Security Operations, Public sector

When facing security risks, minutes or hours of advantage can be the difference between an effective response and significant damage to your people and assets. Integrated with Esri’s ArcGIS comprehensive mapping and analytics system, Dataminr’s real-time AI-driven risk alerts enable you to quickly identify, locate and analyze high-impact events across your organization’s footprint.

Dataminr real-time AI-driven risk alerts integrated into Esri’s ArcGIS comprehensive mapping and analytics system allow you to quickly identify, locate, and analyze high-impact events across your organization’s footprint.
Dataminr real-time AI-driven risk alerts integrated into Esri’s ArcGIS comprehensive mapping and analytics system allow you to quickly identify, locate, and analyze high-impact events across your organization’s footprint.
A vector image of planet Earth.
Solution Sheet

Enhance Your Travel Risk Management

Learn more about how Dataminr uses AI across over one million public data sources to detect risks, threats, and events, so you can make informed decisions with speed and confidence. At the same time, Esri provides comprehensive mapping and analytics to provide context and aid situational awareness.

DOWNLOAD
May 5, 2025
  • Security Operations
  • Public sector
  • Corporate Security
  • Public Sector
eBook

Data-driven Travel Security for the Modern Global Workforce

With real-time intelligence and AI-powered tools, organizations can safeguard employees from rapidly evolving global risks, streamline responses, and fulfill duty-of-care obligations.

Insight

Ask the Expert: Leverage Real-time Intelligence for Executive Security

Dataminr’s real-time intelligence empowers organizations to stay ahead of threats, blending advanced monitoring, AI insights, and strategic foresight.

Case Study

How ASM Global Strengthens Venue Security With Dataminr 

Discover how ASM Global leverages Dataminr’s AI-powered real-time alerts to enhance venue security, improve public safety, and mitigate risks during large-scale events.