Amazon Web Services
Edge Computing
AI/ML
Data Lakes
Scaling autonomous operations with AWS cloud, edge, and AI/ML services.
Industries: Manufacturing, Logistics, Energy
Teleoperation & Remote Assist
Control robots from anywhere
Human-in-the-loop teleoperation for remote assistance, safe recovery, and supervised autonomy across robots and sites.
<100ms
Video Latency
Glass-to-glass with WebRTC
<50ms
Control Latency
Command round-trip
Up to 4K
Video Quality
Adaptive bitrate streaming
Multi-camera
Concurrent Streams
Synchronized feeds
Built for operators and engineers
Human-in-the-loop control
Operators can step in for precision maneuvers, recovery, and validation without rewriting your stack.
Guardrails by design
Rate limits, geofences, and policy checks keep teleop safe—especially during high-stakes interventions.
Live context + replay
Stream the right telemetry and video, then review what happened with a session record you can share.
Faster recovery
Reduce downtime by enabling remote experts to diagnose and recover robots without traveling on-site.
When teleoperation matters
Autonomy is powerful, but there are moments when human judgment is irreplaceable. Teleoperation bridges the gap.
Remote Recovery & Troubleshooting
When a robot gets stuck, encounters an unexpected obstacle, or enters a fault state, remote operators can diagnose the issue and manually guide the robot to safety—without dispatching a technician.
Reduce mean-time-to-recovery from hours to minutes
Expert-in-the-Loop Operations
High-value or high-risk tasks may require human expertise that cannot be automated. Specialists can operate robots remotely, bringing their skills to any location without travel.
Scale expert capability across multiple sites
Training Data Collection
Human demonstrations during teleoperation generate high-quality training data for imitation learning and policy improvement. Every session becomes a potential training episode.
Build autonomy from real operational demonstrations
Graceful Autonomy Degradation
When autonomous systems encounter edge cases they cannot handle, seamless handoff to human operators prevents mission failure. Autonomy resumes once the situation is resolved.
Maintain operations when autonomy reaches its limits
Three modes of operation
Choose the right level of human involvement for each task—from full manual control to supervisory oversight
Direct Control
Full manual control where operator commands directly drive actuators. Used for precision tasks, complex manipulation, and situations requiring human judgment.
Surgical interventions
Bomb disposal
Delicate assembly
Shared Autonomy
Operator provides high-level intent while the robot handles low-level execution. The system assists with collision avoidance and smooth trajectories.
Assisted navigation
Pick-and-place guidance
Inspection waypoints
Supervisory Control
Robot operates autonomously while operator monitors and intervenes only when needed. One operator can supervise multiple robots.
Fleet monitoring
Exception handling
Quality checkpoints
Built for real-world latency
Teleoperation fails when the connection lags. Cyberwave's architecture is designed for responsive control across global distances.
Video Pipeline
- WebRTC streamingPeer-to-peer when possible, TURN relay when needed
- Adaptive bitrateQuality adjusts to network conditions automatically
- Multi-camera supportSynchronized streams from multiple viewpoints
- Session recordingFull video and telemetry capture for replay
Control Pipeline
- MQTT command channelLightweight, low-latency command delivery
- Rate limiting & smoothingPrevent jerky movements from network jitter
- Safety envelope enforcementVelocity limits and geofences applied at edge
- Deadman switchAuto-stop if connection lost or operator disengages
Use the interface that fits the task
From game controllers to specialized hardware—Cyberwave adapts to your operators' preferred input methods
Game Controllers
Xbox, PlayStation, custom
Mouse & Keyboard
Point-and-click navigation
Touch Devices
Tablet and mobile interfaces
Specialized Hardware
SpaceMouse, leader arms
Security & Compliance for remote operations
Remote control of physical systems requires enterprise-grade security. Every teleoperation session is authenticated, encrypted, logged, and bounded by policies that prevent unauthorized actions.
End-to-end encryption
Video and commands encrypted in transit
Role-based access
Control who can operate which robots
Full audit trail
Every command logged with operator identity
Partners that power Teleoperation programs
Cloud, edge, and connectivity partners that enable secure streaming and responsive control at global scale.
Microsoft Azure
Digital Twins
Edge AI
Security
Extending Azure-based digital twins and manufacturing platforms with embodied AI.
Industries: Manufacturing, Energy, Infrastructure