Standard Technology’s humanoid robotics platform entered structured pilot programs focused on logistics support and light manufacturing tasks. The platform brings together compliant actuation, whole‑body control, and multimodal perception with task‑level planning and runtime safety monitors. Trial objectives emphasize safe collaboration with human workers, reliability over extended duty cycles, and predictable recovery from disturbances. The pilots use digital twins and hardware‑in‑the‑loop rigs to validate controllers before field deployment, then collect telemetry to refine policies and maintenance schedules. Language interfaces and teach‑by‑demonstration tools help operators specify tasks in natural, auditable ways, while safety measures include zone control, torque limits, and watchdogs that gracefully halt or hand off to human supervisors. The initiative is intentionally incremental: start with repeatable lifts, staging, and inspection routines; then expand to more dexterous activities after evaluation. All integrations are performed with existing MES/SCADA and facility safety protocols in mind, prioritizing transparent logs and clear rollback paths. Over time, the project aims to deliver generalizable task libraries, tooling for quick re‑tasking, and standardized test scenarios that make performance comparable across sites. As results accumulate, the program will publish detailed technical notes describing controller robustness, failure modes, and lessons learned from real‑world environments.