KULR Technology Group, Inc. announced the launch of its innovative KULR Xero Vibe solution integrated with the NVIDIA Jetson edge AI platform. This new rollout combines superior vibration mitigation with artificial intelligence capabilities to enable high-performance, reliable operation in edge AI environments. The NVIDIA Jetson platform, known for its powerful edge AI computing capabilities, offers unparalleled performance for edge applications such as robotics, autonomous machines, industrial IoT, and smart cities.

KULR?s Xero Vibe? solution complements the Jetson platform by addressing key operational challenges such as vibration suppression, ensuring optimal cooling system performance, reduced energy consumption, and extended mechanical lifespans. Key Features of the KULR Xero Vibe?

Solution: Advanced Vibration Mitigation: KULR Xero Vibe? utilizes proprietary vibration reduction technology to minimize mechanical stress, enhancing the reliability and longevity of AI edge devices. Seamless AI Integration: While reducing vibration to virtually zero, KULR Xero Vibe?

is enhanced by NVIDIA Jetson platform?s real-time data processing and machine learning at the edge, unlocking new possibilities for AI-driven operations. Durability in Harsh Environments: Designed for rugged and mission-critical use cases, the KXV solution supports operations in extreme conditions, making it ideal for industrial, aerospace, and defense applications. Applications Across Industries: The KULR Xero Vibe?

solution unlocks transformative opportunities across various sectors, including: Data Centers: Enables data center fan cooling systems to run more efficiently and environmentally friendly which lowers operational and capex costs. Wind-Powered Turbines: Diminished mechanical breakdown extends system lifespan leading to increased energy efficiency. Bitcoin: Lowers energy consumption by generating less noise and reduced mechanical wear and tear in proof-of-work mining applications.

Robotics: Ensures seamless operation in precision robotics for industrial automation. Aerospace, Defense, and Electric Aviation: Enables robust performance in mission-critical applications requiring ruggedized systems.