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Cyberwave Capability

AI-Driven Robotics

Empower robots with adaptive skills, language interfaces, and self-learning behaviors.

AI Models for Robot Control

Move beyond fixed scripts to intelligent robot behaviors powered by AI. Cyberwave enables you to deploy vision-language-action models, reinforcement learning policies, and hybrid AI systems that adapt to your environment and tasks.

AI-Powered Robot Control

Multiple paradigms for intelligent robot behavior, from end-to-end learning to hybrid approaches.

End-to-end models that see, understand language, and output actions directly

Camera Feed
Language Instruction
VLA Model
Robot Actions
Natural language control
Generalizes to new tasks
Minimal programming

Train Your Own Models

Reduce setup time from months to days

Cyberwave provides the complete pipeline to collect robot data, curate training datasets, and train AI models like VLAs or custom RL policies—all integrated with your fleet.

Collect
Teleoperation, demonstrations, or autonomous exploration
Curate
Label, filter, and augment collected episodes
Train
Fine-tune VLA or train RL policies on your data
Evaluate
Benchmark against test scenarios in simulation
Deploy
Push to edge devices with version control

Form Factor Optimized Models

Different robot types require different AI architectures and optimizations.

Robotic Arms

Manipulation policies
Pick & place VLA
Assembly skills
Optimized for: Precision, force control, collision avoidance

AMRs & AGVs

Navigation policies
SLAM integration
Traffic coordination
Optimized for: Path planning, obstacle avoidance, fleet efficiency

Drones & UAVs

Flight policies
Inspection routines
Autonomous landing
Optimized for: Stability, battery efficiency, GPS-denied navigation

UUVs & Marine

Underwater navigation
Current compensation
Docking
Optimized for: Acoustic positioning, drift correction, depth control

Skill Authoring

Multiple ways to create robot behaviors—choose what fits your team and use case.

Natural Language

Describe tasks in plain English, AI translates to robot actions

Demonstration

Show the robot what to do through teleoperation recordings

Code

Write skills in Python with full access to robot APIs

RL Training

Define rewards and let the robot learn optimal behaviors

Simulation-Trained Policies

Pre-trained policies from reinforcement learning, ready for Sim2Real transfer.

Autonomous Navigation

Navigate complex environments with dynamic obstacles

Trained on:10M+ episodes in varied environments
Sim2Real:Domain randomization + real-world fine-tuning

Dexterous Manipulation

Grasp and manipulate objects of varying shapes

Trained on:Diverse object datasets with physics simulation
Sim2Real:Force feedback calibration

Multi-Agent Coordination

Collaborate with other robots without collisions

Trained on:Fleet scenarios with communication constraints
Sim2Real:Latency-aware policy distillation

Recovery & Failure Handling

Gracefully handle unexpected situations

Trained on:Adversarial failure injection
Sim2Real:Safety envelope verification

Safety Guardrails

AI behaviors are always bounded by safety constraints that cannot be overridden.

Force limits enforced at runtime
Geofencing and no-go zones
Human presence detection
Emergency stop integration

From Fixed Scripts to Adaptive Intelligence

Re-task robots with natural language, not code rewrites
Train custom models on your specific use cases
Deploy pre-trained policies with Sim2Real confidence
Maintain safety compliance across all AI behaviors

Ready to get started?

See how AI-Driven Robotics can transform your operations.