At Embien, we are a leading electronic product engineering company specializing in the defence sector. With proven expertise in DO-178B/C standards and a deep understanding of mission-critical applications, we deliver innovative, reliable, and secure solutions tailored to the unique demands of defence electronics.
Our comprehensive services cover every aspect of product development, like Embedded Hardware Design, FPGA Design, Embedded Software Development and Rugged Mechanical Design, ensuring your systems perform flawlessly in the most challenging environments.
Here are some key reasons that make us a preferred vendor of Defence Electronics Sub System Development Services for organizations across the globe.
Our track record of advanced systems reflects our deep knowledge of defence electronics.
We meet rigorous standards like DO-178B/C, MIL-STD-810, and MIL-STD-461, ensuring safety and reliability.
We manage the full development process, minimizing risks and ensuring integration.
We utilize the latest advancements to keep your systems ahead of the curve.
Our designs prioritize performance and protection, vital for defence applications.
Rigorous testing and verification ensure every product meets top standards.
Our FPGA design services deliver high-performance, adaptable solutions for defence applications. We specialize in custom FPGA designs optimized for signal processing, cryptography, and real-time data handling, meeting stringent standards like MIL-STD-883 for reliability. Our expertise includes high-speed interfaces, low-power designs, and radiation-hardened solutions for space and high-altitude missions.
Leveraging tools from industry leaders like Xilinx and Intel, we tailor designs to your specific requirements. We implement complex algorithms and integrate FPGAs seamlessly with other system components. Security is a priority, with features like secure boot and encrypted bitstreams to safeguard sensitive data. Our FPGA solutions offer flexibility and scalability, ensuring they evolve with your mission needs. Whether standalone or integrated, our designs provide the performance and reliability defence applications demand.
Read MoreOur embedded hardware design services create robust electronics built to thrive in harsh defence environments. We design systems that comply with MIL-STD-810 for environmental resilience and MIL-STD-461 for electromagnetic compatibility. Our capabilities include high-density interconnects, advanced thermal management, and multi-function integration to reduce size and weight. Using cutting-edge design tools and simulations, we ensure optimal performance and durability.
Our hardware incorporates technologies like high-speed serial interfaces, power-efficient processors, and secure communication protocols. We emphasize design for manufacturability, enabling efficient, cost-effective production. From initial concept to final assembly, we collaborate closely to meet your exact specifications. Our hardware solutions deliver the reliability and precision critical for defence operations.
With extensive experience in DO-178B/C compliant software development, we provide embedded software that is safe, reliable, and secure for defence applications. We adhere to standards like MISRA for coding quality and implement robust security measures to protect critical systems. Our expertise spans real-time operating systems, secure boot mechanisms, and fault-tolerant designs for uninterrupted performance.
We conduct rigorous testing and verification to meet the highest quality benchmarks. Our team excels in middleware and driver development, ensuring seamless hardware integration. We deliver software tailored to your needs, whether for standalone applications or complex systems. Our proven processes guarantee performance under the most demanding conditions. Trust us to provide software that powers your mission with confidence.
Our rugged mechanical design services protect your electronics in the toughest defence environments. We create enclosures and structures that meet MIL-STD-810 for shock, vibration, and temperature extremes, plus IP ratings for ingress protection. Our designs utilize advanced materials, sealing techniques, and innovative cooling solutions to ensure optimal performance.
Using state-of-the-art CAD tools and simulations, we validate designs for durability and functionality. Tailored to airborne, ground, or naval applications, our solutions prioritize weight reduction and ease of maintenance. We integrate mechanical designs with electronic systems for seamless operation. Our expertise ensures your equipment withstands the rigors of defence missions. Rely on us for mechanical designs that deliver protection and longevity.
Our turnkey Defence Electronics Product Development services offer a complete solution, managing your project from concept to production. We oversee the entire lifecycle—design, prototyping, testing, and manufacturing—ensuring consistency and reducing risks. Adhering to ISO 9001 for quality management and defence-specific standards, we guarantee compliance and excellence. Our team integrates hardware, software, and mechanical components into fully functional systems.
We employ advanced manufacturing techniques and automated testing to deliver high-quality, reliable products. This holistic approach accelerates time to market while maintaining stringent quality controls. With our turnkey expertise, you can focus on your mission while we handle the complexities. We deliver ready-to-deploy solutions that meet your operational goals.
We modernize and localize defense systems to meet current needs and future challenges. Our reengineering services include:
We have developed a range of advanced systems that showcase our expertise and credibility in defence electronics product development including necessary FPGA Design and Rugged Mechanical Designs:
L4T Nvidia Tegra TK1 Linux Performance tuning and automated deployment system development for a defense OEM.
A cutting-edge communication protocol developed to meet the requirements of advanced automotive systems, providing a high-speed and deterministic protocol for real-time applications..
Different applications of interrupts in basic RTOS based firmware and cover one particular use case of interrupts – performing context switch.