A live NOC visualization built from real infrastructure telemetry. Servers become buildings, sites become districts, tunnels become highways, and traffic moves as it actually moves. Problems are visible from across the room.
Servers and virtual machines. Height tracks load; a red beacon means an alert.
● Datacenter● Cloud region● Branch site
Districts and suburbs
Datacenters, cloud regions, and branch sites.
VPN tunnel · 184 Mbps
Highways and cars
VPN tunnels and the live traffic moving across them.
Packet loss 4.2%
Collisions
Packet loss and link errors, placed exactly where they happen.
AP-2F · 38 clients
Access points
Wireless access points, with signal rings sized to their client load.
SW-CORE-01 · 46/48 up · port 8 errors
Switches
Network switches, with port lights for every link that is up, down, or erroring.
✈ Corp SSID · 24✈ Guest SSID · 14
Airplanes
Wireless clients in flight. Corporate and guest networks fly in different colors.
Printer-3F just connected · port 14
Parking lot
Physical devices wired over LAN, parked beside the switch they connect to.
FW-EDGE-01 · live log09:41:07 VPN up · peer 209:41:09 BLOCK tcp/44509:41:12 DHCP lease .14209:41:15 IPS alert lowView config ›
Click to drill in
Any device opens its live logs through its API, or its current network configuration.
A NOC display people actually look at.
CyberCity runs in the browser, renders in real time, and reads the same telemetry as the rest of the platform. Put it on the operations wall, in the executive briefing, or on a technician's second screen.