N‑Vision
Autonomous Perception in Complex Environments
Identifies traversable areas and obstacles in real time across unfamiliar environments, outdoor terrain and unstructured roads.
CORE TECHNOLOGY
NIS Intelligent Unmanned System
NOVER ROBOTICS’ core technologies draw on the long-term accumulation of Noland Technology and related technical teams in artificial intelligence, unmanned systems and intelligent equipment.
NIS Intelligent Unmanned System
The NIS Intelligent Unmanned System (Nover Intelligent System) is NOVER ROBOTICS’ self-developed modular full-stack intelligent system for UAVs, unmanned ground vehicles, unmanned vessels, intelligent operation robots and other unmanned equipment. As the equipment’s intelligent decision-making hub, NIS integrates environmental perception, autonomous decision-making, mission command and control, multi-vehicle collaboration, reliable communications and high-precision navigation. Its modular architecture supports on-demand hardware and software selection and flexible configuration, embedding into existing equipment through module licensing or supporting complete-machine development while providing a more efficient, flexible and scalable path to intelligent upgrades.
N‑ML
Autonomous Operation with Weak or No Network
Core tasks do not depend on a continuous cloud connection; autonomous navigation and mission execution continue even when communications are interrupted.
N‑Tuning
Open Mission Expansion
Supports robotic arms, transport compartments, cleaning mechanisms, reconnaissance payloads, inspection sensors and more.
N‑Fusion
Multi-source Fusion Positioning
Fuses satellite positioning, LiDAR, vision and inertial navigation, with flexible configurations for different scenarios.
N‑Edge
Lightweight Edge-computing Deployment
Performs positioning, perception, planning and control without relying on high-end autonomous-driving computing platforms, reducing overall system cost and power consumption.
N‑SLAM
Autonomous Path Planning and Obstacle Traversal
Supports map-based point selection, autonomous route finding, dynamic obstacle avoidance, exit finding and traversal of complex terrain.