Arahas Technologies, QuakeLogic Tie Up To Enhance Earthquake Resilience In India
Indian geospatial information technology and artificial intelligence company Arahas Technologies has partnered with US-based software firm QuakeLogic to launch a structural health monitoring and early warning system aimed at enhancing earthquake resilience across the Indian subcontinent.
Arahas Technologies’ internet of things platform offers real-time monitoring and tracking of structural integrity, thus improving the understanding of buildings and infrastructure behavior, the company said. The platform is powered by AI and data analysis, which helps identify potential structural risks and improve earthquake preparedness.
QuakeLogic specializes in rapid early warning systems, providing prompt notifications during seismic incidents, a vital step in damage limitation and public safety assurance.
The collaboration aims to offer easy accessibility and user experience, with Arahas Technologies offering an interface for stakeholders on both web and mobile platforms for information to be available when needed the most.
CEO of Arahas Technologies, Saurabh Rai, expressed his belief that the system will contribute to the safety of communities in earthquake-sensitive zones within the Indian subcontinent.
The technology can be applied in new and existing constructions, making it a flexible solution for varied architectural environments, the company said.
Dr. Erol Kalkan, CEO of QuakeLogic, emphasized the significance of structural health assessments, stating that the technology’s sophisticated algorithms can help detect structural frailties, fostering preemptive measures to reduce earthquake-induced damages.
India, located in a seismically active region, is prone to earthquakes, and the collaboration between Arahas Technologies and QuakeLogic aims to address this vulnerability. By combining the innovative IoT platform from Arahas Technologies and the expertise of QuakeLogic in early warning systems, the partners intend to enhance earthquake resilience and improve the safety of communities across the Indian subcontinent.
The internet of things platform developed by Arahas Technologies enables real-time monitoring and tracking of structural integrity. By harnessing the power of artificial intelligence and data analysis, the platform can identify potential risks and vulnerabilities in buildings and infrastructure, paving the way for improved earthquake preparedness measures.
QuakeLogic, with its specialization in rapid early warning systems, complements Arahas Technologies’ expertise by providing prompt notifications during seismic events. Such early warning systems are crucial for minimizing damage and ensuring public safety.
The collaboration between the two companies aims to make the structural health monitoring and early warning system easily accessible and user-friendly. With web and mobile platforms offered by Arahas Technologies, stakeholders can access vital information during seismic incidents, enabling them to make informed decisions quickly.
Saurabh Rai, CEO of Arahas Technologies, is confident that the new system will significantly contribute to the safety of communities in earthquake-sensitive areas across the Indian subcontinent. With the ability to adapt to different architectural environments, the technology can be applied to both new and existing constructions, making it a versatile solution for enhancing earthquake resilience.
Dr. Erol Kalkan, CEO of QuakeLogic, emphasizes the importance of structural health assessments in reducing earthquake-induced damages. The sophisticated algorithms integrated into the technology can detect structural frailties and empower preemptive measures to ensure the safety of buildings and infrastructure.
The partnership between Arahas Technologies and QuakeLogic seeks to equip India and the Indian subcontinent with cutting-edge technology that strengthens earthquake resilience. By combining real-time monitoring, early warning systems, and artificial intelligence, the collaboration aims to enhance preparedness, minimize damages, and protect lives in the face of seismic events.
