XenomatiX is the first company to offer true solid state lidar sensors based on a multi-beam lasers concept and risk-free, scalable, semiconductor technology. XenomatiX’ sensors are known for their unique concept using mature technology components:
- A CMOS-based detector generating high density 3D & intensity point clouds as well as 2D images. This 6D rich data set is used for multiple applications in many markets.
- A multi- beam laser projector generating a high-resolution grid of measurement points.
- A true solid state lidar with no mechanical or moving parts with high reliability and very attractive volume pricing.
The XenomatiX story started in a garage in Leuven, Belgium, with 3 experts in optical metrology inventing and testing multi-beam lidar technology back in 2012. Since then, XenomatiX has expanded to a two-floor building and calibration lab in the Research Park of the city of Leuven in Belgium, famous for its KU Leuven University and many cutting-edge companies, like IMEC.
XenomatiX’ product lines include a broad range of sensing solutions: the millimeter accurate road lidar, XenoTrack; the long & mid-range, off-the-shelf XenoLidar and the modular series X-Module; as well as two software products XenoWare and X-Ware.
For the Automotive and Industrial markets, XenomatiX offers customized series-production lidar modules, referred to as X-Module, for ADAS and AD applications, with focus on performance, size and cost.
In 2018, XenomatiX launched the first ADAS and AD lidar, by 2021 the company launched the 5th generation lidar, the 6th and 7th generations are currently in the pipeline. In 2022 XenomatiX launched a new type of lidar, a road LiDAR, XenoTrack, with short range and high precision, designed for granular road digitization. A new era unlocks for the company, the new XenoTrack is quickly recognized for its accuracy and cost-efficient characteristics which led it to win the IRF GRAA award.
XenomatiX continues to innovate and push the boundaries to create the most accurate and efficient true solid-state lidar technology to help roads get safer and more comfortable for a wide range of cross-industry applications: automotive, industrial, road market, and more.
Today, the company counts around 50 employees in Belgium, Germany, US and China, as well as a solid distribution network through TOYO Corporations, JAT and Shanghai ZK Auto Electronic, MicroGeo and ITS Perception. XenomatiX’ partnership with Tier 1 suppliers and automotive companies include, amongst others Marelli, AGC, Siemens, Imec, Septentrio.
XenomatiX is ISO9001:2015 certified, demonstrating its commitment to safety, quality management, and rigorous validation processes.
3D pointcloud & 2d images
No moving parts
Scalable & affordable
Our values define who we are, what we stand for and how we do things.
- Respect: we value our people, encourage their development and celebrate their efforts;
- Reliability: we work safely, we deliver on promises every time and provide reliable solutions to our customers;
- Agility: we are proactive and actively respond to change in the industry;
- Game change: we promote innovation in our products and services to lead the development in the industry
Our mission is to offer unique applications and solutions based on the best-in-class 3D sensor vision technology, supporting a broad range of markets worldwide. We aim to be the preferred Tier II supplier, delivering cost-effective, reliable and smoothly integrated lidar systems. In the road market, we serve communities providing road comfort and safety insights to facilitate complex and financially important decision making first time right.
Filip , CEO
Alain , CFO
Kris , VP Sales & BD
Liesbet , Engineering Manager
Anne Mie , HR Director
ISO 9001:2015 certification assures our customers that XenomatiX focuses on delivering products and results in line with their expectations, based on a transparent quality management process. We are proud to have earned the ISO 9001: 2015 certification without any major remark, confirming we operated already in a structured and quality-focused way