Engineered for Real-Time Decision-Making, Certified for Unwavering Reliability.
Beyond the Edge: Powering the Future of Unmanned Autonomy Reliability that Never Blinks. Engineering for 24/7 Mission-Critical Operations
As global labor shortages and the drive for efficiency accelerate the adoption of autonomous systems, the frontier is shifting. To truly replace human presence, unmanned vehicles and uncrewed systems must move beyond controlled environments and into the most unforgiving field conditions.
In this transition, "intelligence" is only half the battle. The real challenge is survival. The Neousys edge AI computing platform is engineered to be the unwavering heart of your fleet. Beyond just processing data, it is built to ensure long-term operational reliability where others fail. Whether it’s scorching heat, bone-chilling cold, or relentless vibration, our specialized platforms provide the rugged DNA required for every mission across land, sea, and air.
Land
Dustproof, Fanless & Rugged Design for Ground Systems
Ground-based unmanned systems require ultimate protection; therefore, Neousys platforms prioritize superior dustproofing with IP rating to survive harsh field environments. To completely isolate internal components from contamination, the systems utilize a reliable fanless architecture that effectively manages wide-temperature fluctuations. Lastly, to endure rugged terrains, the platforms are fully certified to MIL-STD-810H shock and vibration standards, ensuring uninterrupted operation against continuous impacts.
Autonomous Mowers
Operating across uneven terrain and exposed outdoor environments, autonomous mowers require waterproof, vibration-resistant, fanless systems with wide-temperature support. IP67 and integrated PoE for multi-camera input and ruggedized power design ensure stable 24/7 operation under dust, heat, and continuous movement.
Autonomous Mobile Robot
Both indoor and outdoor AMRs require compact and reliable computers with high AI inference performance. For indoor AMRs, systems with built-in PoE are recommended for seamless camera integration, while outdoor AMRs benefit from onboard GMSL2 support to ensure stable operation under waterproof requirements and varying lighting conditions.
Defense UGVs
Defense-grade UGVs demand MIL-STD-810H shock and vibration compliance, wide-temperature operation, and reinforced power protection. GPU-enabled edge AI platforms support ISR workloads, AI-based target recognition, and secure communications in mission-critical scenarios.
Automated Robotic Valet Parking Systems
Robotic valet platforms require stable CPU computing to process multi-camera vision and real-time vehicle positioning. Systems with multiple PoE ports, ignition control, fanless, and robust thermal design ensure reliable deployment in confined, high-temperature parking structures.
Last-Mile Delivery Robots
Urban delivery robots rely on compact, low-power edge AI systems for real-time SLAM, object recognition, and route planning. Fanless architecture, support GMSL automotive cameras, wide-voltage input, and durable mechanical design ensure stable performance despite curb impacts, weather exposure, and continuous stop-and-go movement.
Robotic Dogs
Robotic dogs are suitable for inspection tasks in various terrains. It requires a lightweight yet robust GPU computing platform to support dynamic movement and environmental awareness. A compact form factor, wide-temperature design, and vibration-resistant construction enable reliable operation across complex terrain and field deployments.
Automated Robotic Valet Parking Systems
Robotic valet platforms require stable computing platforms to process multi-camera vision and real-time vehicle positioning. Featuring M-12 connectors that withstand shock and vibration, the systems also come with multiple PoE ports, ignition power control, fanless operation, and robust thermal design to ensure reliable deployment in confined, high-operating temperature parking structures.
Autonomous Street Sweeper
Autonomous street sweepers operate in harsh outdoor environments with heavy dust exposure, extreme temperature variations, and constant vehicle vibration. In addition to low power-consumption AI computing for real-time surround perception and safety detection, the system also requires multiple CAN Bus interfaces and GbE connectivity to integrate various onboard sensors and peripheral devices.
Recommended platforms
NRU-220S
NVIDIA® Jetson AGX Orin™ AI NVR for Intelligent Video Analytics
Nuvo-9100VTC
In-vehicle computer with 4x M12/ 4x RJ45 / 8x RJ45 PoE+ ports
NRU-160-AWP
IP66 Waterproof NVIDIA® Jetson Orin™ NX/ Nano AI Computer
NRU-52S+
NVIDIA® Jetson Orin™ NX/ Nano Edge AI Computer
Nuvo-10109GC
Industrial Edge AI Computer Supporting Single 600W GPU
SEMIL-2000
19"/2 rack mount IP69K waterproof computer
Sea
High Humidity, Salt Fog & Wave Impact
Maritime environments present continuous exposure to corrosion, moisture ingress, and mechanical shock from waves.
Waterproof and anti-vibration Protection
Systems are built with IP67/IP69K-rated protection and wide-range operating temperature to prevent degradation of metal interfaces in coastal and offshore deployments.
Ruggedized M12 connectors ensure secure power and data transmission, maintaining uninterrupted communication even under heavy wave impact.
Port AGV
Port AGVs operate in high-humidity, salt-laden environments with continuous vibration and heavy payload movement. IP67/IP69K-rated systems with M12 connectors ensure reliable communication and power integrity, while GPU acceleration enables real-time container positioning and fleet coordination.
Military-Grade USVs
Uncrewed surface vessels designed for defense missions must feature sealed and waterproof construction to withstand wave impacts and harsh marine environments during real-world maritime operations. Computing platforms with IP-rated protection, wide-temperature operation, rugged power input, and reinforced mechanical design ensure stable AI processing and secure communications in mission-critical deployments.
Solar-Powered USVs
Solar-powered USVs require ultra-efficient, low power-consumption edge computing to maximize operational endurance during long-duration maritime missions. When deployed inside waterproof enclosures, thermal management becomes a critical design consideration to ensure stable system performance. Equipped with multiple cameras and support for Wi-Fi/4G/5G wireless communication modules, the platform serves as an ideal solution for maritime safety and surveillance applications. Featuring a fanless architecture, IP-rated protection, and wide-range power input, the system is designed for reliable long-term autonomous operation in high-humidity environments and under unstable power conditions.
Ocean Monitoring and Observing Platforms
Autonomous maritime monitoring platforms require rugged, low power-consumption waterproof edge systems for continuous ocean surveillance and AI-based vessel detection. Designed for offshore deployment, the platform must withstand salt spray, humidity, wave impact, and harsh weather conditions while maintaining reliable autonomous operation. Waterproof construction and secure M12 connectivity ensure stable data transmission at sea. With support for LiDAR and IR cameras, the system enables precise navigation and enhanced nighttime maritime security for dependable 24/7 monitoring.
Recommended platforms
NUR-160-FT
NVIDIA Jetson Orin™ NX/ Nano Fanless Flattop Heatsink Edge AI Computer
NRU-230V-AWP
IP66 Waterproof NVIDIA® Jetson AGX Orin™ Computer
SEMIL-2200
2U 19“/2 rack mount IP69K mission critical computer
Air
Extreme Temperature Variations & Weight Constraints
Aerial uncrewed systems demand strict optimization of size, weight, and power without compromising performance.
Low SWaP-C & Wide Temperature Operation
Our platforms are designed with a Low SWaP-C (Size, Weight, Power, and Cost) architecture to maximize payload capacity and extend flight endurance.
With wide-temperature operation from -40°C to 70°C, the systems withstand high-altitude cold starts while efficiently dissipate heat generated by onboard electronics.
Precision Agricultural UAVs
Precision agricultural UAVs require lightweight, GPU-accelerated computing to process real-time imaging and navigation data. Low SWaP-C design and wide-temperature support enable stable airborne performance while maximizing payload capacity and flight endurance.
Industrial UAV Platforms
Industrial UAVs used for inspection, mapping, and surveillance depend on compact, vibration-resistant edge AI systems. Wide-temperature operation, efficient thermal design, and high-speed I/O support multi-sensor integration and reliable aerial data processing in demanding environments.
Recommended platforms
FLYC-300
Low-SWaP AI Mission Computer
NRU-240S-AWP
IP66 Waterproof NVIDIA® Jetson AGX Orin Computer
NUR-160-FT
NVIDIA Jetson Orin™ NX/ Nano Fanless Flattop Heatsink Edge AI Computer
Certification & Award
