Development of embedded software for ultra-low power cardiac implantable devices, creation of image processing algorithms for ultrasound devices, design of user control software for embedded medical devices, crafting of an Android application for self-diagnostics, and implementation of AI-based image processing algorithms for diagnostic purposes. Additionally, we have expertise in electronics and system design for neural cortical implants.
Provision of comprehensive solutions for LASER-based interception systems encompassing guidance and control, image tracking, image processing, LASER control, and designation. We've also developed a compact radar-based detect-and-avoid system comprising RF technology, electronics, FPGA programming, and algorithms.
Services include embedded electronics board bring-up, image processing, camera control, AI integration, and EMC testing
Design and development of automated test equipment for optical routers, creation of software for standalone bit error rate testers for optical modules, implementation of hardware and FPGA code for an RF to optics fault detection system, and realization of high-switching, precise current control for LASER diodes.
Expertise in graph data digitization, image unwarping and deskewing, image stitching, image quality detection, and handling of extremely large images.
A highly skilled and agile team with combined experience of tens of years. Hands-on experience in developing for large scale projects as well as startup companies. Full in-house skill set that cover all the critical aspects of the system design.
A wide set of skills: software, system engineering, signal processing, image processing, guidance, control, electronics, RF, FPGA, mechanics and more
Solutions for a wide range of platforms: embedded devices, desktop applications, Cloud and Android
A selection of programming languages for optimal time and performance solutions: C/C++, Python, C#, Java, MATLAB and more