#USA #Las Vegas #Microip #CES 2026 #AIVO Edge AI

Introduction

In the dynamic landscape of technology, advancements in artificial intelligence continue to revolutionize various sectors. At CES 2026 in Las Vegas, MICROIP Inc., a Taiwanese developer of ASIC design services and AI software solutions, unveiled its flagship AIVO (AI Vision Operation) Edge AI platform. This innovative platform is set to enhance efficiency and reliability in three pivotal areas: transportation safety, smart agriculture, and autonomous systems.

The Significance of AIVO Platform

MICROIP's AIVO platform is not merely a technical marvel; it is a strategic solution designed to address real-world challenges across multiple environments. Demonstrated in the AI Applications Pavilion, AIVO employs the CAPS (Cross-Platform AI Powered Solutions) architecture, showcasing how software-defined design facilitates scalable, production-ready Edge AI deployment. AIVO stands out by extending its capabilities beyond theoretical model benchmarks to practical, operational realities.

Key Features of AIVO

One of AIVO's most remarkable features is its ability to operate effectively under a variety of conditions. It takes into account practical constraints in large-scale Edge AI systems, including:

• - Heterogeneous network conditions
• - Limited edge computing resources
• - Long-term operational costs

Dr. James Yang, the Chairman of MICROIP, emphasized the necessity of proving AI’s practical utility, noting that AIVO is designed to function reliably under real deployment conditions in transportation safety, intelligent agriculture, and autonomous systems.

Technical Architecture

AIVO employs a distributed master-client architecture, executing real-time inferences on Edge devices while centralizing system management and decision logic. By transmitting structured inference results and metadata rather than raw video streams, AIVO significantly reduces bandwidth requirements, ensuring responsiveness even in unstable network environments. This architecture also supports heterogeneous real-time multitasking, allowing multiple AI models to run simultaneously on a single hardware platform with dynamic resource prioritization.

Real-World Applications

At CES 2026, MICROIP highlighted AIVO's deployment across three highly reliable application domains:
1. Transport Safety: AIVO supports real-time monitoring of subway systems, railways, airports, and airplanes. It integrates alerts into control centers or security systems of authorities, improving responsiveness without increasing workforce requirements.
2. Smart Agriculture: Addressing labor shortages and an aging workforce, AIVO enables visually supported monitoring of livestock health and environmental conditions. The platform’s design optimizes low power consumption and limited connectivity, ensuring stable long-term deployment in agricultural settings while transforming expert agricultural knowledge into actionable AI models.
3. Autonomous Systems: In the realm of AI-driven drones and robotics, AIVO enhances device autonomy for infrastructure inspections and disaster response missions. The platform allows for real-time object tracking and dynamic obstacle avoidance, even in GPS-denied or communication-constrained environments, extending the operational use of autonomous systems in high-risk scenarios.

Conclusion

The AIVO platform is part of MICROIP’s comprehensive software-driven hardware strategy, integrating capabilities from AIVO, XEdgAI, and CATS (Custom ASIC Technology Solutions) for optimized hardware performance under real workload conditions. As the CES 2026 demonstrated, AIVO's diverse applications promise to reshape and improve critical sectors with innovative AI solutions.

Through AIVO, MICROIP is not just presenting a product; it is launching a vision for a smart, connected future, where AI seamlessly integrates into essential industries to enhance safety, productivity, and reliability.