Embed Tera Safe AI into your clinical platform.
For telehealth platforms, EHRs, lab practitioner portals, and hospital systems.
Automate protocol-driven medicine with 10 modular AI clinical copilots delivered via APIs and SDKs — clinical reasoning, seven lifestyle protocol builders, AI scribe, and the Tera Patient Copilot.
15+ hours saved per practitioner per week — while enabling every practitioner to reason at the standard of your best.
Many healthcare platforms. One clinical AI engine.
Tera AI Clinical Copilots embed wherever clinical AI for protocol-driven medicine most directly moves both patient and business outcomes — telehealth platforms, EHRs, labs and diagnostics, and hospital systems are examples, not a closed list.
Telehealth platforms
Embed Tera's clinical reasoning and lifestyle protocol builders into your practitioner portal, and the Tera Patient Copilot in your patient portal or app — your brand, your UI.
EHRs & Practice Management platforms
Add the reasoning engine and protocol builders to your existing workflow — and the Tera Patient Copilot into your patient portal.
Labs and Diagnostics
Turn lab results into evidence-based protocols. Practitioners activate clinical reasoning and protocol generation across your data.
Hospital systems
Deploy without forklift integration — clinical AI inside your existing workflows in your outpatient clinics.
Ten Clinical Copilots. Activate what you need.
Each Copilot ships production-ready, evidence-cited, and practitioner-supervised by design.
AI Scribe
Real-time clinical note generation from patient encounters. Structured output ready for your EHR or encounter surface.
AI Clinical Reasoning
Maps biomarkers and patient context to possible conditions deterministically. The LLM summarizes findings; the rules engine produces them.
AI Nutrition Protocol Builder
Biomarker-driven meal plans, foods used as medicine, eliminations, and macronutrient targets personalized to the patient's diagnostic and goal context.
AI Supplement Stack Protocol Builder
Evidence-cited supplement stacks across cardiovascular, metabolic, hormonal, inflammatory, and longevity domains. Brand-aware.
AI Fitness Protocol Builder
Strength, cardiovascular, and mobility programs calibrated to functional capacity and recovery patterns.
AI Sleep Optimization Protocol Builder
Sleep architecture, circadian, and recovery protocols using HRV, deep-sleep, and REM signals from wearables.
AI Stress Management Protocol Builder
Mind-body, breathwork, and parasympathetic recovery protocols matched to the patient's stress profile.
AI Recovery Protocol Builder
Active restoration protocols — sauna, cold exposure, massage, time in nature, and vagal toning — calibrated to recovery markers.
AI Exposures Protocol Builder
Substances and environmental factors the patient is reducing — alcohol, tobacco, dietary toxins, mold, indoor air, water — with substitution recommendations.
Tera Patient Copilot
AI patient portal that coaches patients daily between visits. White-labeled (hosted by Tera) or embedded as SDK in your patient app.
Activate only what you need — no infrastructure replacement required.
Safe AI you can embed.
Clinical defensibility is the precondition for embedding AI into any healthcare platform. The three safety architectural pillars that pass your compliance, legal, and clinical leadership reviews.
Practitioner-supervised by design.
Tera AI generates; the licensed clinician approves. Every diagnosis hypothesis, every protocol, every adjustment is reviewed and signed off before reaching the patient.
Reasoning is rule-anchored, not LLM-improvised.
Tera does not ask a large language model to interpret biomarkers. A proprietary clinical knowledge base maps biomarker results and wearable metrics to functional ranges deterministically - then to conditions and protocols. No AI hallucinations. The LLM only summarizes the system's findings.
Every recommendation is evidence-cited.
Three knowledge bases — biomarker→condition, condition→protocol, food → conditions and health goals — every mapping backed by peer-reviewed scientific citations. Audit-ready, regulator-inspectable.
Three ways to deploy.
Pick the integration depth that matches your engineering capacity and brand requirements — REST API, embedded SDK, or fully white-labeled hosted. All three deliver the same clinical AI underneath. HIPAA-compliant, BAA-ready.
Server-to-server REST API.
You build the UI inside your application. Authentication via OAuth or API key. Modules return structured JSON your app renders natively.
Drop-in React components.
Your brand, your styling, our clinical logic. Embed Tera AI Clinical Modules as React components in your existing application without building UI from scratch.
Tera hosts the full interface; you brand it.
Tera hosts the full Practitioner Portal and Patient Copilot interface; you brand it. Custom domain, custom theme, our infrastructure.
Pricing built for embedded clinical AI.
Pricing matches how clinical AI actually gets consumed inside a healthcare platform. Talk to Enterprise for current pricing.
Platform Fee
Fixed monthly fee to access the Tera platform. Buyer selects which Copilots to activate.
Per-Patient Fee
Monthly fee per patient profile stored in the Tera patient database.
Per API Call
Each Copilot is priced per call, sold in increments of 1,000. Volume discounts available. Each module has its own price per call.
Copilots drive practitioner productivity and patient activation.
LTV Growth Services drive patient retention.
Tera AI Clinical Copilots embed clinical AI into your platform. Tera LTV Growth Services help you operate that platform to maximize patient retention and lifetime value.
The operating model that turns activation into increased patient LTV.
Software is necessary but not sufficient for patient retention. The binding constraint on lifetime value is months retained — and months retained is decided in the first 30 days.
Patients who report any felt improvement within 14 days are 2x more likely to retain. The LTV Growth Services playbook engineers that moment at scale.
KPI-based pilots.
Tera Enterprise engagements begin with a KPI-based pilot. Define success metrics together. Hit them, and the pilot auto-converts to an enterprise contract.
Define success metrics, scope Copilots, sign pilot agreement.
We work with your product, engineering, and clinical leadership to define the metrics that will determine pilot success — and the Copilots that will deliver them.
Integration, testing, internal beta.
Tera engineers co-deliver integration alongside your team. Internal beta runs against the pilot KPIs. Tera team helps optimize the pilot results.
Production deployment, metric review, auto-conversion to contract.
Production deployment to a defined patient cohort. Metric review at the end of the pilot window. Auto-conversion to an enterprise contract when KPIs are hit.
Talk to Enterprise.
Ready to evaluate? Reach out and we'll structure a pilot for your use case. In one row, not two