One platform for switchgear, UPS, generators, PDUs, cooling, and BMS, across every colocation cage, enterprise data center, and edge site. See every system, control every site, from one place.
The white space accumulates equipment from a dozen vendors over decades. The visibility stack should not.
Every system in the white space has its own pane of glass: switchgear from one OEM, UPS from another, PDUs from a third, cooling from a fourth. Alarms fire in silos with no correlation, so on-call staff chase noise instead of root cause.
Each colocation cage, edge site, and enterprise data center runs its own tools. There is no portfolio rollup of uptime, energy, or capacity, and benchmarking one facility against another means exporting CSVs and stitching them by hand.
Schneider, Vertiv, Eaton, ASCO, Russelectric, Cummins. Each OEM portal holds your equipment data hostage between service calls. You pay for the asset, the service contract, and the visibility, and you still cannot get the data out of their cloud and into yours.
Quarterly generator runtime, monthly UPS battery health, annual uptime SLAs, ESG and Scope 2. The data exists, but it is scattered across portals, spreadsheets, and PDF exports. Audit week is a 40-80 hour fire drill instead of a button click.
The same platform engineering services teams use to retrofit paralleling switchgear, operators use to run it once it is live.
ControlCom Connect delivers data center monitoring across the equipment that actually matters when the racks have to stay up: paralleling switchgear, ATS, UPS strings, standby generators, chillers, CRAC/CRAH, branch circuits, and critical loads, from one dashboard. Cross-system alarm correlation. Audit-ready uptime and compliance reporting. Mobile alerts for on-call staff. Vendor-neutral by design, so it works alongside whatever OEM equipment is already in the white space.
Operators in mission-critical facilities spend 30-50% of their time firefighting issues they should have seen coming, and unplanned downtime in data centers runs $100,000+ per hour. The cause is rarely the equipment; it is the visibility stack. A DCIM that does not reach the switchgear, a BMS that does not talk to the generator, an OEM portal for every UPS vendor, and an alarm storm with no correlation. ControlCom Connect collapses that into one pane of glass.
Multi-site operators get a fleet view on day one. Every colocation cage, enterprise data center, and edge site rolled up by region, tier, or customer. The same data that runs daily operations runs the audit: generator runtime, UPS battery health, uptime SLAs, and Scope 2 energy reporting all export as PDFs on demand. Pre-built protocol connectors and a containerized edge agent mean a site is collecting data within days, not after a six-month custom DCIM integration.
The features that matter for Tier III and Tier IV operations, colocation portfolios, and edge fleets, pulled from the same platform that retrofitted the switchgear.
Vendor-neutral connectors for paralleling switchgear, UPS strings, ATS, and standby generators: Modbus TCP/RTU, BACnet, OPC-UA, MQTT. Bring legacy Russelectric, ASCO, GE 7700, Cutler-Hammer Digitrip, and modern Schneider, Vertiv, and Cummins gear into one platform.
A single portfolio view across every colocation cage, enterprise data center, and edge site you run. Roll up uptime, PUE, capacity, and alarms by region, customer, or tier. Benchmark sites against each other without a custom integration project.
Anomaly detection across the variable space surfaces unusual readings before they trip alarms. Group-based alarms collapse thousands of points into manageable severities, and correlation across DCIM, BMS, PDU, and UPS data cuts mean time to detect on the events that actually matter.
Live power, peak-period tracking, and load-factor analytics across the white space and cooling plant. Continuous metering with weather correlation surfaces the hours that drive demand charges and the chillers operating outside their efficiency curve.
Generator runtime, EPA emissions, UPS battery health, and uptime SLAs, built from the same data the platform already collects. Any dashboard exports as a PDF for any historical date range. Audit week becomes a button, not a scramble.
Native iOS and Android apps with per-user notification subscriptions, granular severity routing, and SMS, email, and Slack delivery. The on-call engineer sees the same single pane of glass on a phone at 2am that they see on a workstation at 9am.
Uptime, mean time to detect, mean time to recover, and compliance pass rate. The four numbers Tier III and Tier IV operators are measured on.
Adjacent pages for mission-critical operators and engineering services buyers.
Joint Commission generator runtime, life-safety monitoring, and zero-downtime power infrastructure.
On-site generation, fuel telemetry, and runtime analytics for facilities running on their own power.
Audit-ready exports for generator runtime, emissions, and uptime SLAs.
Continuous metering, peak-period tracking, and load-factor analytics with weather correlation.
Common questions from data center, colocation, and mission-critical facility teams evaluating ControlCom Connect.
Yes. ControlCom Connect is designed to sit on top of existing DCIM, BMS, and SCADA, not replace them. Most operators keep their DCIM for asset and capacity tracking and use ControlCom for cross-system data center monitoring, multi-site rollup, mobile access, and the equipment DCIM does not cover (switchgear, generators, ATS, branch circuits, PDUs from multiple vendors).
Pick a colocation cage, an enterprise white space, or an edge site. We run the pilot. You see one pane of glass across switchgear, UPS, generators, and cooling, within days, not months. No credit card, no commitment.