10 tools
Live cyber threat maps render global attack activity as an animated, real-time visualisation, plotting flows of malicious traffic, malware detections and exploit attempts between source and destination regions. Most are powered by a vendor's own sensor network or honeypots, so each map reflects that provider's telemetry rather than the entire internet. They are useful for situational awareness, spotting large-scale campaigns and communicating the scale of the threat landscape to non-technical stakeholders.
When choosing a map, consider what data feeds it, how often it refreshes and whether it lets you filter by attack type, industry or geography. Treat the geographic pins with caution, since attackers routinely route through proxies and compromised hosts, so the displayed origin rarely reflects the true operator. Use these tools as a high-level barometer and pair them with concrete threat intelligence feeds for actionable detail. The broader OSINT directory lists complementary monitoring resources.
Cyberthreat Real Time Map by Bitdefender.
Live cyber attack blocked by BunkerWeb, the open source and next generation Web Application Firewall.
Explore the top cyber threats of 2025, including ransomware, infostealers, and cloud vulnerabilities.
FortiGuard Outbreak Alerts provides key information about on-going cybersecurity attack with significant ramifications affecting numerous companies, organizations and industries.
Cyber Threat Map by HCLTech.
A real-time global view of DDoS attacks, hacking attempts, and bot assaults mitigated by Imperva security services.
Find out if you are under cyber-attack here.
Radware's Live Threat Map presents near real-time information about cyberattacks as they occur, based on our global threat deception network.
Illustrates those we've seen in the past 24 hours, consisting of threats detected by our antivirus engines, malware and advanced persistent threats.
They show a real-time or near real-time stream of security events detected across a vendor's sensor network, such as blocked attacks, malware infections and DDoS traffic. Animated lines connect apparent source and target locations. The display is a curated sample of that provider's telemetry, not a complete picture of all internet attacks happening at once.
The endpoints reflect IP geolocation of observed traffic, but they are unreliable for attribution. Attackers commonly use VPNs, proxies, botnets and compromised servers, so the shown origin is usually an intermediary, not the operator. Read the geography as where traffic transited, not who is responsible, and never base attribution on a map alone.
Threat maps are best for situational awareness, briefings and trend spotting rather than direct defensive action. They rarely provide the granular indicators, timestamps or context needed to tune detections. For operational decisions, combine them with structured intelligence feeds, your own logs and vetted advisories that supply concrete, verifiable indicators of compromise.
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