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Initializing Systems...
Initializing Systems...
LeanQubit connects PLCs, SCADA, ERP, and utility meters into one energy and emissions data layer — so your CBAM declarations, CCTS filings, and BRSR disclosures are built on live plant data instead of spreadsheets recreated every quarter.
CBAM and India's CCTS are converging on the same requirement at the same time — verified, product-level emissions data, not year-end estimates.
The EU's Carbon Border Adjustment Mechanism moved from voluntary quarterly reporting to a financially binding regime on January 1, 2026 — EU importers of Indian steel, aluminium, cement, and fertiliser now have to buy CBAM certificates against the embedded emissions in every shipment. Without verified, product-level data, those shipments get priced using EU default values instead — and those defaults run well above what most Indian plants actually emit, because Indian production routes still lean on coal-heavy grid power and blast-furnace steelmaking.
Only EU-accredited or ISO 14065-compliant bodies can sign off on emissions data under the definitive regime, and accreditation for the first wave of verifiers is only expected around September 2026 — which means exporters who show up with clean, traceable, plant-sourced data move through that bottleneck faster than exporters still reconciling numbers by hand.
The Carbon Credit Trading Scheme, administered by the Bureau of Energy Efficiency, now sets mandatory emission-intensity targets across nine energy-intensive sectors — iron & steel, aluminium, cement, fertiliser, and more — meaning the same underlying plant data that satisfies a CBAM declarant now also has to satisfy a domestic obligated-entity filing.
This page is built around the operational problems teams describe before they ever ask for a platform name.
The goal isn't another dashboard sitting on top of guessed numbers. It's making the underlying plant data trustworthy enough that CBAM, CCTS, and BRSR reporting stop being a quarterly scramble.
LeanQubit's IIoT layer pulls fuel logs, utility meter readings, and PLC/SCADA signals — furnace load, line runtime, captive power draw — directly from the equipment generating the emissions, instead of relying on manual entry.
Emissions inputs come from the equipment itself, not a spreadsheet reconstructed after the fact.
A verifier will ask where every number came from. This is the trail LeanQubit builds automatically.
Fuel logs, utility meters, PLC/SCADA signals, and ERP production records enter through LeanQubit's IIoT integration layer.
FactoLake ties every reading to a plant, line, product, and time window, building the audit trail a verifier will ask for.
EnergyIQ runs Scope 1/Scope 2 emissions calculations per product and process, using GHG Protocol and India-specific grid factors.
Verified, CN-code-mapped output is formatted for CBAM Registry submission, CCTS compliance filing, or BRSR disclosure — and shared with EU importers directly instead of over email PDFs.
The solution page should always show which LeanQubit capabilities buyers would actually use.
Brings live meter, PLC, and SCADA data from the plant floor into the emissions workflow without new hardware in most cases.
Stores production, energy, and emissions data with the product- and process-level attribution CBAM and CCTS require.
Runs the emissions calculation and forecasting logic, and flags carbon-cost exposure before shipments go out.
Connects verified emissions data back to production execution, so carbon reporting reflects what actually ran on the floor.
This is where the page shifts from architecture to business value.
"One verified data source across CBAM, CCTS, and BRSR instead of three separate reconciliation exercises each quarter."Talk to us
Solution pages should make implementation feel concrete and manageable.
Book a plant-data assessment to see which meters, PLCs, and ERP fields you already have, what's missing for product-level emissions reporting, and how fast LeanQubit can get your CBAM and CCTS filings running on real data.