Embarking on a journey of technological innovation, I have cultivated a distinguished career spanning over 12 years in data science, machine learning, and artificial intelligence. I research the design and development of AI-powered voice solutions for first responders, driving public safety technology innovation and improving emergency response operations. My work has earned national recognition, particularly in public safety technology, where I have been leading cross-country collaborations between the USA and Canada to advance AI-driven solutions. With a deep commitment to responsible AI, I have strived to push the boundaries of digital innovation, while advocating for diversity and inclusion within the public safety technology industry. My dedication to leveraging AI for societal progress is matched by a passion for mentoring women in technology and ensuring the ethical application of emerging technologies. With expertise and a focus on impactful, scalable solutions, I strive to redefine the future of public safety with AI - powered solutions to provide a safer community for our first responders.
AI-powered voice solutions, Data Science, Machine Learning, Artificial Intelligence
Voice AI and IoT-Enabled Autonomous Vehicles: Building Safer, Greener, and Smarter Cities for the Future
As cities evolve to meet the demands of sustainability, equity, and resilience, emerging technologies are redefining the very foundation of urban infrastructure. This keynote explores the transformative convergence of Voice AI, intelligent interfaces, and IoT-enabled Autonomous Vehicles (AVs) as integral components of smart and sustainable city design. Grounded in real-world deployments and field-tested research, the session presents how “heads-up, hands-free” voice-command systems and AI-powered AVs are enhancing crisis response, reducing emissions, and enabling faster, safer interventions in urban emergencies—without the need for additional infrastructure. The presentation unveils a scalable framework for deploying AVs as mobile communication hubs equipped with real-time sensing, geolocation, 5G/V2X connectivity, and autonomous navigation—designed to perform even in obstructed or degraded environments. Drawing on insights from over 7,000 first responders and national CAV adoption studies, the keynote addresses key urban challenges such as connectivity gaps, trust in autonomous systems, and the lack of standard emergency protocols. With embedded blockchain, adaptive training, and ethical AI design, this session outlines a roadmap for integrating intelligent mobility into sustainable urban planning. Attendees will leave with a forward-thinking vision of cities where safety, resilience, and environmental responsibility are built into the very code of urban operations.