Actuarial infrastructure for musculoskeletal injury risk.

A force-controlled cable platform with vision-based compensation detection captures range, load, and asymmetry on every rep. The hardware is the wedge. The data is the business.

View Deck Enter Data Room

$3M Seed — strategic-led

30 mo Runway to Series A

64/040,028 USPTO provisional filed

4 Buyer categories

Le Corbusier, Le Modulor, 1945

Thesis

The one variable every performance program tracks by eye.

Pro sport spends over $1.2B/yr on guaranteed contracts lost to soft-tissue injury. Insurers write musculoskeletal disability policies on 30-year-old actuarial tables. Neither has a structured, longitudinal record of mobility, asymmetry, or compensation at matched load.

Force plates measure power. GPS measures output. HRV measures recovery. Nothing measures the tissue that actually tears.

Our wedge is hardware. A single-cable, force-controlled stretching platform that sits in the training room and does two things no human can: apply identical load every rep, and measure what the body does in response at 100Hz + 30fps.

Our business is data. Every session is a structured record. Rolled up, those records price risk — for teams, insurers, leagues, and acquirers.

Market

Four buyers. One data asset.

Teams

Pro & collegiate programs

Lease hardware. Consume reports. Protect guaranteed contracts. ~800 addressable programs in NA + EU. Target $60K/yr/station.

Insurers

Workers' comp & disability

License risk signals. Price MSK premiums on evidence. $70B+ US market; MSK is ~40% of claims. Data licensing, not hardware sales.

Leagues

League offices & PAs

Roster-level availability models. Standardized injury reporting. CBA-aligned. Long sales cycle, enterprise scale.

Strategics

Distribution & acquirers

Hyperice, Therabody, Catapult, Nike, Peloton. Data moat + patent are the asset. Acquisition-optimized.

Product

A cable, a bench, and good sensors.

Hardware

Force-controlled cable platform

200W brushless motor. Inline load cell, ±0.1 lb at 100Hz. Backdriveable compliance loop. Five independent safety layers. Commercial parts, field-serviceable.

Sensing

Vision-based compensation detection

Depth camera tracks 12 skeletal landmarks at 30fps. ±2° joint angle. Detects pelvic rotation, trunk shift, knee bend in real time — the core patent claim.

Data

Structured session records

Range, force, asymmetry, compensation, tolerance — per rep, per athlete, per session. REST API to AMS. Longitudinal on our side. That's the moat.

Full product breakdown: product.html · Patent: USPTO 64/040,028 · Drawings: 11 figures

Moat

Three reinforcing assets.

Patent — vision-fused compensation detection under closed-loop force control.

USPTO provisional filed April 15, 2026 (App. No. 64/040,028). Non-obvious combination of force-following cable drive + depth-camera skeletal tracking used to modulate tension in real time. Utility conversion scheduled within the 12-month window.

Data rights — contract at point of lease.

Every hardware deployment ships with a data-sharing addendum. De-identified session records license to us in perpetuity. Teams get the reports; we get the corpus. This is the insurance play.

Installed base — physical switching cost.

A cable platform in a training room is not replaced casually. Every station deployed compounds the corpus and raises the cost of any competing entrant catching up.

Status

Where we are.

IP: USPTO provisional 64/040,028 filed Apr 15, 2026. Patent pending
Prototype: Mechanical + electrical BOM finalized. Build Q2–Q3. In build
Pilots: 6-week lease pilot open. Collegiate + pro conversations active. In conversation
Partnerships: AMS integration targets identified (Smartabase, Kitman, Catapult). Scoped
Military pathway: AFWERX / SOFWERX / DIU SBIR Phase I scoped for non-dilutive capital. Scoped
Team: Founder + scoped hire plan (1 ME, 1 firmware, 1 CV/ML). Hiring at close