Our End-to-End Engineering Services
A CPU processes tasks sequentially. A GPU processes them in parallel. This makes it ideal for AI, but unlocking this power requires a deeply integrated system. At SKYSENTRIC, we provide the end-to-end engineering services to build this system stack from the ground up.
Full-Stack Software, AI & Application Development
This is our core expertise: writing the code that bridges hardware and algorithms. We deliver production-grade software, from low-level drivers to high-level AI applications, all optimized for your specific GPU hardware.
Custom Board Support Package (BSP) & Driver Development
We build and customize BSPs and low-level drivers (e.g., for MIPI CSI-2, GMSL, FPD-Link) to enable unique sensor and peripheral integrations with your chosen GPU module.
Firmware Engineering & OS Hardening
We develop custom firmware and harden embedded Linux (Yocto) or RTOS (QNX, VxWorks) to create a secure, reliable, and optimized platform for your GPU-based system.
AI Model Optimization & Deployment
Our specialists use NVIDIA TensorRT for quantization (FP16/INT8), pruning, and sparsity to create blazing-fast, lightweight inference engines tailored for your specific GPU's architecture.
AI Application & Computer Vision Development
We build end-to-end applications leveraging the full power of the NVIDIA software stack, including DeepStream for intelligent video analytics, Isaac ROS for robotics, and Holoscan for medical-grade AI.
Camera & Sensor Integration
We provide deep expertise in camera module design, sensor characterization, and ISP tuning to get the most out of advanced imaging sensors (thermal, night vision, 4K) on your GPU platform.
Custom Hardware Integration & System Design
We are hardware-agnostic, selecting the best third-party components and designing the board-level architecture to connect them. Our focus is on creating a seamless, high-performance system around the GPU.
Optimal Module Selection
We guide clients through the complex process of selecting the right compute module, from NVIDIA Jetson (AGX Orin, Orin NX, Orin Nano) to other high-performance industrial and rugged variants.
Custom Carrier Board & I/O Design
We provide full, from-scratch carrier board design services to meet your exact form factor, connector (e.g., GMSL, M12), and I/O requirements, ensuring perfect integration with the GPU module.
Multi-Sensor Fusion & Data Pipeline Architecture
We specialize in architecting high-speed data pipelines using GPUDirect RDMA, PCIe, and other DMA techniques to feed multiple high-bandwidth sensors (LiDAR, 3D ToF, radar) directly to the GPU for real-time processing.
FPGA Co-Processing Integration
When nanosecond-level latency is critical, we integrate FPGAs alongside GPUs, offloading specialized signal processing and freeing up the GPU for high-level AI tasks.
Ruggedization, Thermal & Environmental Engineering
An edge device must survive its environment. We provide the mechanical and thermal engineering services to ensure your GPU-based system performs reliably under the most demanding conditions.
Mechanical & Thermal Design
We design the complete mechanical and thermal solution—from passive, fanless enclosures to active or liquid cooling systems—to ensure your high-power GPU operates at peak performance without thermal throttling.
Rugged & Industrial-Grade Systems
We have deep expertise in sourcing and integrating industrial-grade and rugged COTS components, ensuring your GPU system can withstand extreme temperatures, shock, and vibration.
EMI/EMC Shielding & Isolation
We provide critical board-level and system-level expertise in isolation, grounding, and shielding to protect sensitive sensors and ensure your GPU-based product passes strict EMI/EMC certification.
Safety, Reliability, & Certification Services
For mission-critical clients, "failure is not an option." We build reliability and certifiability into the core of your GPU-powered system architecture.
Functional Safety (FuSa) & Redundancy
We architect redundant, fault-tolerant systems with no single point of failure, often implementing a supervising microcontroller (MCU) to act as a watchdog for the main GPU.
Certification Pathway Engineering
While not a certification body, we provide the critical engineering to design GPU systems that are certifiable for standards like DO-178C/DO-254 (Avionics), EN 50155 (Railway), ISO 13485 (Medical), and ISO 26262 (Automotive).
Security & Lifecycle Management
An intelligent edge device must be secure and maintainable for its entire lifespan. We implement robust security at both the hardware and software levels of your GPU system.
Secure Boot & Device Hardening
We leverage the hardware root-of-trust (e.g., a TPM) on the carrier board to implement a secure boot chain, ensuring that only cryptographically signed and authenticated software runs on the GPU.
Secure Over-the-Air (OTA) & Fleet Management
We build robust and secure OTA update mechanisms with reliable rollback paths, allowing you to manage and update a fleet of GPU-powered devices in the field with confidence.
Lifecycle & Obsolescence Management
For clients with long-term (10-15+ year) product lifecycles, we provide active lifecycle management, including component sourcing and planning for the GPU and other critical board-level components.