUBLISHABLE_KEY	Supabase project key
SUPABASE_DB_URL	Postgres connection for production-grade persistence

Profile C — Advanced/optional

Use only if you need custom behavior:

Variable	When to use it
APPOINTMENT_CONNECTOR_BACKEND	Switch connector mode explicitly (cal or mock)
FRONTDESK_POLICY_PATH	Load external policy rules JSON

Note: *_PATH keys (for example CUSTOMER_STORE_PATH, PROCESSED_EXECUTIONS_PATH) are optional and can usually be left as defaults.

Practical rule

• If you are onboarding quickly: start with Profile A, then add Profile B.
• If your team needs custom routing/rules: add Profile C.

Artifacts and privacy

• artifacts/ is local runtime data and is git-ignored by default.
• Do not commit raw artifacts from real calls.
• If you need shareable demos, create an anonymized export (mask names, emails, phones, booking IDs).
• Keep .env local only; never commit it.

Custom artifact paths can be configured with:

• CUSTOMER_STORE_PATH
• PROCESSED_EXECUTIONS_PATH

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End-to-End Flow

1. Ingest call execution event (webhook/sync/manual).
2. Extract structured data from transcript.
3. Backfill missing fields from memory search.
4. Evaluate policy/risk and assign doctor.
5. Check slot + book appointment via connector.
6. Send patient confirmation email.
7. Persist call lifecycle, summaries, and analytics.
8. Display operations state in dashboard.

Reliability notes:

• Dashboard status polling reconciles live provider status to avoid stale "in-progress" UI states.
• Completed call status can trigger backend processing as a safety net when webhook delivery is delayed.

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Architecture + Codebase Layout

Layered architecture (quick view)

• CLI / Services: entry points (python -m agentcare, FastAPI apps).
• Usecases: business orchestration (single source of truth for workflow logic).
• Ports: interface contracts to keep core logic provider-agnostic.
• Adapters: concrete implementations for booking, email, memory, analytics.
• External: Bolna, Mistral, Cal, Resend, Supabase/Postgres.

Operational data model (what is stored)

Main entities:

• customer_profiles: canonical patient/customer identity + latest memory.
• call_executions: per-call outcomes, summaries, extracted data.
• appointments: booking records linked to customer + execution.
• call_lifecycle_events: state timeline for call observability.

Codebase layout (where things live)

src/agentcare/
  usecases/        # workflow/business orchestration
  ports/           # contracts/interfaces
  connectors/      # appointment connectors (cal, mock)
  customer/        # memory stores (json/postgres)
  email/           # resend notifier
  analytics/       # persistence + dashboard query layer
  workflows/       # workflow registry and metadata
  policies/        # decision logic (automation/triage)
  doctor/          # doctor assignment logic
  cli.py           # command entrypoints

services/
  webhooks/        # ingestion API adapter
  analytics/       # metrics API adapter
  dashboard/       # dashboard API + static UI
  llm_gateway/     # local openai-compatible gateway
  mock_ehr/        # local mock scheduling service

scripts/
  dev/run helpers and safety checks

Request path (design intent)

services/webhooks -> usecases/frontdesk -> ports -> adapters (customer/connectors/email/analytics) -> external APIs/storage.

This structure keeps transport concerns separate from business logic and makes the framework easier to test, extend, and maintain.

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Useful Commands

python3 -m agentcare doctor
python3 -m agentcare framework provider-test
python3 -m agentcare framework list-workflows
python3 -m agentcare framework process-execution --execution-json artifacts/sample_execution.json
python3 -m agentcare up --dry-run

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Architecture + Docs

• This README.md is the primary all-in-one guide (setup + run + architecture + flow).
• Main architecture reference (optional deep dive): ARCHITECTURE.md
• Docs hub (optional): docs/README.md
• Setup guide (optional): docs/setup/one-command-local.md
• Services map (optional): docs/api/services.md

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Quality Checks

pytest -q
python3 -m build
twine check dist/*

Contributing

See CONTRIBUTING.md and CHANGELOG.md.