Richard Zak is the director of Public Safety & Justice Solutions for Microsoft where he leads initiatives for safer citizens, communities, and responders. He resides with his wife and seven-year-old twins in Morgantown, West Virginia.ĭirector of Public Safety & Justice, Microsoft in information systems from Fairmont State University. He earned an International Executive MBA from the Katz School of Business at the University of Pittsburgh and a B.S. Jack joined Hexagon in 2011 in a strategic product management role, leading product innovation for EdgeFrontier (now Xalt), HxGN OnCall Analytics, and the recently launched HxGN OnCall Dispatch | Smart Advisor. He combines an entrepreneurial instinct, in-depth technical aptitude, and a reputation for developing and motivating cross-functional teams at all levels. How machine learning can reduce stress and improve morale for emergency dispatch teamsĪ visionary leader that drives forward innovation and captures new opportunities, Jack Williams leverages more than 16 years of experience working with high-growth technology companies in both start-up and large-scale corporate environments.How these tools can speed response, reduce recovery, and increase safety for first responders and the public.How AI-assisted dispatch analysis works, and the capabilities and best practices to look for.In this complimentary, 30-minute discussion, you’ll learn:

Watch this on-demand webinar on the power of assistive AI for enhancing public safety response. With earlier detection and action, public safety agencies can speed recovery while reducing impacts on communities, levels of service, resources, and staff well-being.

With the right artificial intelligence (AI) technology, public safety agencies detect and respond to complex emergencies sooner and safer.ĪI and machine learning tools can provide actionable insights in an emergency, detecting patterns between different 9-1-1 calls and giving agencies vital information about emergencies as they unfold in real time – from large rapid-onset events to linked incidents that may be part of a coordinated attack.

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