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Purpose-built embedded solutions — from mission-critical avionics to AI-powered defense systems.

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Single Board Computer (SBC) Development Aviation & Defense · Mission-Critical Embedded Systems

VEmbed brings deep engineering expertise to the design and development of high-performance Single Board Computers for demanding aviation and defense environments. With hands-on experience across multiple processor architectures — from NXP QorIQ and i.MX to NVIDIA Jetson and Intel Atom — our team delivers purpose-built hardware solutions that meet the rigorous reliability, size, and performance requirements of mission-critical deployments.

Our SBC portfolio spans the full range of embedded processing needs: core mission systems, video and graphics processing modules, and I/O expansion boards and backplanes in both 3U and 6U form factors. All products are engineered for compatibility with established defense bus architectures — VME, VPX, and PCIe — ensuring seamless integration into existing platforms and infrastructure.


Processor Architectures

NXP QorIQ NXP i.MX NVIDIA Jetson Intel Atom ARM

Bus & Interconnect

VME VPX (VMX) PCIe

Form Factors

3U 6U

Mission Systems
Main processing boards
Video & Graphics
GPU processing modules
I/O & Backplanes
3U & 6U form factors
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MIL-STD-1553B Interface Cards MUX Bus Interface (MBI) Architecture · Avionics & Defense

VEmbed designs and manufactures high-performance MUX Bus Interface (MBI) cards built around the MIL-STD-1553B avionics data bus standard. Our MBI architecture provides a reliable bridge between the host CPU and the 1553B bus across a range of form factors and channel configurations, supporting the full spectrum of operational modes required in modern defense and aerospace systems.

Our MBI product line spans 3U VME, 6U VME, and PMC form factors with two, three, and four channel configurations. All cards support Bus Controller (BC) and Remote Terminal (RT) operation, with select models additionally offering Monitor Terminal (MT) and dual RT capability on fully redundant channels — making them well-suited for safety-critical applications where data integrity and fault tolerance are paramount.


Bus Standard & Interface

MIL-STD-1553B VME PMC

Form Factors

3U VME 6U VME PMC

Operational Modes

Bus Controller (BC) Remote Terminal (RT) Monitor Terminal (MT) Dual RT

Channel Configurations
2, 3 & 4 channels
Redundancy
Fully redundant channels
Form Factors
3U VME, 6U VME, PMC
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Mission-Critical Avionics Systems End-to-End Design, Development & Certification

VEmbed offers complete end-to-end development of mission-critical avionics systems, managing every phase of the product lifecycle under one roof. From requirements engineering and system design through PCB and mechanical enclosure design, manufacturing, and simulation, our multidisciplinary team ensures that every design decision is traceable and every component is validated to the exacting standards of the aerospace and defense industry.

Our capabilities span hardware and software in equal measure — encompassing firmware and software development, BSP bring-up, and rigorous testing and validation regimes. We guide our clients through the full certification process, ensuring compliance with applicable avionics standards, and remain actively engaged through system integration and long-term post-deployment support.


Domain Focus

Avionics Defense Systems Mission-Critical Safety-Critical

End-to-End Lifecycle Coverage

01Requirements Engineering
02System Design
03PCB Design
04Mechanical Enclosure Design
05Manufacturing
06Simulation & Analysis
07Software & Firmware Dev
08BSP Development
09Testing & Validation
10Certification
11System Integration
12Support & Sustainment
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Intelligent Target Acquisition & Tracking System Ground-to-Ground · Day & Night · AI-Powered

VEmbed's Target Tracking System is a high-performance surveillance and engagement solution engineered for ground-to-ground operational scenarios across all lighting conditions. Designed to meet the demanding requirements of modern defense deployments, the system delivers continuous, reliable target acquisition and tracking through an integrated suite of day and thermal night-vision sensors, ensuring uninterrupted situational awareness from first detection through to engagement.

Built on an NVIDIA-based embedded processing architecture, the system leverages AI-driven algorithms for real-time target detection, multi-target tracking, and re-identification — maintaining target identity even through occlusion, scene changes, or temporary loss of line-of-sight. Unlike conventional systems that rely on separate algorithms for visible and thermal imagery, VEmbed's system employs a single unified detection and tracking algorithm across both modalities — reducing latency, simplifying integration, and ensuring continuous target re-identification regardless of sensor input.


Operational Profile

Ground-to-Ground Day Operations Night Operations All-Weather

Core Technology

NVIDIA Architecture AI-Driven Detection Multi-Target Tracking Re-Identification Unified RGB & Thermal Algorithm

Key Attributes

Thermal Imaging Occlusion Handling Ruggedized Modular Architecture C2 Integration

Sensing
Day & thermal night-vision sensors
Processing
NVIDIA GPU with AI inference engine
Algorithm
Single unified — RGB & thermal
Integration
Compatible with C2 & weapons platforms
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