A verifiable service record for every humanoid robot in the field.
The Robot Health Passport™ is the neutral, cross-OEM service record for the humanoid robot economy. Structured, PKI-signed, blockchain-anchored, and independently verifiable. Built for OEMs, technical trade school partners, fleet operators, insurers and lenders, and HR IV™ Report consumers.
A structured, verifiable service record for every humanoid robot.
The humanoid robot economy cannot scale without a shared record of what happened to each unit, when, by whom, and to what outcome. The Robot Health Passport™ provides that record. Four guarantees, every entry.
PKI Signed
Every entry is cryptographically signed by the Certified Humanoid Robot Technician who performed the work. No signature, no record.
Timestamped
UTC timestamped at the moment of signature. No backdating, no editing. Time of entry is time of truth.
Blockchain Anchored
Every signed entry is anchored on a distributed ledger. Any alteration is detectable by any party with access to the record.
Independently Verifiable
Any party, at any time, can verify a record at robothealthpassport.app/verify. No gatekeeper, no paid subscription.
Four parties. One data loop.
The Robot Health Passport™ sits at the center of a four-party flywheel that compounds fleet value with every verified service event. Data goes in, capital comes out, and the data makes the next deployment's capital cheaper.
Fleet Operator
Deploys and monitors humanoid robots across warehouse, industrial, and service environments.
CHRT™ Technician
Dispatched and performs service with AR-guided workflows. Every step PKI-signed in real time.
Robot Health Passport™
Records every event, tamper-evident and blockchain-anchored. The system of record.
Insurer, Lender, Resale
Underwrites and finances using the HR IV™ algorithm. Every transaction strengthens the dataset.
Every verified service event compounds fleet value. More records sharpen the HR IV™ model. A sharper model lowers the cost of capital and risk. Lower cost of capital accelerates deployment. More deployment produces more records. This is how operational maintenance infrastructure becomes a financial asset class.
The flywheel runs on a single input: a signed, timestamped, blockchain-anchored service event. Everything else follows.
Seven integrated subsystems. One neutral infrastructure layer.
RobotCare™ is a cloud-native, multi-tenant SaaS platform. Seven subsystems operate as one neutral infrastructure layer between humanoid robot hardware and the humans who keep fleets running. V0 ships the Robot Health Passport™ Core and telemetry triage. V1 adds AR workflows and OEM marketplace integrations.
Telemetry Engine
Six normalized telemetry streams from 15+ OEM platforms via REST, GraphQL, and WebSocket APIs. Real-time schema normalization maps OEM-specific formats to the unified RobotCare™ schema. Phone-scan diagnostics route smartphone camera input through AI visual triage without requiring proprietary hardware.
Diagnostic Layer
Real-time and batch analysis of motor torque variance, battery degradation, and error log patterns. Predictive Failure Alerts with confidence scores and recommended actions. Explainable AI (SHAP and LIME) required for insurer defensibility.
Robot Health Passport™ Core
Persistent, tamper-evident record per robot. Every event PKI-signed and blockchain-anchored. Stores maintenance history, telemetry snapshots, incident logs, CHRT™ attestation, parts provenance, and compliance status. Public verifiable links at robothealthpassport.app/verify.
CHRT™ AR-Guided Maintenance
Mobile AR workflows on Apple Vision and Android ARCore with step-by-step overlaid instructions. Sequenced procedure enforcement. Each step timestamped and PKI-signed in real time. Reduces skill threshold and service time while auto-generating Robot Health Passport™ entries.
OEM Parts Marketplace
Verified OEM-grade parts catalog triggered automatically by Diagnostic Layer output. SLA-based CHRT™ technician routing and dispatch keyed to geography, credential tier, and availability.
HR IV™ Valuation Engine
Patent-pending algorithm converts PKI-signed Robot Health Passport™ data, State of Health trending, and incident attribution into risk-adjusted valuations. Secure API for insurers and lenders to query authorized records. Neutral data licensing export capability.
CHRT™ Credential Directory Interface
Bidirectional real-time API and webhook integration with chrttechnician.com. Handles credential lookup for dispatch eligibility, post-exam results feed for automatic directory updates (Active, Expired, Suspended, tier, sector, location, Service-Ready flag), and PKI credential issuance with initial Robot Health Passport™ record creation.
Five stakeholders. One record layer.
The humanoid robot economy is a shared infrastructure problem. Every stakeholder needs the same underlying record, viewed through a different lens. The Robot Health Passport™ is built for all five.
Original Equipment Manufacturers
Every unit you ship accrues a verifiable service record from day one, across 15 humanoid platforms in active deployment.
Technical Trade School Partners
Train the Certified Humanoid Robot Technicians who create every record in the system. Full demonstration portal included.
Humanoid Robot Fleet Operators
A complete, signed service history for every unit in your fleet, from first install through end of service life.
Insurers and Lenders
Actuarial-grade service data for the humanoid robot asset class, drawn from the field rather than the spec sheet.
HR IV™ Report Consumers
Request a formal valuation report grounded in the complete, signed service history of a specific unit.
What a Robot Health Passport™ entry looks like.
Every entry follows the same structured format, readable by operators, OEMs, insurers, lenders, and regulators alike. The example below is a live-format record from the Crates & Bins fleet, Vernon, California, with current HR IV™ Bear, Base, and Bull valuations and verification QR.
on Any Device
Service history, converted to a valuation.
HR IV™ stands for Humanoid Robot Insurable Value. The patent-pending HR IV™ algorithm converts a humanoid robot's complete Robot Health Passport™ history into a formal unit-level valuation, expressed as Bear, Base, and Bull scenarios. Used by insurers pricing policies, lenders structuring leases, and secondary-market participants valuing used fleet inventory.
An HR IV™ Report is requested against a specific unit identifier. The algorithm consumes every signed Robot Health Passport™ entry for that unit, applies the proprietary valuation model, and returns a decision-ready output, delivered as a formally attributable document.
Because the input is PKI-signed, UTC-timestamped, and blockchain-anchored at the record layer, the valuation output inherits the same evidentiary weight. This is the actuarial foundation the humanoid robot asset class has not previously had.
What is Included
- 01Unit identification and OEM platform of record, drawn from the original Robot Health Passport™ registration entry.
- 02Complete signed service history, CHRT™ attribution per entry.
- 03Cumulative operational hours, failure events, and replacement history.
- 04State of Health trending and degradation curve relative to platform cohort benchmark.
- 05Bear, Base, and Bull HR IV™ valuation outputs with methodology reference and confidence intervals.
- 06Formal attribution, report identifier, and issue date. Independently verifiable.
The asset class forming in real time.
Humanoid robots are priced per unit between tens and hundreds of thousands of dollars, deployed at industrial scale, and projected to reach a seven-figure installed base within a decade. The actuarial layer that makes them financeable is what the Robot Health Passport™ was built to provide.
Price range for commercial humanoid robots being deployed today, across 15 major OEM platforms in active field use.
Secondary market resale premium for units with a complete Robot Health Passport™ over undocumented units.
Goldman Sachs projection of AI-powered humanoid robot deployments by 2035, representing a $38B total addressable market.
RobotCare™ infrastructure is engineered for 1M+ robots and millions of events per day at 99.9% availability.
China moved first. The architecture above is open.
On May 12, 2026, the Hubei Humanoid Robot Innovation Center launched the first government-led humanoid robot lifecycle identifier, in coordination with China's Ministry of Industry and Information Technology. A 29-character digital ID card. Four components. Seven Chinese OEMs in the first batch. The Robot Health Passport™ is the parallel infrastructure for non-Chinese jurisdictions: architecturally different, geographically complementary, and built for markets where state-administered registries are not the operating model.
Hubei Digital ID Card vs Robot Health Passport™
Dimension by dimensionWhat the Robot Health Passport™ adds
Three architectural layersLifecycle identifiers alone are necessary infrastructure. They are not sufficient infrastructure. The Robot Health Passport™ encodes three architectural decisions that move a registration record into a working operational and underwriting asset.
Cryptographic verifiability
PKI signing at every write event, blockchain anchoring of the full audit trail. Any operator, OEM, technician, insurer, or regulator can verify a record's provenance independently, with no reliance on a single trusted registry administrator.
Multi-stakeholder access
Granular access controls let operators, insurers, OEMs, technicians, and resale counterparties read the subset of the passport that is relevant to them, with cryptographic proof of what each party signed and when. No single party owns the data.
Actuarial data export
The passport's structured lifecycle stream feeds the HR IV™ Humanoid Robot Insurable Value algorithm, producing the underwriting-grade actuarial data that the humanoid insurance market has identified as the gating constraint for premium scale.
Cross-border interoperability
Bind, do not replaceThe Robot Health Passport™ schema is designed to embed the Hubei 29-character Digital ID Card as a sub-identifier for any humanoid manufactured in China and exported to a non-China market. The Hubei ID becomes the cross-jurisdiction continuity key. The Health Passport becomes the working lifecycle ledger in the destination market.
29-char identifier
MIIT-administered
PKI + blockchain ledger
HR IV™ underwriting
Parallel infrastructure for different jurisdictions, not a competing identifier scheme. China gets the Chinese market. The Robot Health Passport™ serves the 15.3% of 2025 global shipments deployed outside China, plus the cross-border flow of Chinese-manufactured units into Western markets.
Three steps. One record.
Every Robot Health Passport™ entry follows the same three-step process, whether the service is a routine calibration or an end-of-life decommission. The result is a record that carries the same weight at every read.
A CHRT™ performs the service
A Certified Humanoid Robot Technician, credentialed at chrttechnician.com, performs the work to ANSI/A3 R15.06-2025 and ISO 13482 standards. AR-guided procedures capture service data at the point of work.
The entry is PKI signed and timestamped
The CHRT™ signs the completed entry with their X.509 credential key. The signature and UTC timestamp are bound to the entry before any further handling.
The record is blockchain-anchored and verifiable
The signed entry is anchored on a distributed ledger and becomes independently verifiable. Any party, at any time, can verify at robothealthpassport.app/verify, with no gatekeeper.
A full sandbox for the classroom.
Technical trade school partners teach the Certified Humanoid Robot Technicians who create every record in the system. The Training and Demonstration Portal is a dedicated sandbox environment where students practice the complete workflow before working on live robots in the field.
- Non-production mirror of the full Robot Health Passport™ entry workflow
- Practice PKI signature, timestamping, and verification lookup end to end
- Prebuilt practice units across the supported 15 major OEM platforms
- Instructor dashboard for classroom oversight and student-level review
- No practice record ever enters the production registry
Built to recognized standards.
The Robot Health Passport™ is developed by RobotCare, LLC to recognized industry safety, operational, and data-protection standards. Founding association memberships in the two organizations shaping the humanoid robot industry, and compliance with the data regulations governing every jurisdiction the platform operates in.