XiGiFyAI

Use Case

Sustainability & ESG Intelligence

Turn sustainability commitments into measurable, auditable data.

Real-time energy and water consumption data, structured for ESG reporting and sustainability disclosures — so commitments are backed by measurable, auditable operational data instead of estimates.

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The problem

ESG commitments are only as strong as the data behind them

Sustainability targets and ESG disclosures increasingly require operational data — energy use, water consumption, efficiency trends — but most organizations are still assembling that picture from utility bills and manual spreadsheets.

That makes it hard to catch waste as it happens, and harder to produce a reporting trail that holds up to an internal review or an external audit.

Issue → solution

What esg intelligence actually fixes

01

The issue

ESG commitments are still assembled from utility bills and spreadsheets.

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XiGiFy solution

Energy and water consumption is captured continuously through metering and monitoring sensors.

02

The issue

Waste is only visible after the billing cycle closes.

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XiGiFy solution

Anomalies and inefficient usage are surfaced as they happen.

03

The issue

Sustainability teams get engineering data they can't easily work with.

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XiGiFy solution

Data is organised into dashboards and KPIs built for sustainability and operations teams, not just engineers.

04

The issue

A reporting trail assembled by hand is hard to defend in an audit.

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XiGiFy solution

Consumption records are structured to support ESG disclosures and internal audits.

05

The issue

Comparing performance across sites means reconciling different sources.

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XiGiFy solution

Multi-site consumption data sits in one place for like-for-like comparison.

06

The issue

Reporting cycles are annual or quarterly, but building performance shifts month to month.

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XiGiFy solution

Continuous data surfaces the underlying trend well before a reporting period closes, not only when a report is due.

07

The issue

Renewable energy systems — solar PV, heat pumps, distributed storage — are installed but their actual contribution isn't tracked.

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XiGiFy solution

Distributed renewable sources are monitored continuously so the measured output of each system is available for carbon reporting and green-certificate applications.

How it works

From live consumption data to a reporting-ready record

  1. Step 01

    Collect

    Smart metering and water monitoring sensors continuously capture electricity and water consumption data across your sites.

    • Electricity and water from smart metering and water monitoring
    • Solar PV, heat-pump and storage output monitored
    • CO₂, PM2.5, VOC, temperature and humidity records
  2. Step 02

    Structure

    Data is organized into dashboards and KPIs built for sustainability and operations teams, not just engineers.

    • Dashboards and KPIs for sustainability and operations teams
    • Energy converted to emissions using your own grid factors
    • Sites compared on the same intensity basis
  3. Step 03

    XiGiFy Brain

    Flag

    Anomalies, waste and inefficient usage are surfaced as they happen, not at the end of a billing cycle.

    • Waste and abnormal usage surfaced inside the reporting period
    • Trends tracked continuously against reduction targets
    • Underperforming buildings identified
  4. Step 04

    Report

    Consumption records are structured to support ESG disclosures, sustainability reporting and internal audits.

    • Time-stamped records traceable back to the meter
    • Metered evidence behind each claimed saving
    • Supports ESG disclosures and green-certificate applications

Capabilities

What's included

Multi-utility data capture

Electricity and water consumption tracked continuously via smart metering and water monitoring, rather than reconstructed from bills.

Waste & anomaly detection

Surfaces inefficiency and abnormal usage as it happens, so waste can be corrected inside the reporting period rather than explained after it.

Auditable reporting data

Time-stamped consumption records with a traceable path back to the meter that produced them — the difference between a number and an evidenced number.

Emissions from measured consumption

Energy data converted to emissions using your own grid factors, so carbon reporting rests on measured consumption instead of estimates.

Portfolio benchmarking

Compare consumption and intensity across sites on the same basis, to see which buildings are actually underperforming.

Air quality & occupant wellbeing data

CO₂, PM2.5, VOC, temperature and humidity records feed the social and occupant-health side of ESG reporting, not just the environmental side.

Ventilation efficiency evidence

Demand-based ventilation data shows where conditioning load was reduced, with the operational trail behind the reduction.

Cross-platform integration

Draws on Smart Metering, Smart Water Monitoring, Smart BMS, IAQ and demand-control ventilation wherever they are deployed.

Renewable energy contribution tracking

Distributed solar PV, heat-pump and storage systems monitored continuously — so the measured output of each renewable source feeds directly into carbon reporting and green-certificate applications rather than being estimated.

Demand-side savings evidence

Optimized control, behavioral and equipment-level energy reductions each produce time-stamped, metered records — the measurable trail behind a claimed saving.

Target tracking over time

Consumption and intensity trends are tracked continuously against internal reduction targets, rather than checked only when a report falls due.

Use cases

Where this fits

  • Commercial building portfolios tracking energy and water performance
  • Industrial facilities with sustainability targets
  • Organizations preparing ESG disclosures or sustainability reports
  • Multi-site operators comparing consumption across locations
  • Landlords evidencing building performance to tenants and investors
  • Teams whose sustainability reporting is currently assembled by hand each cycle
  • Retail and multi-site portfolios reporting sustainability performance store-to-store
  • IFM and facilities management operators producing client-facing ESG reports across managed sites
  • Organizations tracking distributed renewable energy systems — solar PV, heat pumps, distributed storage — alongside consumption

Deployment

Integrations & rollout

Draws on data already captured through Smart Metering, Smart Water Monitoring and Smart BMS rather than requiring a separate data-collection layer.

Builds on existing metering and monitoring deployments; consumption data is structured into ESG-ready dashboards and reports as those solutions come online.

Deployed

Sustainability & ESG Intelligence in the field

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Smart Buildings & Facilities

Raw energy data into fair billing and savings

Automated anomaly detection turns grid-to-tenant energy data into cost savings and fairer billing, without manual rules.

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Works well with

Related use cases

Smart Water Monitoring

See exactly where your water goes — and where it's being wasted.

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Smart Building Management

An intelligence layer above the systems you already run.

Explore use case→

Smart Metering

Turn meter readings into a live utilities picture.

Explore use case→

Relevant industries

Where this use case is commonly applied

Smart Buildings & Facilities

Give facilities teams eyes on every building, in real time.

See use case→

Industrial & Manufacturing

Fewer surprises on the plant floor.

See use case→

Retail

Turn everyday store operations into data-driven decisions.

See use case→

Integrated Facilities Management

Prove the savings. Report the carbon. Win the next contract.

See use case→

FAQ

Questions about sustainability & esg intelligence

It draws on data from Smart Metering, Smart Water Monitoring and Smart BMS where they're deployed — the more of those are connected, the fuller the sustainability picture. It's not an all-or-nothing requirement.

The data is structured to be accurate and auditable, but whether it satisfies a specific framework or regulator depends on that framework's exact requirements — worth confirming against your reporting standard directly.

Measured energy consumption can be converted to emissions using the grid factors that apply to your sites, so the carbon figure rests on metered data rather than an estimate. Scope and methodology should be agreed for your specific reporting framework — confirm with XiGiFy what is supported for your deployment.

Most sustainability reporting is assembled from utility bills and spreadsheets after the period closes. Continuous metering gives time-stamped records with a traceable path back to the meter that produced them, which is what turns a reported number into an evidenced one.

Indoor air quality data — CO₂, PM2.5, VOCs, temperature and humidity — supports occupant-health and wellbeing reporting alongside the energy and water figures, where those solutions are deployed.

Consumption and intensity are captured on the same basis at every connected site, which is what makes a like-for-like comparison possible. That is usually the point at which it becomes clear which buildings are genuinely underperforming rather than simply larger.

Yes — XiGiFy's demand-based ventilation and monitoring deployments in UAE buildings won two 2025 CPI Industry Climate Action Awards (Digital Supplier of the Year and IoT Integration Initiative of the Year), judged on the measurable environmental performance and integration quality of live deployments. See the Recognition page for what each award actually assesses.

XiGiFy's deployments at a leading real estate group in Dubai and at Dubai City Walk both recorded a 22% reduction in ventilation energy use, measured in proof-of-concept testing — the same kind of traceable, metered figure this reporting is built to produce, rather than a projected one.

Yes — distributed solar PV, heat-pump and storage systems are monitored continuously, so the measured output of each renewable source is available alongside consumption data. That's the difference between a claimed renewable contribution and a documented one that holds up in a carbon report or green-certificate application.

Measured consumption and verified renewable generation data give you the documented, traceable figures that underpin carbon reduction claims and green-certificate applications — the methodology for those programmes depends on your specific scheme, so confirm with your provider what the exact data requirements are.

See sustainability & esg intelligence on your own sites.

Tell us what you want to monitor and we'll walk you through how it would work for your facilities.

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