Your mission & challenges
Transport & real-time sync: You design the transport — gRPC/Protobuf microservices, compact binary real-time frames, and WebRTC media / data streaming — and the low-latency, high-throughput bi-directional telemetry sync loop between live fleets and the twin.
Symmetric control plane: You build and maintain a single command path so the same controls drive virtual and live targets identically, and stay consistent under load.
Connectivity: You build the connectors and real-time links that keep the twin and its simulator in sync with the robots, controllers, and services around them — including device-data ingestion (Fast DDS) — at consistently low latency.
API-first architecture & SDKs: You design and own the cross-cutting API/SDK layer every area builds on, generating language-agnostic SDKs from the scene definition format so the twin engine embeds cleanly into external developer environments.
Distributed-systems robustness: You set deployment standards — service boundaries, backpressure, failure and reconnection semantics — instrument transport for latency and throughput, and harden services under load.
Contracts & compatibility: You own the binary data-exchange schema and the scene definition format as the shared boundary between frontend, SDKs, and the simulation backend, plus SDK ergonomics, the auth model for programmatic access, and backward-compatibility policy.