MICROIP Unveils AI Vehicle System and Innovations at COMPUTEX 2026

MICROIP, a prominent player in AI software and ASIC design, is set to unveil its "AI Vehicle System Business Group" during the upcoming COMPUTEX 2026 event. Scheduled for June 2-5 at the Taipei World Trade Center Hall 1, the company will showcase its innovative approach to edge AI and smart mobility at booth A1215a.

The theme of this year's showcase is "AI Together," which embodies the spirit of collaboration and integration in the technology space. As part of this, MICROIP will present its dual software platforms, AIVO and XEdgAI, both designed to enhance the application of AI in various sectors, including public transit and smart mobility.

The Vision for Smart Mobility

Innovative technologies have a transformational impact on mobility, and MICROIP is at the forefront of this change. The company is particularly focused on alleviating what is termed as "process fragmentation"—the disconnect between software development and heterogeneous hardware systems. By emphasizing deep integration, they aim to provide substantial commercial value.

The new AI Vehicle System Business Group will showcase advanced automotive hardware equipped with automatic calibration. Their vehicle system offers a trio of safety protections: recognition of front-vehicle traffic lights, warnings for blind spots from rear vehicles, and detection of driver fatigue within the cabin, all supported by a comprehensive 360-degree AI recognition system. These features are designed for smart fleet management and will play a critical role in enhancing vehicular safety.

Revolutionizing the Automotive Sector

The innovations presented include not just hardware but also groundbreaking software solutions. AIVO, a no-code platform, allows users to drag and drop to create AI-driven applications, enhancing real-world monitoring for public transportation, drone operations, and factory inspections. Furthermore, the XEdgAI platform is designed to support mainstream hardware chips such as NVIDIA Jetson and Intel Core Ultra, thereby minimizing vendor lock-in complexities.

As the automotive industry progresses towards smarter and more efficient technologies, the importance of rigorous testing and implementation becomes increasingly evident. MICROIP’s dual software platforms are tailored to ensure that the transition to AI-enhanced mobility is as seamless as possible.

Collaborative Ecosystem Expansion

In conjunction with its product unveilings, MICROIP will highlight the importance of partnerships in the AI and chip design industries. Their initiative, "CATS Customized ASIC Technology and Solutions," integrates cutting-edge AI electronic design automation (EDA) tools, significantly reducing the time to market for new chips by up to 9 months.

In a bid to enhance industry collaboration, MICROIP will offer a complimentary ASIC design technical consulting service during COMPUTEX. This will include exclusive power, performance, and area (PPA) optimization analysis, aimed at discussing integration possibilities.

To further advance the edge AI landscape, MICROIP has announced strategic collaborations with major players such as AAEON and BrainChip. AAEON, a leader in industrial PCs, will help demonstrate real-time production line monitoring solutions, ensuring that AI integration is relevant to current industrial processes. Meanwhile, the partnership with BrainChip focuses on developing low-power AI models, which are key to practical applications in edge computing.

About MICROIP

Based in Taiwan, MICROIP is a leading service provider in ASIC design, AI software, and IP licensing. Their platforms, CATS and CAPS, are engineered to hasten real-world AI deployments and reduce development times significantly. Interested attendees can explore more about their pioneering technologies at their website www.micro-ip.com.

By showcasing these transformative technologies at COMPUTEX 2026, MICROIP aims to position itself as a catalyst in the AI-driven automotive sector, paving the way for a safer, smarter future in mobility.