SPORTYXI NETWORK
SportyXi operates as an independent sports technology ecosystem under the x010 foundry. Structured across 6 specialized subdomains under sportyxi.com, providing frictionless 1-click access for athletes, academies, scouts, and developers without confusion or complexity.
Dedicated sportyxi.com Subdomains
SportyXi Motion
Zero-hardware kinetic movement tracking. Uses standard smartphone or webcam video feeds to detect 32 anatomical joints and map real-time athletic velocity.
Camera Feed Ingestion → 32-Point Joint Pose Estimation → Instantaneous Metric Dashboard
SportyXi Biomechanics
Deep biomechanical stress simulation. Computes rotational torque on knee, ankle, and shoulder ligaments to forecast physical fatigue and flag injury risks.
Pose Trajectory Ingestion → Inverse Dynamics Torque Model → Risk Assessment Report
SportyXi Academy
Centralized command portal for sports organizations. Manages squad rosters, monitors drill compliance, and benchmarks athletes across cohorts.
Roster Management → Group Drill Telemetry → Cohort Benchmarking Analytics
SportyXi Scout
Automated video intelligence and highlight clipping. Evaluates raw match footage to score agility, reaction time, and spatial sprint bursts without bias.
Raw Match Video Upload → Automated Action Segmentation → Talent Scorecard Generation
SportyXi Vision API
High-throughput REST and WebSocket endpoints for sports technology builders. Deploy proprietary SportyXi kinetic models inside broadcast or mobile systems.
API Authentication → Video Stream Payload → JSON Joint & Telemetry Response
SportyXi Live
Real-time match broadcast visualizer. Generates on-screen pitch heatmaps, instantaneous sprint velocity dials, and spatial tactical diagrams during games.
Broadcast Camera Feed → Spatial Coordinate Transformation → Real-Time Graphic Overlay
Edge Processing Without Cloud Churn
Every SportyXi subdomain communicates with high-efficiency edge neural models running directly inside the client browser or dedicated mobile GPU enclaves.
Universal Sensor Agnostic
Operates over any camera—from high-end 120 FPS mirrorless equipment to everyday iOS/Android smartphones. Zero wearable sensor calibration.
WebAssembly Neural Runtime
C++ Core compiled into WebAssembly delivers sub-16ms joint tracking directly in the user browser without uploading raw video streams to external servers.
Biometric Cryptographic Privacy
Raw pixel feeds are immediately discarded after vector joint transformation. Athlete visual identity remains airtight and cryptographically private.