CMMS for your industry
CMMS software for data centers organizes work orders, preventive maintenance, and asset history around cooling systems, backup generators, UPS, and critical power — so facility teams protect uptime instead of reconstructing failures from tickets and chats. Corivo is built for mid-sized and multi-site industrial operations that need facility-based unlimited users and fast go-live, not a years-long enterprise facilities rollout.
In a data center, a cooling or power fault is rarely a single asset problem — it is a cascade risk. A CRAC/CRAH trip, chilled-water anomaly, or generator transfer glitch can push inlet temperatures, force load shedding, or burn SLA credits faster than a manufacturing micro-stop ever would. The operational pain is not “we need more software.” It is that change tickets, vendor emails, and shift notes never become durable history on the cooling train, UPS string, or generator that actually failed — so MTTR stretches while teams re-diagnose the same intermittent fault under P1 pressure.
Capture cooling, generator, UPS, PDU, and related facility faults on the asset that owns the risk — with priority, owner, and timing — so the next responder inherits context instead of starting from a Slack thread.
Schedule preventive work on redundant cooling and power paths without losing visibility when one side is offline for service. Due PM becomes owned work, not a calendar reminder that dies during a capacity event.
When the same CRAH, pump, or ATS behaves badly twice in a month, the history has to surface without a BI project. Corivo keeps repair timing and notes on the asset so facility leads can attack repeat offenders.
Data center maintenance mixes staff, contractors, and OEMs. Unlimited users per facility keeps CMMS access from becoming a seat negotiation every time coverage expands.
A hall sees repeated CRAH high-temp alarms over a weekend. Each event is acknowledged in the monitoring stack and mentioned in chat, but the filter differential, coil condition, and last PM date live in three places. With Corivo, every trip opens (or updates) work on that CRAH asset. By Monday, the facility lead sees three related work orders, pulls the overdue coil-clean PM into an owned job during a planned maintenance window, and kits the filters before the next heat spike — instead of discovering the pattern only after SLA credits land.
Data center maintenance is judged by availability, not by how tidy the work queue looks. Cooling and power systems are interdependent: a pump issue becomes an inlet-temperature issue becomes a customer escalation. A CMMS that treats every ticket as a generic “facility request” under-serves that reality.
What mid-sized and multi-hall operators usually need:
Cooling failures are the classic cascade. Teams already monitor temperatures; what they often lack is maintenance execution history tied to the mechanical assets behind the alarm. Corivo does not replace your DCIM or BMS. It is the layer where a CRAH fault becomes owned work with parts, timing, and completion notes.
Use that loop to:
Generators and UPS strings fail in boring ways — fuel quality, battery aging, transfer switch timing, test gaps — until the day utility power drops. The CMMS job is to make load-bank tests, battery replacements, and ATS checks into finished, auditable work on the right asset — not a binder near the generator room.
Data center downtime cost is unusually easy to discuss because SLA credits and capacity risk are already in the business language. Pair a downtime estimate with the line (or hall) that hurts most, then put Corivo on the cooling or power assets that generate that risk. For a planning calculator, see the downtime cost guide; for go-live speed, see the CMMS implementation timeline.
Corivo fits industrial and mid-market data center facility teams that want manufacturing-grade work-order discipline without an enterprise EAM program. Hyperscale programs with deep custom DCIM integration may need broader platforms. If your gap is owned work, PM compliance, and history on critical mechanical/electrical assets, start here.
Import critical cooling and power assets, invite facility and vendor users under facility pricing, and capture the next fault as owned history.
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