Infrastructure for an economy not yet built.
By 2035, Goldman Sachs projects 1.4 million humanoid robots in active deployment. Today, no neutral service record layer exists for this emerging asset class. RobotCare is building that record layer, the credentialing system, and the valuation algorithm that insurers, lenders, OEMs, and fleet operators will need when those robots start working.
Every asset class eventually needs its record layer.
Automobiles got CarFax. Homes got the MLS. Medical records got HIPAA-compliant EHR systems. Aircraft got FAA maintenance registries. Every asset class that reaches meaningful economic scale develops infrastructure for tracking, valuing, and transferring that asset. Without that infrastructure, capital will not form around the asset. Insurance will not underwrite it. Secondary markets will not emerge.
Humanoid robots are becoming that next asset class. A Figure 03 unit lists in six figures. A Tesla Optimus Gen 3 projects to the mid-five-figures. Boston Dynamics Atlas deploys in commercial fleets. Somewhere between emerging and scaled, independent record infrastructure becomes not nice-to-have but necessary.
RobotCare is that record infrastructure for humanoid robots. Seven integrated subsystems, built from first principles: neutral across OEMs, cryptographically signed, blockchain-anchored, and actuarially defensible.
We are not an OEM. We are not a fleet tool. We are not an insurer's book of business. We are the neutral infrastructure all five stakeholders can trust precisely because no single one of them owns it.
This is what RobotCare is building. This is why it matters. This is why we are building it now.
Three products. One integrated infrastructure.
The RobotCare platform ships as three brand-distinct products that work as one. Each serves a different stakeholder. Together, they compose the full record layer.
The per-unit signed service record. Registration, maintenance, incident logs, telemetry, and compliance attestation. PKI-signed, blockchain-anchored, publicly verifiable. The record all five stakeholders read from.
See the architecture →The Certified Humanoid Robot Technician credential. Modeled on the 50-year ASE automotive standard. Every event in the Robot Health Passport™ must be signed by a currently-valid CHRT™. Public registry launches Q3 2026.
Visit chrttechnician.com →The Humanoid Robot Insurable Value algorithm. Patent pending. Converts a signed Robot Health Passport™ record into Bear, Base, and Bull valuations for insurers, lenders, and secondary-market buyers.
Request a sample report →Three signals converging.
Timing matters in infrastructure. Too early and no asset class exists to serve. Too late and the incumbent layer has already been captured by a stakeholder with its own incentives. Three signals tell us this is the window.
Projected active deployment by Goldman Sachs research. Over 1 million platforms shipping or committed across 15 major OEMs today, with acceleration through 2028. The asset class is forming now, not hypothetically.
No insurer has humanoid-specific claims data. No lender has per-unit residual curves. No secondary market has transaction comps. The capital layer is ready to underwrite but has no data to underwrite on.
1X, AgiBot, Agility, Apptronik, Boston Dynamics, Figure, Fourier, LG, NEURA, Sanctuary, Tesla, UBTECH, Unitree. None can build a cross-platform record layer alone. All of them need one. The neutrality case only works before any single OEM owns the space.
Meet the founder of RobotCare.
RobotCare is founder-led. The company, the products, the patent, and the trademarks were all originated by one person in Sun Lakes, Arizona. Here is the story.
The story behind RobotCare.
Ken Mushet is the founder of RobotCare, LLC. He is based in Sun Lakes, Arizona. He holds an MBA in Technology Management from Arizona State University, and combines hands-on experience across technology, automotive, insurance, manufacturing, education, quality systems, and safety. This cross-industry combination is uncommon in founders, and is precisely what is required to build neutral infrastructure that five different stakeholder groups can each trust.
Ken is a Certified Safety Professional (CSP) with over twenty-five years of standing, an active member of the Association for Advancing Automation (A3), and a member of the IEEE Robotics and Automation Society. Through an approach rooted in the IEEE Entrepreneurship Community, he ensures that RobotCare, LLC is built on a foundation of global innovation and ethical engineering. He bridges the gap between high-level technical standards and boots-on-the-ground safety practice.
The insight behind RobotCare came from studying the gap between two industries: the automotive service economy, where infrastructure was built over decades, and the humanoid robot economy, where infrastructure does not exist yet.
For nearly fifty years, the ASE (National Institute for Automotive Service Excellence) has credentialed automotive technicians to a standard that insurers, employers, and consumers trust. CarFax records the service history of every automobile. Franchised dealer networks execute manufacturer-authorized repairs with signed paperwork. Warranty claims are standardized. Insurance is actuarially priced. An eighteen-year-old who walks into a trade school today can enter a regulated, trusted, economically viable career pipeline that did not have to be invented from scratch, because it was built over decades.
The humanoid robot economy has none of that. It has OEMs building remarkable machines. It has fleet operators deploying them. It has insurers, lenders, and regulators circling, looking for ground to stand on. But the infrastructure between them, the signed service record, the credentialed technician, the defensible valuation, does not exist. The automotive aftermarket, insurance underwriting, and workforce credentialing systems Ken understands deeply are precisely the models RobotCare, LLC is replicating for the humanoid robot economy.
In March 2026, Ken formed RobotCare, LLC in the State of Arizona, filed a US non-provisional patent application for the HR IV™ algorithm, and filed four trademark applications covering the RobotCare, Robot Health Passport, CHRT, and Certified Humanoid Robot Technician brands. USPTO assignment documents were executed consolidating all intellectual property under the LLC.
Today, RobotCare is positioned as a cross-industry innovator building a cross-industry platform. Ken is building the team, the advisory bench, and the OEM, insurer, and trade-school partnerships that will make the public registry launch possible in Q3 2026. He is also open to strategic acquisition discussions with humanoid OEMs.
This is not a side project. It is the full thesis.
One founder. Many seats open.
RobotCare is currently a founder-led company. We are actively building the advisory bench, the founding team, and the pre-seed investor syndicate. If one of the following roles describes you, or describes someone you trust, we would like to talk.
Platform engineering experience in a multi-tenant SaaS, secure API surfaces, PKI, blockchain anchoring at production scale. Equity-forward compensation during pre-seed. This is a ground-floor seat.
Senior actuarial or underwriting background with interest in emerging-asset insurance. Part-time advisor or formal board role. The HR IV™ methodology needs external actuarial review ahead of general availability.
Existing relationships with one or more of the 15 supported major humanoid robot platforms. Track record converting OEM conversations into written integration agreements. Part-time initially, full-time at GA.
Progress to date.
What has shipped and what is shipping. Dates reflect legally executed events, not forward-looking intent, unless explicitly marked as a target.
Target launch of the public Robot Health Passport™ registry at robothealthpassport.app and the public CHRT™ technician directory at chrttechnician.com. V0 subsystems in production. First HR IV™ Reports delivered.
robothealthpassport.app and chrttechnician.com published as pre-launch sample-record demonstration sites. Architecture, Verify, HR IV™ Report request, About, and Founder pages live.
Interactive platform live as a working model for TCO, ROI, and HR IV™. Twenty-three parameters across fourteen categories. Bear, Base, and Bull scenario outputs across a five-year horizon. Runs against all 15 major supported OEM platforms.
Twelve Core Modules complete across all 13 supported humanoid robot platforms. Test questions, PowerPoint instructor decks, Student Workbooks, and Instructor Guide all finalized. Ready for trade-school partner deployment ahead of Q3 2026 public launch.
USPTO assignment documents signed transferring the HR IV™ non-provisional patent application and all four trademark applications to RobotCare, LLC. Corporate IP consolidated.
Trademarks filed covering ROBOTCARE, ROBOT HEALTH PASSPORT, CHRT, and CERTIFIED HUMANOID ROBOT TECHNICIAN. All four currently pending.
US non-provisional patent application filed with the USPTO covering the HR IV™ (Humanoid Robot Insurable Value) algorithm and related methodology. Patent Pending · USPTO 2026.
RobotCare, LLC incorporated in the State of Arizona. Company operating structure and IP holding entity established. Seven-subsystem architecture and Software Requirements Specification v1.0 finalized.
Three ways to connect.
OEM partnership, insurance integration, investor conversation, trade school partnership, or CHRT™ credentialing interest, all route through the founder until further notice.