Industries · Data centers and Critical facilities

Mission-critical facility operations, audited to Tier-class uptime.

Data centers and critical facilities operate to availability targets measured in nines, not percentages. A single battery string fault, a half-degree inlet temperature drift, or an undocumented change in a switchgear lineup can cascade into a Tier-level breach. Next EAM consolidates the BMS, EPMS, and DCIM telemetry, the PM and change cycles, and the incident workflow — feeding the NOC and the audit trail with one source of truth.

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The operational picture

Five nines is not a feature. It is the operating contract.

Data centers, network operations centers, command centers, and the critical wings of hospitals and energy operators run to availability commitments measured in 99.99% and above. The systems behind them — UPS plant, battery strings, generators, chillers, CRACs, switchgear, fire suppression — carry signals that drift before they fail. A 0.5°C rise in cold-aisle inlet temperature, a battery string out of internal-resistance tolerance, or an unapproved change in a switchgear cabinet is the early warning of an outage already in motion. The operations system has to read those signals, link them to the asset and the change record, and enforce a documented response every single time.

Asset vocabulary

White space, gray space, and rack inventory
Server racks, rack PDUs, structured cabling
CRAC and CRAH units, in-row coolers, chillers, cooling towers
UPS systems, battery strings, static bypass
Diesel generators, day tanks, fuel polishing systems
MV / LV switchgear, transformers, ATS and STS
Fire suppression (FM-200, NOVEC, VESDA, pre-action)
BMS, EPMS, DCIM, leak detection
Physical security (mantraps, biometric access, CCTV)

Regulatory context

Uptime Institute Tier I to IVTIA-942 / ANSI-TIA-942ASHRAE TC 9.9 thermal envelopesISO 27001 information securityISO 22301 business continuityNCA ECC critical infrastructure controlsSDAIA data residency

Capabilities for this industry

The platform behaviour calibrated to the vertical.

The data model, the AI surfaces, and the workflow defaults are tuned to the operational reality of this industry, not lifted from a generic template.

Tier-aware concurrent maintainability

Asset hierarchies model the Tier topology of the facility: redundancy paths, single points of failure, concurrent maintainability flags, and approved change windows. Maintenance is scheduled within the topology the facility is certified to, not against it. The platform refuses to release work that would take a redundant pair to zero without an explicit, reasoned override.

Critical asset health: UPS, batteries, generators

Battery string voltage, internal resistance, ambient temperature, and computed runtime autonomy tracked per cell and per string. Diesel generator run hours, oil and coolant condition, fuel polishing cadence, and load bank test history feed predictive scoring. The platform flags an autonomy gap weeks before the next outage window, not the day of.

BMS, EPMS, and DCIM integration

Live signals from the building management system, the electrical power monitoring system, and the data center infrastructure management platform stream into Next EAM. Threshold breaches on cold-aisle inlet temperature, return air, humidity, PUE, leak detectors, differential pressure across containment, and EPO circuits open work orders automatically with the failing signal attached.

Capacity, PUE, and white-space planning

Power, cooling, and rack space tracked against connected load, reserved capacity, and stranded capacity. PUE trending exposes drift between commissioning and operations. Forecasting flags the binding constraint — power, cooling, or floor — before it becomes a blocker on new rack deployments or customer onboarding.

Change management and maintenance windows

Every change to a critical asset is preceded by an approved Method of Procedure (MOP), scoped to a maintenance window, and audit-trailed end to end with electronic signature. Concurrent maintenance is enforced; ad-hoc work on redundant systems is structurally blocked without an explicit override and a recorded justification.

NOC and command center integration

Status, incidents, SLA breach flags, and active work orders surface in the NOC or operations command center via the platform API. Operations sees the same record the maintenance team sees. No two-screen reconciliation, no incident discovered first by the customer.

Outcomes

What changes in the operation.

The metrics a buyer in this industry cares about, and how the platform is built to move them.

Tier compliance held in the operation, not the design doc

Concurrent maintainability and redundancy-aware scheduling keep the facility inside its certified Tier envelope across every change, every shift, and every audit cycle.

Battery and generator surprises caught early

Autonomy degradation on battery strings and runtime drift on diesel generators surface days or weeks before a load bank test or an outage exposes them. The capital decision to replace a string or service a genset is grounded in trend data.

PUE and capacity decisions are quantitative

Power, cooling, and PUE trending feed the capacity model. Expansion is planned against connected and reserved load. New customer onboarding is constrained by data, not by intuition.

Audit-ready for Tier, ISO 22301, and NCA ECC

One-click compliance packs cover concurrent maintainability evidence, MOP and change records, and incident response narratives for Uptime Institute reviews, ISO 22301 BCM audits, and NCA ECC critical infrastructure examinations.

Talk to us about your operation

We will run the demo against your industry.

The walkthrough uses a tenant seeded with assets from your industry, not a generic demo dataset.

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