What’s Happening
In a significant stride in deep learning-based vision perception technology, STRADVISION has inaugurated a new ‘Autonomous Driving Workshop’ in Dongtan, Gyeonggi-do, Korea. This move aims to bolster vehicle object recognition technology in the automotive industry, signaling a new era of innovations.
Why It Matters
With the Autonomous Driving Workshop, STRADVISION is offering an optimal environment for the calibration and optimization of cameras and sensor equipment integral to autonomous driving. Occupying a generous space of approximately 18,000 square feet, the workshop is armed with advanced facilities to verify and develop camera-based autonomous driving and various avant-garde autonomous driving technologies like lidar and radar.
Designed to accommodate the diverse research and development needs corresponding to the evolution of autonomous driving technology, this independent workshop can allow up to 40 engineers to concurrently test and develop six test vehicles.
Key Points
Previously, STRADVISION operated its development test center in Gyeongju, Korea. The expansion and relocation to Dongtan have paved the way for a state-of-the-art test environment in a roomier and more comfortable space. This transition not only enables efficient solution development and effective promotion but also significantly increases the accessibility for global customers.
STRADVISION’s new Autonomous Driving Workshop strategically lies in Dongtan’s prominent industrial cluster, home to numerous high-tech industries and large corporations. It is projected to spur various geographically advantageous collaborations.
Bottom Line
According to STRADVISION CEO Junhwan Kim, the expansion and relocation of the workshop aims to substantiate customer demos and verify STRADVISION’s autonomous driving technology. The new workshop is designed to allow for cutting-edge work while providing ample test space. This move represents STRADVISION’s commitment to strengthen the various functionalities of the SVNet solution and expedite the mass production project through practical technology verification for customers.
