MMS Overview

Number of Employees: 250 - 499

Minimal Budget: Inquire

Average Hourly Rate: $100/hr

Year Founded: 2002

In todays rapidly evolving world of intelligent devices and embedded vision, image quality has become a defining factor in how users experience technology. Whether in mobile phones, drones, autonomous vehicles, industrial robots, or XR headsets, the ability to capture and process clear, accurate, and visually appealing images is central to success. Achieving this consistently requires not just hardware excellence but deep, cross-disciplinary expertise in imaging software, computer vision, and system integration.

Thats where MM-Solutions (MMS) stands apart!

A Proven Global Leader in Imaging and Embedded Vision -

Founded in 2002 and headquartered in Sofia, Bulgaria, MM-Solutions has built a global reputation as a leader in mobile and industrial imaging software, camera algorithms, and AI-based vision technologies. With more than 250 highly specialized imaging, software, and hardware engineers, MMS provides complete end-to-end development services for camera-enabled products.

The companys expertise spans the entire imaging pipelinefrom sensor bring-up and lens calibration to ISP (Image Signal Processor) tuning, 3A algorithm development (Auto Exposure, Auto White Balance, Auto Focus), and AI-driven image enhancement. MM-Solutions combines deep algorithmic knowledge with real-world product experience, helping OEMs and semiconductor companies deliver world-class camera performance across diverse devices and lighting conditions.

MM-Solutions long-term partnerships with global technology leaders such as Qualcomm, NVIDIA, ARM, Intel, Renesas, and Texas Instruments are central to its success. These collaborations enable MMS to work directly on leading SoC (System-on-Chip) platforms, optimizing imaging pipelines and AI features for each architecture. Whether developing the next-generation smart camera, autonomous drone, or immersive XR headset, partnering with MM-Solutions means partnering with a team that understands how to turn pixels into product differentiation.