SURGICAL KNOWLEDGE INFRASTRUCTURE · YOKOHAMA, JAPAN
NIKKEI THE PITCH GROWTH 2026-27Selected for Kanto regional round · Pitching Nov 13, 2026

Surgical experience. Knowledge that grows.

We are developing a way to preserve surgeons' experience and the reasons behind their decisions, with links to the original video and audio. Reviewed knowledge can then grow across completed cases into learning resources for each surgeon and procedure, supporting the next generation of surgeons.

Physician reviewedHospital governedEducation & knowledge transfer

In development for preoperative learning, postoperative review and education. Not for real-time intraoperative guidance or autonomous clinical decisions.

PRODUCT CONCEPT · NON-CLINICAL EXAMPLE
MY ROBOTS prototype interface — non-clinical concept example
Illustrative prototype interface. This screen does not demonstrate clinical use or validated AI performance.
Source-linked
Clinician reviewed
MY ROBOTS / Surgical Knowledge InfrastructurePrototype development · Preparing for evaluation
2026 MOMENTUM

Signals that help investors and partners understand the current stage.

External programs and exhibitions are credibility signals, not customer validation.

NIKKEI THE PITCH GROWTH 2026-27Selected · Kanto pitch · Nov 13 · Join us ↗HiDEP Global 26/27Selected · Company announcement · Oct 2026
NVIDIA InceptionParticipation approved · Sep 2026
JETRO GSAP 2026 — StartX AISelected · StartX AI cohort of 20
J-StarX US Healthcare Breakthrough — FoundationalSelected · Foundational cohort of 10
Qualcomm AI Program for Innovators 2026 — APACShortlisted — 15 startups / Mentorship Phase
01 / WHY NOW

Preserve the experience behind a surgical decision.

Learning from a case requires context: what the surgeon noticed, why a decision was made, and how a difficulty was handled. MY ROBOTS aims to connect those explanations with permitted records, so experience can become reusable teaching material.

Make reasoning teachable

Bring together decision points, techniques, tips, pitfalls, errors, complications and troubleshooting, with the context and limitations of the completed case.

Keep the source visible

Link knowledge to video, audio and the surgeon's explanation. Separate documented statements from AI suggestions so their origins remain clear.

Carry experience forward

Help experienced surgeons share what they have learned and help younger surgeons prepare through reviewed educational material.

02 / PRODUCT EXPERIENCE

A living learning resource for each surgeon and procedure.

Our product vision is a Living Surgical Knowledge System: knowledge from completed cases, reviewed by surgeons and accumulated into a personalized surgical learning manual. Each additional case can add context, exceptions and lessons for future learning.

Capture the explanation

Connect permitted video and audio with the surgeon's own explanation of decisions, observations and techniques.

Review with the evidence

Design knowledge entries for surgeon review, source traceability and clear separation of statements and AI suggestions.

Build a living manual

Organize reviewed lessons across cases by surgeon and procedure for preoperative learning, postoperative reflection and team education.

DEVELOPMENT CONCEPTThese are development goals. AI-inferred explanations remain labeled as inferences even after review; they are not presented as the surgeon's stated reasons.
03 / GROWTH MODEL

Build and evaluate one focused learning workflow first.

01

1. Start with a defined scope

Plan evaluation around one procedure and a small set of permitted, completed cases.

02

2. Review the knowledge

Evaluate source links, the accuracy of explanations and the surgeon's review process.

03

3. Learn across cases

Explore common patterns, differences and exceptions in a surgeon- and procedure-specific learning resource.

04

4. Expand after evaluation

Consider more procedures and institutions after assessing educational usefulness and workflow fit.

04 / CURRENT STAGE

Prototype development and evaluation preparation.

Current stage

We are refining the product concept and prototype, and preparing the scope and requirements for evaluation.

What needs evaluation

Knowledge accuracy, source traceability, review workload and educational usefulness remain areas to test.

Initial use cases

Preoperative learning for younger surgeons, postoperative review and the transfer of experienced surgeons' knowledge.

Hospital control

Hospital governance, permissions and auditability are design priorities. On-premises deployment is a development direction, not a completed deployment claim.

Yoichi Miyazaki — Founder
06 / FOUNDER & COMPANY

Built from decades inside medtech and the operating room.

Yoichi MiyazakiFounder

Across nearly three decades in medical devices and operating-room environments, the same issue repeated: valuable judgment is often explained in the moment but rarely becomes reusable organizational knowledge.

MY ROBOTS was founded to turn that gap into an institutional learning system while keeping clinicians responsible for what becomes trusted knowledge.

“The scarce asset is not another recording. It is the reasoning that gives the recording meaning.”
CompanyMY ROBOTS Inc.
Founded2023
Based inYokohama, Japan
FocusSurgical Knowledge Infrastructure
NEWS / OCTOBER 28, 2026

MY ROBOTS Selected for HiDEP Global 26/27

MY ROBOTS has been selected for HiDEP Global 26/27, a program delivered by Kyoto University and MedTech Actuator. We will use the program to develop our business strategy with international markets in mind and prepare for the global development of our surgical knowledge infrastructure.

Selected · Company announcement · Oct 2026

Investment · hospital evaluation · collaboration · programs

Contact

If you would like to discuss investment, hospital evaluation, collaboration, research, or program-related topics, please feel free to contact us. A short introduction to your organization and interests is enough to start.

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