Adamo provides a Managed Teleoperation‑as‑a‑Service platform that streams sub‑40 ms video and command data over bonded LTE/5G/Wi‑Fi links, with end‑to‑end AES‑256 encryption and SOC 2 compliance. Its ROS/ROS2 SDK enables rapid integration into autonomous vehicles, humanoid robots, and industrial arms, while a global 24/7 operator network supplies on‑demand human pilots and records synchronized sensor data for training autonomous systems.
Funding
Funding not disclosed
Founders
Product
Problem
Robotic systems—such as autonomous vehicles, humanoid platforms, and industrial arms—often encounter edge cases or environments where fully autonomous operation is unsafe or unreliable. Without a low‑latency, reliable remote‑control layer, operators cannot intervene quickly, and valuable demonstration data for improving autonomy is lost.
Solution
Adamo delivers a Managed Teleoperation‑as‑a‑Service platform that provides sub‑40 ms glass‑to‑glass video and command streaming over a bonded LTE/5G/Wi‑Fi link. A lightweight SDK with native ROS/ROS2 bindings lets developers embed the teleoperation stack into any robot in days, while a global 24/7 operator network supplies trained human pilots on demand. All streams are AES‑256 encrypted and SOC 2 compliant, ensuring secure data handling. The service records synchronized video, telemetry, LiDAR, and joint‑state data for each session, creating high‑quality datasets for imitation‑learning pipelines. Operators benefit from force‑feedback, haptic cues, and safety interlocks that enforce workspace limits and collision avoidance. This combination enables rapid edge‑case resolution, continuous fleet uptime, and systematic improvement of autonomous capabilities.
Target Audience
Primary customers are robotics companies deploying autonomous vehicles, humanoid service robots, or industrial/manufacturing robot arms that require real‑time human oversight and high‑fidelity training data. The platform also serves research labs and OEMs building next‑generation autonomous systems.
Features
- Custom low‑latency streaming protocol (≈40 ms glass‑to‑glass) that outperforms standard WebRTC solutions.
- Multi‑path network bonding across LTE, 5G, and Wi‑Fi delivering 99.5 % uptime and seamless failover.
- End‑to‑end AES‑256 encryption with SOC 2 compliance for all video, command, and telemetry streams.
- ROS/ROS2 SDK (≈40 MB binary) with plug‑and‑play integration, supporting 6‑DOF and 7‑DOF arms, full‑body humanoid kinematics, and vehicle control.
- Managed global operator fleet providing 24/7 coverage, multi‑vehicle supervision, and real‑time intervention within two seconds.
- Bidirectional force‑feedback and haptic streaming for precise manipulation and dexterous hand control.
- Automated safety interlocks, configurable speed/force limits, and collision‑avoidance logic.
- Synchronized data capture pipeline exporting video, LiDAR, joint angles, and force‑torque data for imitation‑learning or reinforcement‑learning workflows.