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Energy and carbon performance, in real time.

NxOps is an enterprise operations monitoring platform that measures, tracks and analyses real-time data from IoT devices, third-party systems and APIs. It is the data collection backbone of Evercomm's digital measurement, reporting and verification stack, feeding NxMap and NxPlan.

  • IoT sensors
  • BMS
  • EMS
  • SAP
  • Oracle
  • Microsoft
  • Infor
  • SAGE

Domains

Fuel, electricity, heat, cooling

Deployment

Non-invasive sensors

Feeds

NxMap and NxPlan

Scale

Single site to multi-site group

Capabilities

Capture at source, so nothing has to be reconstructed later.

Designed for API integration with IoT sensors, building management systems, environmental management systems and ERP platforms, NxOps captures and evaluates energy and utilities use and turns raw data into decisions that hold up when someone asks where the number came from.

01

Non-invasive sensor implementation

Deployment without disrupting existing operations. Sensors integrate into your facilities with minimal modification, for a smooth transition and fast setup.

02

Actionable data on equipment performance

Precise insight into the energy performance of individual equipment and systems. NxOps analyses usage patterns and identifies inefficiencies, enabling proactive decisions rather than retrospective explanations.

03

Scalable and customisable

Whether you manage a single facility or a multi-location enterprise, the modular design adapts to your operational needs and growth.

Focus areas

Fuel, electricity, heat and cooling

Optimising resource efficiency and minimising carbon emissions across the four energy domains that carry most industrial load.

ERP integration

Partnering with major ERP vendors

Integration with SAP, Oracle, Microsoft, Infor and SAGE, so operational readings and financial records reconcile rather than diverge.

Technical integrations

What NxOps connects to, and what it emits.

  1. 01 Source

    Meters, ERP, core banking

    Readings, ledgers, positions, custody and supervisory feeds.

  2. 02 Ingest

    NxOps

    Connectors, validation, and a lineage identifier attached at the point of capture.

  3. 03 Measure

    NxMap

    Emission factors applied, inventory built per standard, calculation recorded.

  4. 04 Decide

    NxPlan

    Scenarios, targets, capex sequencing, and the capital case attached.

Nx-Engine

One lineage-tracked base underneath all four stages. Rule packs change; the base does not.

Source record to published figure, with the identifier intact at every stage.

Inputs

  • IoT sensors and sub-meters
  • Building management systems
  • Environmental management systems
  • ERP platforms
  • Utility and grid data
  • Third-party APIs

Outputs

  • Granular, ISO-grade time series
  • Lineage identifier per record
  • Validated activity data for NxMap
  • Load profiles for NxPlan
  • Anomaly and drift flags
  • Audit-ready source trail

Dashboard

Two views: the building, and the asset.

The building view answers what the site consumed and emitted. The asset view answers which specific equipment is drifting, and what it will cost to leave it drifting.

Per building

Site-level performance

  • Electricity consumption, main incomer
  • Total Scope 2 emissions avoided
  • Total Scope 1 and 2 emissions
  • Utility cost

Per asset or equipment

Equipment-level performance

  • Chiller health monitoring
  • Plant health forecast
  • Projected savings
  • Latest notifications

On imagery This build carries no product screenshots. Where a screen appears on the live site it should come from the product itself, be captioned, and carry alt text describing what it shows, rather than stand in as decoration.

Talk to us.

Tell us which regime is arriving first and what data you already hold. We will tell you honestly whether it is a Granular Data build, an Assurance engagement, or neither.