Our Solutions
AI-powered health and sports solutions
From our flagship project SahaIQ to custom orthoses and physician-supervised AI pipelines; explore the three solution areas that unite clinical expertise with technology.
AI-powered injury risk prediction for football clubs
SahaIQ provides technical staff with clear, expert-supervised decisions through injury risk prediction and squad readiness analysis: a ready / monitor / at-risk signal for each player and a rotation recommendation for the squad overall.
Our Solution Areas
Three areas, eleven projects
The projects are grouped by need and by what they share. One principle holds across all of them: AI generates and suggests; the physician decides.
Decision support on the pitch and in the clinic
Explore the area →Structured input, rule-based assessment, physician-approved signal. No chatbot; every criterion shows its source.
SahaIQ
In developmentInjury-risk foresight and squad-readiness analysis for football clubs; ready / monitor / at-risk signals under physician oversight.
Explore →RehabFlow
In developmentPhase-window rehabilitation decision support; the first module is ACL return to sport, with hamstring, ankle, Achilles and shoulder next.
Explore →Clinical Claim Registry
LiveA machine-readable, physician-approved sports-medicine knowledge layer; AI assistants cite it directly.
Explore →Custom orthosis and robotics lab
Explore the area →Custom shells from a scan or photographs, a motorised off-the-shelf brace and robotic rehabilitation, with 3D previews you can explore in the browser. Research and development prototypes.
Robotic Rehabilitation
PrototypeA robotic rehabilitation device bringing early, controlled post-operative motion into the home; with an interactive 3D preview.
Explore →Wrist Splint
First printA custom volar wrist splint from phone photographs with a biomimetic ventilation pattern; the first prototype was printed and trialled.
Explore →Custom Knee Brace
Pipeline runningA software pipeline turning a phone LiDAR scan into a two-part knee-brace shell; regional skin offset, off-the-shelf hinge cassette.
Explore →Active Foot-Drop Orthosis
Design studyA tendon-wire, single-actuator active ankle–foot orthosis design; gait cycle and failure simulation in the 3D preview.
Explore →Actuated AFO
Design studyAn actuator in place of the dial on an off-the-shelf ankle brace; one input, shank angle; one output, pull / release.
Explore →Physician-supervised AI automation and analysis
Explore the area →AI agents do the producing and the analysing; publication, outreach and opportunity decisions stay with the physician.
AI Content Studio
Live · dailyA pipeline drafting evidence-based content every morning: AI drafts, the physician approves.
Explore →Voice AI Agent
PrototypeTransparent, natural-voice automated calling and follow-up; turns the conversation into a structured report.
Explore →Market Analysis & Decision Support
CompletedA system turning a several-hundred-item catalogue into a prioritised opportunity portfolio with multi-criteria scoring.
Explore →Technology and Ethics
The principle of expert-supervised AI
We regard open-ended generative output in healthcare as an unacceptable risk. Our systems never produce unsupervised responses at any stage: all information flows pass through expert approval, use guidance-oriented language and never shift into diagnostic language.
For us, the protection of personal data is not a compliance clause but a design principle. Our solutions are developed in accordance with KVKK (Turkey's data protection law), grounded in data minimization and transparent processing principles.
Expert-Supervised AI
Every information flow passes through clinical expert approval; the system produces no unsupervised responses.
KVKK Compliance
Personal data is processed only for explicit purposes, in full compliance with the applicable regulation.
Data Minimization
We collect only the minimum data necessary for the purpose and ask for nothing more.