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CYBERWAVE PLATFORM

Automation infrastructure for the AI-defined era

Cyberwave unifies the capabilities required to design, deploy, and scale intelligent robotics—plus the components that deliver enterprise reliability, security, and speed.

Platform Architecture

Intent Sources
Human Operators
Field engineer
Developers
AI Agents & Copilots
User requests, API calls
Interaction & Access Layer
Cyberwave App
SDK & APIs
REST/MQTT
CLI & Edge Runtime
Intents, Missions, Workflows

Physical AI Workflow Engine

Mission orchestration & schedulingAgentic workflows & task graphsPolicy-aware routing & failbackSim-to-real deployment logic
Tasks, AI policies
Core Capabilities
Digital Twin
3D replicas, simulation
Teleoperation
Low-latency control
Edge AI
On-device inference
Vision
Perception & detection
Fleet
Multi-robot missions
Commands, policies
Telemetry, video
Control commands
Data & Integration Layer
Enterprise & OT
ERP, MES, WMS, EAM
Data Plane
Time-series DB, event bus
Connectors
SAP, cloud services, APIs
Telemetry, sensor data
Events, KPIs, alarms
Robot & Sensor Layer
Robotic arm
Drone
AMR
Quadruped
Cameras
PLCs, IoT

Safety Policy

Governance Layer

Risk policies
zones, limits, no-fly
RBAC & approvals
Audit logs
chain of custody
Simulation gates
dry-run checks
Capabilities

What the Cyberwave platform makes possible

Cyberwave powers the entire automation lifecycle—from digital twins and simulation to fleet orchestration and AI-driven robotics.

View all capabilities

Technical Advantages

Why Cyberwave outperforms traditional robotics solutions

Traditional Robotics

Months of integration time
Vendor lock-in and proprietary systems
Manual programming and configuration
Limited flexibility and adaptability

Cyberwave Platform

Deploy in minutes with simple APIs
Universal integration layer
AI-driven autonomous operation
Infinite reconfiguration possibilities

Why Simple Code Is Revolutionary

Behind those 10 lines of Python lies breakthrough technology that eliminates years of traditional robotics complexity

Traditional Robotics Development

6-18 months integration time
Custom drivers, protocols, safety systems
$500K+ development costs
Custom software, specialized engineers
Risk expensive hardware damage
Test on real robots, learn from crashes
Vendor lock-in forever
Proprietary systems, no portability

Cyberwave Revolution

5 minutes to autonomous operation
Universal robot registry, instant compatibility
Simple Python import
Software-defined devices, automatic capabilities
Perfect digital twin testing
Test dangerous scenarios safely in simulation
Any robot, any vendor
Universal integration, no lock-in ever

Ready to orchestrate intelligent robotics?

Cyberwave connects digital twins, edge AI, fleet management, and enterprise systems into one programmable automation fabric.