Stranded capacity comes back
Most facilities carry usable power or cooling that nobody can see and therefore nobody allocates. Circuit-level measurement typically releases a meaningful share of it without any new build.
See the facility as it is, not as the drawings say
As-built records drift from reality within weeks of handover. DCIM closes that gap by reading the plant directly: branch circuit current, inlet and outlet temperature, rack occupancy, airflow, and every change made to any of them.
The digital twin sits on top of that live data. Before you commit a rack position, a circuit or a cooling change, you simulate it against the facility's actual thermal and electrical behaviour and see what it does to headroom.
Capabilities
- Live power, thermal, space and airflow telemetry
- 5D digital twin with what-if simulation
- Branch circuit and rack-level power measurement
- Capacity, headroom and PUE tracking
- Asset lifecycle, warranty and change history
- Predictive alerting from sensor trend
- Open protocol integration with BMS, EPMS and UPS
- Role-based access with a full audit trail
- Deployed on your own infrastructure
What it changes
Changes stop being gambles
Model the move first. The twin shows the thermal and electrical consequence before the change window, so you find the problem in simulation rather than at 2am.
PUE becomes a managed number
Continuous measurement across IT and facility loads, trended and attributable, so an efficiency programme can be justified and then proven.
Failures announce themselves early
Sensor drift, rising delta-T and gradual current imbalance are visible long before a threshold trips. Predictive alerts turn those into planned work.
One asset register that is true
Every rack, PDU, circuit and device with its lifecycle, warranty and change history, reconciled against what the plant actually reports.
Integrates rather than replaces
BMS, EPMS, UPS and cooling plant connect over open protocols. DCIM is the layer that unifies them, not another island.
Questions about DCIM
What does DCIM need from our existing plant?
Whatever it already exposes. Most UPS, PDU, cooling and BMS equipment speaks Modbus, SNMP or BACnet. Where measurement is missing, we add sensors or metered PDUs during a survey and tell you the cost before you commit.
How long does an implementation take?
A single site with existing instrumentation is usually live in six to ten weeks: survey, integration, point mapping, validation and handover. Building the digital twin adds time proportional to how accurate your as-built records are.
Does it run in our own environment?
Yes, and that is the intended model. Operational telemetry stays inside your perimeter. A private cloud deployment is supported where your policy allows it.
Can it manage more than one site?
Yes. Sites are modelled independently with their own capacity and thermal models, and roll up into a portfolio view for comparison and reporting.
Tell us what you are building
Send a brief, a floor plan or a single-line diagram. We reply with an approach, a rough capacity envelope and an honest view of what it takes to run.