Mission-Critical Industries
We provide full-stack engineering to deliver high-performance, intelligent systems for the world's most demanding sectors. Explore our proven solutions below.
Defense & Security
This sector demands rugged, real-time AI for ISR, situational awareness, and autonomous systems where failure is not an option.
Rugged AI Mission Computer
Hardware Integration
NVIDIA Jetson AGX Orin in a conduction-cooled chassis, custom carrier board with MIL-DTL-38999 connectors, and integrated FPGA for low-latency sensor I/O.
Firmware & GPU Solution
Custom Linux BSP with a real-time kernel, secure boot, and a TensorRT-optimized application for multi-sensor fusion (EO/IR, Radar) and object detection.
Autonomous Ground Vehicle (AGV) Controller
Hardware Integration
Jetson Orin NX module on a custom board with GMSL camera inputs, CAN bus, and Ethernet for vehicle control.
Firmware & GPU Solution
ROS 2-based system running on a hardened OS. We provide Isaac ROS-accelerated nodes for perception, navigation, and path planning, all running on the GPU.
Key Standards & Protocols
Avionics & Flight Control
We deliver certifiable, high-performance computing for next-generation cockpits and autonomous flight systems.
Certifiable Flight Control GPU
Hardware Integration
Custom board with an NVIDIA RTX 5000 Ada GPU, multiple redundant processing channels, and ARINC 429/818 interfaces. Designed for DO-254 compliance.
Firmware & GPU Solution
A certifiable, partitioned OS (e.g., PikeOS or Green Hills INTEGRITY) running a DAL-A graphics and compute driver. We provide a Vulkan SC-based rendering engine for the cockpit display system.
AI-Enhanced Navigation System
Hardware Integration
Jetson AGX Orin integrated into an existing flight computer chassis, connected to GPS, IMU, and vision-based sensors.
Firmware & GPU Solution
A CUDA-based Kalman filter and a TensorRT-optimized neural network for visual odometry, providing a reliable navigation solution in GPS-denied environments.
Key Standards & Protocols
Railway & Industrial
Our focus is on AI-powered computer vision for collision avoidance, predictive maintenance, and robotic control in demanding environments.
AI-Powered Obstacle Detection System
Hardware Integration
Jetson AGX Orin in a fanless, IP67-rated enclosure with M12 connectors for cameras and I/O. Custom carrier with isolated power supply for railway use.
Firmware & GPU Solution
A DeepStream-powered application that analyzes multiple video streams to detect and classify objects on the track, providing real-time alerts to the operator.
Predictive Maintenance Sensor Hub
Hardware Integration
A compact Jetson Orin Nano-based system that collects data from vibration sensors, acoustic sensors, and thermal cameras mounted on critical machinery.
Firmware & GPU Solution
A custom application with a TensorRT-optimized anomaly detection model that runs at the edge, identifying potential failures before they occur and sending maintenance alerts over the industrial network.
Key Standards & Protocols
Healthcare & Medical
We accelerate medical imaging and diagnostics by engineering portable, real-time AI devices that bring intelligence to the point of care.
Portable AI-Enhanced Ultrasound
Hardware Integration
A rugged, pocket-sized device powered by a Jetson Orin Nano. We integrate a custom ultrasound probe interface and a low-power touchscreen display.
Firmware & GPU Solution
We provide a TensorRT-optimized neural network for real-time segmentation and analysis of ultrasound imagery. The system runs a secure, custom Linux BSP and provides DICOM-compliant output for integration with hospital PACS.
Real-time Patient Monitoring
Hardware Integration
A wearable sensor suite connected to a central NVIDIA Jetson gateway that aggregates data from dozens of patients simultaneously.
Firmware & GPU Solution
The gateway runs a real-time anomaly detection model to identify critical events (e.g., falls, cardiac distress). Alerts are sent directly to nursing stations via a secure, low-latency protocol, bypassing the need for a cloud round-trip.
Key Standards & Protocols
Smart Infrastructure
Our solutions enable intelligent traffic management, automated security systems, and structural monitoring for smarter, safer cities.
Intelligent Traffic Management System
Hardware Integration
Roadside units equipped with Jetson AGX Orin, multiple 4K cameras, and integrated 5G/DSRC transceivers for V2X communication.
Firmware & GPU Solution
Our GPU-accelerated platform processes multiple video feeds in real-time to detect traffic flow, classify vehicles, and identify incidents. The system runs locally, providing immediate data to traffic controllers and emergency services through NTCIP protocols.
Public Safety & Security Platform
Hardware Integration
A network of high-resolution cameras connected to edge servers running NVIDIA GPUs for city-wide surveillance and threat detection.
Firmware & GPU Solution
We deploy optimized models for real-time object detection, facial recognition, and behavioral analysis. The system is compliant with ONVIF standards, ensuring interoperability with existing security infrastructure while maintaining data privacy by processing it on-premise.
Key Standards & Protocols
Robotics, Logistics, & Autonomous Systems
This domain relies on SKYSENTRIC's expertise to implement the core 'perceive, plan, act' loop for warehouse robotics and autonomous vehicles.
SLAM Module
Hardware Integration
A Jetson AGX Orin-powered module serving as the central brain. We integrate 3D LiDAR, stereo-depth cameras, and IMUs on a custom carrier.
Firmware & GPU Solution
This is a core SKYSENTRIC service. We provide a CUDA-accelerated SLAM algorithm (e.g., ORB-SLAM, point cloud processing) that runs entirely on the GPU, freeing the CPU. This is delivered as a ROS 2 node, optimized with NVIDIA Isaac ROS.
Vision-based Pick & Place Controller
Hardware Integration
A Jetson Orin module integrated with 3D cameras and the robotic arm's EtherCAT or CANopen controller.
Firmware & GPU Solution
The GPU runs TensorRT-optimized CNNs for 6-DoF pose estimation (to find the object) and grasp planning. Our firmware provides the real-time ROS 2 node that translates the GPU's output into deterministic EtherCAT/CANopen commands for the arm.