Solutions · telecom
A failed CRAC unit in one central office can drop service for 100,000 subscribers.
Telecom infrastructure is invisible until it goes dark.
Telecom operators run central offices, tower sites, landing stations, and edge facilities that have to run 24/7/365. The cooling, power, and backup systems behind uptime are aging faster than budgets can replace them. We map the infrastructure dependencies behind service availability, so network reliability teams see which facilities are closest to a service-affecting failure.
Why telecom failures cascade into network outages
Telecom facilities are run to five-nines expectations on building infrastructure regularly past 30 years old. The gap between those two realities is where the next major outage is already forming.
Cooling failures in a central office can force equipment shutdowns within minutes
A central office houses switches, routers, and fiber termination serving tens of thousands of subscribers. When a CRAC unit fails and the redundant unit cannot absorb the load, rack inlet temperatures climb past 104F in minutes. Equipment throttles, then shuts down. The network goes dark.
DC power plant battery strings degrade quietly and may not deliver rated runtime when utility power fails
The -48V DC plant is the last line of defense between a utility outage and a service outage. Strings rated for 8 hours of runtime may deliver 4 after a decade of float charging and cell degradation. Nobody knows the real number until the utility power actually fails.
Thousands of cell tower sites each depend on a generator, fuel supply, and battery backup maintained by third-party contractors
Cell tower generators run on contract schedules that may or may not reflect actual condition. A generator that has not been load-tested in 18 months may not start during an ice storm. Exactly when every subscriber needs their phone to work.
FCC Network Outage Reporting thresholds expose facility-driven outages to federal scrutiny and public disclosure
Outages affecting more than 900,000 user-minutes or disrupting E911 must be reported through NORS. Post-2022 rulemakings extend reporting to broadband providers. When the root cause is a cooling failure or a depleted battery string, your facility team's condition data becomes part of a federal record.
How Rivolq helps telecom infrastructure teams
See which failures would affect the most subscribers and highest-value circuits
We map cooling units, power plants, and backup systems to the network equipment they protect and the subscribers behind each facility. When a CRAC unit shows degradation, you see the subscriber impact and the SLA exposure. Not just the equipment alarm.
Track DC plant health, battery string capacity, and rectifier performance across every central office
Battery strings degrade unevenly. We track individual string voltage, impedance trends, and actual versus rated capacity, so you know the real runtime at every facility. Not the number from the commissioning report a decade ago.
Track generator tests, fuel levels, and battery condition across thousands of cell sites
Remote sites are only as reliable as their backup power. We aggregate generator test results, fuel delivery schedules, and battery health from every site, and flag the ones that would fail first in an extended grid outage.
Track facility condition against Uptime Institute tier assumptions and internal SLA tiers
As operators push compute to the edge, facility teams are suddenly responsible for Tier II and III expectations in buildings that were never designed for it. We classify each site against the redundancy it actually delivers today (N, N+1, or 2N), so network planners, SLA owners, and budget teams share one honest view of facility capability before the next colocation commitment is signed.
See which facilities are closest to a service-affecting failure.
Map the cooling, power, and backup dependencies behind network uptime, across central offices, cell towers, and edge facilities.