GX Solution

Carbon, calculated alongside production

Emissions and energy use are worked out from the data already coming off the floor, and the same figures carry through to reporting and reduction.

ROADMAP

From decisions to lower carbon and energy

Operating and energy data are used to account for emissions, and AI decisions to reduce them.

STEP 5 / 6
Foundation
  1. 01
    OTEquipment connectionSignals from PLCs, sensors and legacy machinesView page ›
  2. 02
    DATAData standardsAssets and data in one format with AAS
  3. 03
    DXDigital operationsProduction, quality, energy and work records in the systemView page ›
  4. 04
    AXAI decisionsPrediction and recommendation from the dataView page ›
This stage
  1. 05
    GXCarbon and energyEmissions accounting and reduction
What it leads to
  1. 06
    Physics AIFloor executionAI decisions carried into machines and robotsView page ›

PAIN POINT

Carbon work gets stuck at the data

  1. Staff reviewing documents

    Environmental reporting keeps growing, but each site collects data its own way, so the same figures are gathered and reconciled again every time.PEF, CBAM, GHG and DPP each ask for a different scope and format, so every new regulation means rebuilding the data from scratch.The resulting numbers are hard to back up with which data and rules produced them.

    On one carbon data system set up once, what PEF, CBAM, GHG and DPP ask for is answered together.Boundaries, emission factors and allocation rules are kept as history, so the basis shows as it is at review and reporting.

  2. A factory floor lined with many kinds of equipment

    Equipment and external systems on the floor use different standards, making it hard to unify energy and production data into carbon activity data.Even power use differs in unit and collection cycle machine to machine, and without a link to production results it cannot be divided by product.People end up rebuilding it in spreadsheets again and again.

    A data inventory and metering rules come first, then a common model such as AAS, so every system uses the same activity data.FEMS metering and MES production results are linked, carrying through to per-product carbon in one flow.

  3. People in a meeting room discussing

    Many companies do not know where carbon management begins, and staffing it in-house costs a great deal of money and time.Handing it to outside consultants leaves a report, but the company struggles to repeat the same calculation on its own the next year.

    From setting boundaries and surveying the site to calculation and reporting, it is done step by step together.Data collection and calculation procedures stay in the system, leaving an accounting process the company can repeat every year.

LINE-UP

Three solutions that handle carbon alongside production

CORA builds the data, COTO answers the regulations, and AI Carbon calculates carbon per product — joined as one.

  1. 01 · AI Carbon

    Connect the evidence behind product carbon.

    Process activity data is tied to emission factors, so each product's carbon is managed down to its calculation.

    • Product · process data
    • Carbon calculation support
    • LCA · MRV evidence
  2. 02 · CORA

    Make carbon data collection systematic.

    A data optimization platform for trustworthy data

    • Data inventory
    • Metering infrastructure
    • Collection · integration
  3. 03 · COTO

    Keep the evidence from calculation to report.

    An end-to-end (E2E) integrated management solution for carbon regulation compliance

    • PEF · LCA
    • CBAM reporting support
    • Organisational carbon

INTEGRATION

Production data becomes carbon data

Carbon is not tallied separately: activity data comes straight from energy metering and production results.

WHY ITSCO

A proven GX record:energy and carbon projects delivered

Cumulative delivery and technology record · as of Sep 2026

Highlights

  1. 01Carbon data patentData collection for calculating product carbon emissionsNo. 10-⁠2934907
  2. 02Carbon-neutral solution platformProduct-level carbon evidence automated into the AAS standard, keeping the European supply chain intact.GX case study
  3. 03CORA softwareCarbon Optimization & Resource Assessment, copyright registeredC-⁠2025-⁠058210

PROCESS

From boundaries to reporting, in four steps

Measurable data comes first; reporting and reduction follow, with the basis kept at every step.

  1. Inventory · boundaries

    • System and organisational boundaries set
    • Process flow and data locations defined
    • Units and emitting activities listed
  2. Metering · collection

    • Metering points and network surveyed
    • Activity data collected and reconciled
    • Linked to the AAS common model
  3. Calculation · verification

    • Emission factors and allocation set
    • Product and organisational emissions calculated
    • Basis of calculation traceable
  4. Reporting · reduction

    • PEF, CBAM, GHG and DPP reporting
    • Reduction priorities reviewed
    • History kept, calculation repeated

FAQ

Before you start: frequently asked questions

  • We are new to carbon management. Where do we start?
  • Do CBAM, PEF and the rest each need separate preparation?
  • Can we use the FEMS and MES data we already have?
  • How is the basis of a calculation kept?
  • What comes after GX?

CONNECT THE NEXT

Connected solutions

The solutions that take this one's data and results and carry them on.

See all solutions →

START WITH YOUR FACTORY

Start with your factory's own challenges

Check where you stand with the AX readiness check first, then carry on to a consultation.

Request a consultation