Nov. 27, 2025, Nov. 27, 2025 –
- BOS Semiconductors is rapidly expanding beyond automotive ADAS into broader AI markets with products like the Eagle-N AI accelerator and has formed strategic partnerships, including with Tenstorrent, while achieving key certifications.
- The company emphasizes the importance of a unified software ecosystem, led by CSO Won-joo Park, to maximize hardware performance and is actively collaborating with global OEMs and research institutes to optimize their technology for intelligent spaces such as infotainment, robotics, and drones.
- BOS Semiconductors is also investing in ecosystem partnerships and global marketing, participating in programs like the SBA’s Super Gap Open Innovation Promotional Support Program to accelerate its global expansion and commercialization efforts.
“The role of software is to ensure that hardware delivers 100% of the performance required by the customer. To achieve this, we need a unified software ecosystem unique to BOS Semiconductors that weaves the industry together. Based on the twin pillars of creative innovation and engineering excellence, we are building a strategy to connect everyone at the center of this ecosystem.”
We met Won-joo Park, Chief Software Officer (CSO) of BOS Semiconductors, at the company’s headquarters to discuss the future of mobility silicon.
BOS Semiconductors, founded in May 2022 by CEO Jae-hong Park, is a fabless company specializing in automotive system semiconductors. Its product lineup includes the ‘Eagle-N,’ a chiplet-based AI accelerator applicable not only to vehicles—such as Advanced Driver Assistance Systems (ADAS) and In-Vehicle Infotainment (IVI)—but also to diverse ‘Physical AI’ fields like robots and drones. The company also offers the ‘Eagle-A,’ an all-in-one AI System-on-Chip (SoC).
Despite being established only three years ago, BOS Semiconductors has secured a strategic partnership with the global AI chip unicorn Tenstorrent. It has also achieved ISO 26262 certification—the international standard for functional safety in automotive electric/electronic systems—essential for any player dealing with global automakers.
However, the semiconductor industry requires more than just hardware; a robust software ecosystem is equally critical. No matter how well-designed the hardware is, its performance cannot be fully realized without a proper software framework to operate it. Recognizing this, leading AI chipmakers are increasingly prioritizing software, ensuring it operates in lockstep with their hardware.