This page renders a real-time, animated world map of cyber attacks in the style of a Security Operations Center (SOC) wall display: attack arcs between countries, a live incident feed, per-protocol breakdowns, source-country rankings, and a blinking threat level. It runs entirely in your browser and goes fullscreen with one click.
No — and that matters. The attacks on this map are simulated: generated locations, types, and timestamps modeled on how real threat traffic looks in aggregate. Even the famous commercial threat maps from security vendors show only a sampled, delayed slice of their own sensor networks, not "the internet live." If you need genuine telemetry, use a vendor map or your own SIEM; if you need a convincing, smooth, always-active visualization for a screen, demo, or video — that's exactly what this is for.
SOC and NOC ambient displays, cybersecurity presentations and awareness training, tech-conference signage, and streaming overlays. Click ⛶ FULLSCREEN and let it run — there's no interaction required once started. For OBS setup as a browser source, see the streaming toolkit.
Each incident in the feed is tagged with a category. These are the six that dominate real-world threat telemetry, and what they actually mean:
Published threat reports consistently place China, Russia, the United States, Brazil, India, Vietnam, and Iran near the top of source-country rankings, with the United States, Germany, the United Kingdom, and Japan among the most-targeted. Read those lists carefully, though: a "source country" is where the last hop came from, not where the attacker sits. Traffic routed through a compromised server, a VPN, or a rented cloud instance is attributed to that machine's location, which is why countries with large hosting industries always appear near the top. This is one of the reasons live attack maps are better understood as ambient visualisations than as intelligence.
Several security vendors publish public maps built on their own sensor networks — among them Kaspersky's Cybermap, Check Point's ThreatCloud, Fortinet's Threat Map, Bitdefender's Threat Map, and the Netscout / Digital Attack Map DDoS view. They are genuine data, but each shows only what its own customers and honeypots observe, usually sampled and delayed, so no two agree and none of them is "the internet, live."
This map makes the opposite trade. It is simulated, so it never goes quiet, never rate-limits, never breaks when a vendor changes an API, and runs offline once the page has loaded — which is what you want on a conference screen, in a video, behind a presentation, or as a stream overlay. If you need real telemetry for security work, use a vendor map or your own SIEM.
Nothing on this page can tell you that — it does not read your network, and no public map can see your machine. If several sites go down at once, the usual cause is an outage at a large CDN or cloud provider rather than an attack; a status page such as Downdetector or the provider's own status feed will answer that faster than any map. If you are worried about your own machine specifically, check for unexpected processes, run a reputable malware scan, and review recent sign-ins on your important accounts.
Published threat reports consistently place China, Russia, the United States, Brazil, India, Vietnam, and Iran near the top of source-country rankings. A source country is only where the last network hop came from, though, not where the attacker is, so countries with large hosting industries are over-represented.
No. The attacks shown are simulated in your browser — generated source and target locations, attack types, and timestamps, modelled on the shape of real threat traffic. It is designed as a realistic visualisation for screens, videos, and presentations, not as a source of security intelligence.
For genuine data, the widely used public maps are Kaspersky Cybermap, Check Point ThreatCloud, Fortinet Threat Map, Bitdefender Threat Map, and Digital Attack Map for DDoS specifically. Each reflects only its own vendor's sensors. For a visualisation that always looks active and never depends on a live feed, use this page.
Estimates run into the millions of individual events daily worldwide, but the number depends entirely on what is counted — a single automated scanning botnet can generate billions of connection attempts on its own. Aggregate counters on any threat map, including this one, are best read as an indication of scale rather than a precise measurement.
Yes. It is free to use for videos, streams, presentations, and signage. Click ⛶ FULLSCREEN and let it run, or add the page as an OBS browser source — see the streaming toolkit for the settings.
Once the page has loaded, the simulation runs entirely in your browser with no further network requests, so it keeps running if the connection drops. The base map tiles need to have loaded first.
Build out the rest of the war-room look with the futuristic tech dashboard, the fake hacker terminal, the system breached screen, or the Matrix rain effect. For the background on the attacks themselves, read what a DDoS attack is and how it works.