The human backup for every robot fleet.
Habil pairs sub-40ms streaming with a vetted, always-on remote operator network — so the moment autonomy runs out, a trained human is already in the loop.
Certified Remote Robot Operators
<40ms
Glass-to-glass latency
99.6%
Network uptime
10 days
Avg. time to first deployment
150%
Faster than WebRTC
01
Sub-40ms streaming
Merge LTE, 5G, and Wi-Fi with adaptive bitrate so every frame lands before the robot needs it — built for control, not video calls.
02
Hardware-agnostic SDK
Native ROS and ROS2 support. Install the SDK, wire up a topic, and run your first motion test the same afternoon.
03
Encrypted by default
AES-256 across every video and command stream, built to a SOC 2 control set from day one.
Our own trained pilots, not a call center.
Every Habil operator passes psychometric and performance testing before touching a fleet, and works from purpose-built facilities with redundant ISPs, automatic failover, and biometric access control — monitored 24/7.
Integrate
Plug into your stack
Wire Habil into your existing ROS/ROS2 architecture and run your first motion tests inside a week.
Intervene
Hand off the instant it matters
When autonomy hits its edge, a vetted operator takes over at full fidelity — keeping the fleet online and on task.
Improve
Turn interventions into data
Every session is captured as synced video, telemetry and operator input — feeding straight back into your models.
Realtime control for every frontier.
How low is Habil's teleoperation latency?
As low as 40ms glass-to-glass. That keeps operators feeling directly connected to the robot — critical for humanoid manipulation and split-second AV intervention.
Can Habil provide the operators, not just the software?
Yes. Beyond the platform, Habil runs the full hiring pipeline — recruiting, vetting, and managing trained remote operators, so you scale your fleet without building a workforce team.
What robots and stacks does Habil support?
Habil is hardware-agnostic with native ROS/ROS2 support — humanoids, industrial and collaborative arms, autonomous vehicles, and AMRs all run on the same SDK.
How is video and command data secured?
AES-256 end-to-end encryption on every stream, running on a SOC 2 control set — so operational data and video feeds stay restricted to authorized operators only.
How long does integration take?
Most teams run a first motion test within days, and are fully deployed inside two weeks — the SDK drops straight into an existing ROS/ROS2 stack.