Flare

Flare is an identity-first cyber threat intelligence platform recognized as Most Innovative CTI Platform and included in the Gartner Magic Quadrant for Cyber Threat Intelligence.

Threat Intelligence Identity-First CTI Dark Web Monitoring Proactive Threat Hunting

Overview

Flare is a cutting-edge identity-first cyber threat intelligence platform that was recognized as The Hacker News' Most Innovative Cyber Threat Intelligence Platform and included in the inaugural Gartner Magic Quadrant for Cyber Threat Intelligence. It provides comprehensive threat intelligence capabilities with a focus on identity-based threat detection, dark web monitoring, and proactive threat hunting. Flare helps organizations identify and mitigate threats before they become breaches.

Primary Use Cases

✔ Identity-based threat detection and dark web monitoring.

✔ Proactive threat hunting and mitigation before breaches occur.

✔ Enhancing security operations with comprehensive threat intelligence.

Frequently Asked Questions

Flare is an identity-first cyber threat intelligence platform recognized as The Hacker News' Most Innovative Cyber Threat Intelligence Platform and included in the inaugural Gartner Magic Quadrant for Cyber Threat Intelligence.

Flare's identity-first approach to cyber threat intelligence sets it apart, focusing on identity-based threat detection, dark web monitoring, and proactive threat hunting with industry recognition from Gartner and The Hacker News.

Flare is ideal for security operations teams, threat intelligence analysts, SOC teams, and organizations looking to implement identity-first threat detection and proactive threat hunting.

Flare helps prevent breaches by providing identity-based threat detection, dark web monitoring, and proactive threat hunting capabilities that identify and mitigate threats before they can be exploited.

Identity-first cyber threat intelligence prioritizes identity-based threats and monitoring, focusing on how identities are targeted, compromised, and used in attacks, enabling more effective threat detection and response.