Real-time human-AI collaboration through scalable cloud platforms for emergency response

Konakanchi, Sandeep (2025) Real-time human-AI collaboration through scalable cloud platforms for emergency response. International Journal of Science and Research Archive, 14 (1). pp. 378-387. ISSN 2582-8185

Real-time human-AI collaboration is revolutionizing emergency response, yet challenges remain in achieving seamless interaction at scale. This article explores an innovative approach leveraging scalable cloud platforms to enable effective collaboration between human responders and AI systems during critical incidents. Integrating cloud-native solutions ensures real-time data processing, rapid decision support, and dynamic adaptation to evolving scenarios. Key features include adaptive load balancing to accommodate fluctuating data streams, AI-driven predictive analytics for preemptive action, and intelligent communication channels to enhance coordination among responders. The proposed architecture minimizes latency, optimizes resource allocation, and maintains service continuity, even under extreme conditions. The framework addresses data security, scalability, and compliance challenges to offer a robust, reliable solution for time-sensitive operations. Implementation results demonstrate significant improvements in response times, incident handling capacity, and resource utilization across multiple real-world emergency scenarios.