ENGINEERED FOR
COMPETITION.

Low-latency duplex communication connecting mat-side referee inputs, court timing displays, and central scoring processors. Uses efficient event-driven protocols engineered to deliver instantaneous point feedback without network stutter.

Resilient, horizontally scalable tournament cloud architecture. Provides centralized event coordination, athlete records, multi-city tournament synchronizations, and high-availability spectator result feeds.

Deterministic tournament logic library managing rule sets, bracket geometry, BYE calculation, and match progression. Built as a decoupled engine capable of enforcing official combat sport governance.

Interface layer designed for connection to electronic scoring peripherals, wireless judge hand controllers, digital timing gates, and arena video display processors.

Granular role-based access management (RBAC). Distinguishes tournament directors, chief referees, mat operators, weigh-in officials, coaches, and athletes with strict least-privilege permissions.

Structured competition schema ensuring that every strike, penalty, round split, and referee protest is permanently captured in an auditable match event log.

Clean REST and WebSocket endpoints allowing federations, arena production teams, and timing partners to consume live competition telemetry programmatically.

Security-by-design protecting tournament integrity, participant personal identification data, and scoring records against unauthorized access or tampering.