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Cyberwave Capability

Edge AI Inference

Run AI workloads at the point of operation with deterministic latency and enterprise governance.

Edge AI Inference illustration

Intelligence at the Edge

Latency-sensitive decisions stay on-site. Cyberwave packages models, dependencies, and policies into lightweight runtimes that operate on constrained hardware. The same tooling handles rollout, rollback, and monitoring so edge nodes can be managed at fleet scale, not box by box.

Product Pillars

  • Model lifecycle management covering versioning, rollout rings, and A/B testing.
  • Hardware acceleration leveraging NVIDIA Jetson, Intel, and ARM targets without bespoke engineering.
  • Policy enforcement that guarantees updates respect safety, audit, and cybersecurity requirements.

Impact

Customers run perception and control workloads with sub-100 ms latency while keeping a single place to monitor, debug, and govern deployments.

Explore more Cyberwave capabilities

See how other capabilities extend this part of the platform.

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AI-Driven Robotics

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

Computer Vision

Deliver superhuman perception for inspection, safety, and autonomy workloads.

Digital Twin

Maintain synchronized virtual replicas of every asset, facility, and workflow to accelerate design, validation, and deployment.

Dynamic Scheduling

Continuously adapt work orders, missions, and resource allocation based on live conditions.

Fleet Orchestration

Coordinate heterogeneous robots, AMRs, and fixed automation from a single brain.

Physical AI Workflow Engine

Design, orchestrate, and monitor multi-step physical workflows—powered by AI, grounded in real-world constraints.

Safety, Policy & Governance Layer

Enforce safety, compliance, and organizational policy across every robot, workflow, and site from a single control plane.

Sensor Fusion

Combine vision, depth, thermal, and industrial signals into a single decision-making fabric.

Simulation

Test automation scenarios in physics-accurate sandboxes before touching production hardware.

Teleoperation

Blend human expertise with robotic precision through low-latency teleoperation across any site.