Computer vision models analyze the environment in real time to detect people, objects, obstacles, and operational hazards.
Advanced perception algorithms enable machines to understand spatial layouts and navigate complex industrial environments.
AI models analyze incoming visual data and make real-time operational decisions to avoid hazards and optimize movement.
All processing occurs directly on embedded AI hardware, enabling real-time performance without reliance on cloud connectivity.
Multiple machines can be connected to centralized fleet intelligence systems to monitor operations, optimize workflows, and improve safety.
Transform conventional forklifts into AI-powered autonomous systems that can see, understand, and act in real time.
Powered by advanced vision AI and edge intelligence, the system enables forklifts to operate with human-like awareness, improving safety, efficiency, and scalability across industrial environments.
This system helps organisations:

AI-powered surround vision and pedestrian detection for forklifts. This system improves operator awareness by providing wide-area visibility and intelligent alerts that help detect nearby workers and obstacles.

Advanced AI safety system with automated collision prevention, combining surround vision with active safety intervention for instant automatic braking.
AI-assisted reverse safety for forklifts and industrial vehicles. Monitors the rear zone and automatically intervenes when hazards are detected.

Lightweight AI monitoring system for improved rear visibility. Detects pedestrians and issues proximity alerts during reverse operations.

Flexible wireless monitoring for industrial vehicles — real-time visual monitoring without complex wired installations, ideal for retrofits and mobile assets.

Industrial-grade wireless cameras for real-time rear visibility. Ensures stable monitoring performance even in high-noise operational settings.
AI-powered pedestrian detection helps prevent collisions and workplace accidents.
Advanced vision systems reduce blind spots and improve situational awareness.
Automated alerts and safety interventions help minimize human error.
Systems can be installed on existing forklifts and industrial vehicles without any dismantle.
From warehouse floors to shipping terminals — wherever heavy equipment meets human presence, we keep people safe.
Smarter Intelligence. Anywhere. Anytime.
This platform delivers high-performance AI computing systems that enable organisations, institutions, and innovators to build, deploy, and scale intelligent applications seamlessly, with a strong focus on edge AI, real-time processing, and system integration.
It provides high-performance Edge AI systems for robotics, computer vision, autonomous systems, and real-time intelligent applications, empowering users to unlock the full potential of artificial intelligence by enhancing productivity, enabling automation, and driving smarter decision-making.
Five Tiers.
One Intelligent Platform.
| Overview | |
| Positioning | Entry-Level System |
| Best For | Beginners |
| Ideal Use Case | Intro AI Learning |
| Hardware | |
| GPU Power | Basic AI GPU |
| CPU | 2-Core / 4 Thread |
| RAM | 16GB |
| Storage | 256GB |
| Power Range | 10–75W |
| AI Capabilities | |
| Edge AI Processing | ✓Entry |
| Computer Vision | ✓Intro |
| Robotics Integration | ✓Intro |
| Autonomous Systems | — |
| IoT & Sensors | ✓Basic |
| Simulation / Digital Twin | — |
| System | |
| Connectivity | WiFi 6 + Dual LAN |
| OS Support | Linux / Windows |

| Overview | |
| Positioning | Foundation System |
| Best For | Schools & Training |
| Ideal Use Case | Learning & Labs |
| Hardware | |
| GPU Power | Entry AI GPU |
| CPU | 6-Core / 12 Thread |
| RAM | 16GB |
| Storage | 500GB |
| Power Range | 10–75W |
| AI Capabilities | |
| Edge AI Processing | ✓Basic |
| Computer Vision | ✓Basic |
| Robotics Integration | ✓Basic |
| Autonomous Systems | — |
| IoT & Sensors | ✓Basic |
| Simulation / Digital Twin | — |
| System | |
| Connectivity | WiFi 6 + Dual LAN |
| OS Support | Linux / Windows |

| Overview | |
| Positioning | Applied AI Platform |
| Best For | Innovation & Prototyping |
| Ideal Use Case | Product Development |
| Hardware | |
| GPU Power | Medium (6GB) |
| CPU | 8-Core / 16 Thread |
| RAM | 32GB |
| Storage | 500GB |
| Power Range | 50–95W |
| AI Capabilities | |
| Edge AI Processing | ✓Standard |
| Computer Vision | ✓Standard |
| Robotics Integration | ✓Standard |
| Autonomous Systems | ✓Medium |
| IoT & Sensors | ✓Standard |
| Simulation / Digital Twin | ✓Standard |
| System | |
| Connectivity | WiFi 6 + Dual LAN |
| OS Support | Linux / Windows |

| Overview | |
| Positioning | Advanced AI System |
| Best For | Universities & Labs |
| Ideal Use Case | AI Labs & Vision Systems |
| Hardware | |
| GPU Power | High (12GB) |
| CPU | 8-Core / 16 Thread |
| RAM | 32GB |
| Storage | 1TB |
| Power Range | 50–95W |
| AI Capabilities | |
| Edge AI Processing | ✓Advanced |
| Computer Vision | ✓Multi-stream |
| Robotics Integration | ✓Advanced |
| Autonomous Systems | ✓High |
| IoT & Sensors | ✓Full |
| Simulation / Digital Twin | ✓Advanced |
| System | |
| Connectivity | WiFi 6 + Dual LAN |
| OS Support | Linux / Windows |

| Overview | |
| Positioning | Flagship AI Compute |
| Best For | Research & Industrial AI |
| Ideal Use Case | Autonomous AI Systems |
| Hardware | |
| GPU Power | High-end (16GB) |
| CPU | 8-Core / 16 Thread |
| RAM | 32GB |
| Storage | 1TB |
| Power Range | 50–95W |
| AI Capabilities | |
| Edge AI Processing | ✓Advanced |
| Computer Vision | ✓Multi-camera |
| Robotics Integration | ✓Industrial |
| Autonomous Systems | ✓Full |
| IoT & Sensors | ✓Full |
| Simulation / Digital Twin | ✓Advanced |
| System | |
| Connectivity | WiFi 6 + Dual LAN |
| OS Support | Linux / Windows |

All Edge AI Systems are designed with a scalable architecture.
Scalable.
Scalable.
Efficient.
Efficient.
Human-centered.
Human-centered.
Accessible.
Accessible.
Practical.
Practical.
Everywhere.
Everywhere.
Request a live demo and see how our AI transforms your warehouse safety posture — deployed in days, delivering measurable impact in weeks.
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