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Faster, safer and smarter inspection: AI-powered robotics for industrial safety

MBZUAI · Invalid Date

MBZUAI researchers are developing LAIKA, an autonomous quadruped robot for hazardous industrial environments, integrating vision-language AI models with 360-degree imaging. LAIKA can operate in operator-assist mode via natural language or autonomously to inspect, detect anomalies like leaks, and generate structured reports. The robot is designed for versatile tasks in industrial inspection, emergency response, and facility monitoring, with future versions integrating multi-robot collaboration. Why it matters: This technology demonstrates AI's potential to enhance industrial safety, reduce risks to human workers, and improve response times in critical situations within the region's vital energy and manufacturing sectors.

Swarm Autonomy at the Technology Innovation Institute (TII)

TII · May 4

The Technology Innovation Institute (TII) is focusing on swarm autonomy, a modern approach where multiple simpler robots coordinate actions to achieve complex tasks more robustly and cost-effectively. This refined swarm robotics leverages advancements in embedded computing, edge AI, sensing, and communications to enable individual robots to be computationally capable despite being simple to build. This allows for more resilient solutions that deploy artificial intelligence and autonomous decision-making directly at the work site. Why it matters: This research direction positions TII and the UAE at the forefront of advanced robotics, offering potential high-impact applications in sectors like disaster relief, national security, and industrial safety.