How hospitals, NFL stadiums, and fleet operators use Ceburu to keep mission-critical IT online — across switches, routers, firewalls, applications, and 70,000 game-day fans.
Switches, routers, and firewalls scattered across multiple campuses — each piece of network gear monitored by a different vendor tool. When a firewall alert fired, the security team had no fast way to tie it back to the switch behavior or the routing change that caused it. Network ops and security ops were operating from two completely different worldviews.
Deployed Ceburu's NPM and Security & SIEM modules across every router, switch, and firewall in the environment. Auto-discovery via SNMP and ICMP picked up Cisco, Aruba, and Fortinet gear on day one — zero re-instrumentation, zero agent rollout per device. Firewall alerts now correlate directly to network topology context: when something fires, the team sees the path, the device, and the upstream behavior in one view.
A multi-clinic healthcare network with growing asset sprawl. Switches, firewalls, and endpoint devices spread across locations — and manual inventory tracking through spreadsheets and emails was breaking down. No single view of what was on the network, where, or how it was performing. Security posture was a guessing game per site.
Deployed Ceburu's Infrastructure module for full asset inventory across every clinic subnet, plus Security & SIEM for firewall and switch monitoring. Auto-discovery picked up every device on every site — Windows desktops, Linux servers, network gear, biomedical devices — and unified them under one console. Per-clinic scoping with shared operator UX.
Distributed fleet IT — terminals in dozens of cities, dispatch systems running 24/7, customer-facing tracking applications used by drivers and freight customers alike. When something slowed down, was it the WAN, the application, or the database? Triangulating across teams (network, app, infra) was costing hours per incident.
Combined Ceburu's NPM (NetPath, Bandwidth Management, network topology) with APM (request tracing, P95 latency tracking, status distribution). Now there's one platform answering "where's the slowness" — across both layers. Edge sites with intermittent connectivity buffer telemetry locally and catch up automatically when the link returns.
Stadium IT spans hundreds of devices across the venue: ticketing scanners, concessions POS terminals, lighting controllers, broadcast gear, security cameras, beverage IoT, signage. There was no single view of what was deployed where — and on game day, "where's that POS terminal?" wasn't a question the ops team could afford to be slow on.
Deployed Ceburu's Infrastructure module for full asset inventory across the entire venue. Auto-discovery picked up every device — operational, IoT, broadcast, security — on the stadium network. CPU, memory, disk, and uptime metrics per device, with severity tiers that surface critical assets first.