Creating Serverless Real-Time Systems

Challenges of Centralized Coordination: Centralized backends for real-time systems, such as online games and M2M communication, introduce high costs, latency, and single points of failure, leading to significant operational risks and inefficiencies.

Tashi's Decentralized Solution: Tashi offers a decentralized protocol that enables real-time coordination through a peer-to-peer mesh network, utilizing a leaderless DAG architecture with asynchronous Byzantine Fault Tolerance (aBFT) to achieve sub-30 ms finality without relying on centralized servers.

Applications in Robotics and Gaming: Tashi's technology enhances coordination in robotics and multiplayer gaming by allowing devices to communicate and synchronize locally, reducing latency and operational costs while maintaining high reliability and scalability.

Market Potential and Future Outlook: The demand for decentralized coordination is growing, with the DePIN market expected to reach $3.5T by 2028, as Tashi positions itself as a critical infrastructure layer that complements existing decentralized services and addresses the limitations of current centralized systems.