Talam provides a cloud‑native platform for creating, hosting, and grading robot programming competitions. Organizers can author challenges, run participant code in containerized Linux sandboxes, and view real‑time telemetry, automated scores, and leaderboards through a secure web interface that integrates with LMSs via REST APIs. The service targets STEM educators, university robotics clubs, and competition organizers needing scalable, compliant challenge management.
Funding
Funding not disclosed
Founders
Product
Problem
Educational institutions and hobbyist clubs often lack a centralized, web‑based environment to host, manage, and evaluate robot programming competitions, leading to fragmented workflows, manual scoring, and limited participant engagement. Additionally, ensuring secure, consistent access across diverse browsers can be problematic without clear session handling.
Solution
Talam delivers a cloud‑native platform that streamlines the end‑to‑end lifecycle of robot challenges. Organizers can define task specifications, upload simulation environments, and configure automated grading pipelines using containerized execution sandboxes. Participants access the challenges through a browser interface that authenticates via secure cookies and TLS, eliminating the need for local software installations. The system records telemetry, scores submissions in real time, and aggregates results into dashboards that support leaderboard visualizations and export to CSV or LMS APIs. Integration hooks allow schools or clubs to embed the challenge UI into existing portals via an iframe or OAuth‑protected widget. By centralizing data storage and employing role‑based access controls, Talam ensures compliance with privacy standards while simplifying administrative overhead.
Target Audience
Primary users are STEM educators, university robotics clubs, and competition organizers who need a scalable, secure platform to host programmable robot challenges and evaluate participant performance.
Features
- Web‑based challenge authoring console with support for ROS, Arduino, and custom SDKs
- Containerized execution engine that runs participant code in isolated Linux sandboxes with resource quotas
- Real‑time telemetry capture (sensor streams, motor commands) and automated scoring scripts written in Python or JavaScript
- Secure session management using HTTP‑only cookies and TLS 1.3, with optional SSO via SAML or OpenID Connect
- Leaderboard and analytics dashboard with filterable metrics, CSV export, and RESTful API endpoints for LMS integration
- Role‑based access control (organizer, judge, participant) and audit logging for compliance reporting
- Embeddable challenge widget (iframe) and SDK for seamless integration into third‑party education portals