Humans + AI = Smarter Robots
Exosphere empowers anyone to control robots remotely through the web — using a phone, tablet, or computer. When robots encounter challenges beyond their autonomous capabilities, human operators seamlessly step in. Every intervention trains the global AI knowledge base, making robots increasingly capable over time.
Everything You Need to Operate Robots Remotely
Exosphere comes packed with tools for real-time control, situational awareness, and secure access — right out of the box.
Intuitive Movement
Control any drive system — wheels, legs, or tracks — with supported movement panels and seamless integration.
Scriptable Actions
Customize up to 12 action buttons with scripts to trigger complex sequences or task-specific behaviors.
Up to 24 Camera Feeds
Picture-in-picture, object tracking, color detection, and text overlay for full visual awareness.
Skill Mirror View
Visualize any robot skill output in real time — SLAM maps, sensor data, or custom dashboards.
Telepresence
Two-way audio and video turns any robot into a telepresence unit for remote interaction and monitoring.
Access Control
Allowlist and blocklist authentication ensures only authorized operators can interact with your robot.
SLAM Navigation
Integrates LiDAR and 3D cameras for autonomous mapping and spatial understanding.
Any Device
Operate from smartphones, tablets, or desktops — access your robot from anywhere with a browser.
Community
Share insights, get advice, and collaborate on projects within the Exosphere ecosystem.
Custom Solutions Tailored to Your Needs
Every robotic project has unique challenges. We offer custom feature development to tailor Exosphere to your specific requirements — specialized functionalities, integrations, or a unique operator experience.
Get in TouchFrom Connection to Autonomy in 5 Steps
The Bidding Process
AI systems and human operators compete for task contracts through confidence bids. As the ML knowledge base grows, AI wins more bids autonomously — but human operators always remain available as a safety net.
Why Do Robots Need Exosphere?
Every robot encounters edge cases that programming alone can’t solve. Exosphere bridges the gap — connecting any robot to a global pool of human operators who step in when AI falls short. Whether it’s a humanoid, drone, or warehouse bot, Exosphere handles as much or as little as needed to keep operations running.
The result: real-world human interventions continuously train the AI knowledge base, making every robot on the platform smarter with each task.
Real-World Scenarios
Patient and retail interactions — studies show human telepresence is preferred over text-to-speech chatbots.
Handling dangerous materials in disposal facilities or chemical spill zones, keeping humans safely remote.
Concierge and medical delivery robots — no expensive navigation beacons required in customer facilities.
Floor cleaning robots request remote assistance when stuck — no on-site employee needed.
Delivery and security robots get remotely course-corrected when GPS is lost due to environmental changes.
Warehouse and manufacturing robots call for remote help when safety alerts or errors are detected.