The AI platform for the circular electronics economy
Every number
Every number
carries its proof.
ECO360 is the compliance and carbon data layer for physical products. Product-level CO₂, substance screening and digital product passports — with a confidence tier on every figure.
Built for electronics — the same engine screens any bill of materials and reports for any company.
One engine, six layers — sold as an API, a console and a product card.
EPREL · SCIP · EmberEU registries the engine reads directly — not data you type in
0product categories
0national electricity grids, two factor sets
100%of figures carry a tier
Directive (EU) 2024/825 — applies from 27 September 2026
Unsubstantiated green claims
Unsubstantiated green claims
are about to become illegal.
From 27 September 2026 the EU prohibits environmental claims that cannot be demonstrated — no balancing test, no exceptions. The cheapest way to comply is to say nothing. The better way is to say it with proof. ECO360 generates the claim and its substantiation page.
—days
—hours
—min
—sec
Counting down to 27 Sep 2026, 00:00 CET · EmpCo Directive, Annex I of the UCPD
The problem
The true cost of
The true cost of
invisible emissions.
Sustainability reporting absorbs a six-figure budget every year — most of it spent chasing data that already exists somewhere else.
€
High cost
Consultants, audits and manual data collection — a recurring six-figure line item.
⇄
Data chaos
Product data in one silo, emission factors in another, supplier evidence in email.
✎
Manual & complex
Spreadsheets that break the moment a regulation, a factor or a product changes.
⧗
Slow to act
By the time the report is finished, the decisions it should have informed are already made.
Before — manual reporting
100%
Typical annual compliance cost for an enterprise: ~€400,000 in external consultants, data collection and one-off calculations that expire the day they are delivered.
After — with ECO360
↓ significantly
Automated data layer, continuously updated — and every figure survives an audit. Estimate your saving below.
Live data · demo
Ask the database
Ask the database
what a device costs the planet.
Model-level embodied carbon as a queryable service — not a category average, not a calculator that asks you for a bill of materials first. No other commercial API does this.
Device lookup
Pick a model and configuration. The resolver walks the cascade T1→T5 and returns the best evidence available — labelled as exactly what it is.
Live data from the ECO360 Platform database — human-approved, sourced from manufacturer Product Environmental Reports.
The rule that runs the platform
No number without
No number without
a tier.
The resolver tries five levels of evidence in order and stops at the first hit. Whatever it finds, it tells you how it knows — measured, derived or estimated, with the uncertainty attached. Presenting an estimate as a measurement is the one thing this platform will never do.
T1Measured
Manufacturer PCF — exact model & configurationApple, Samsung, Dell, HP, Lenovo and others publish per-device environmental reports.
±20%
T2Measured
Manufacturer PCF — nearest configurationSame model, different RAM or storage — adjusted from the published figure.
±30%
T3Derived
Third-party LCA databasesIndependent published datasets for older models.
±35%
T4Derived
Attribute model, calibrated on the T1 corpusPeer-reviewed component model (die area, DRAM, NAND, battery, PCB) for manufacturers that publish nothing.
±50%
T5Estimated
Category averageThe honest fallback for an unknown device — clearly labelled, never dressed up.
±70%
The industry's own reference tool publishes ±20% (1σ) for a single laptop model — with a P5–P95 range spanning a factor of 3.5. We will not promise tighter than the OEMs' own tooling. If a competitor does, they are overclaiming.
One engine · four surfaces
Buy it as an API, a console,
Buy it as an API, a console,
a product card, or an agent.
The product
Data API
Model-level device carbon, minerals, WEEE data and compliance status as JSON. Usage-based pricing. Built for web shops, ERP vendors, refurb platforms and passport operators.
- Tier + source + uncertainty on every field
- Substantiation URL in every comparative response
- Country-specific use-phase on request
For your team
Console
Upload your product catalogue as it is — CSV straight from the ERP. Fuzzy matching against the global database, inventory intelligence, GHG Scope 1/2/3 reporting with year-on-year comparison.
- 18 built-in inventory analyses
- AI-assisted matching and gap-filling
- GHG Protocol grid → CSV, PDF, print
For your customers
Product card · DPP
A public per-product page and embeddable widget. Not a green stamp — a data disclosure that complies with the EmpCo Directive by design: numbers, units, method, source, retrieval date.
- QR to a full substantiation page
- GS1 Digital Link identifiers
- EN-standards-aligned DPP payload
Automate it
Agent
An AI agent that queries your ECO360 data through the same API the console uses. Ask in plain language — every figure comes back with its tier, its source and its retrieval date.
- Natural-language queries over your inventory
- Alerts when the data moves underneath you — a retired factor, a superseded substance list, a lost EPREL match
- GHG narrative drafted from the issued report snapshot — every figure traceable to its calculation line
Available to design partners. Talk to us →
Try the numbers
Same device, different country —
Same device, different country —
different footprint.
A use-phase figure computed on one national grid is wrong in the other 45. ECO360 computes the use phase from the device's actual energy draw and the electricity factor of the market it is sold in.
Use-phase CO₂ by country
Physical energy draw × national grid factor × years of use.
Phone ≈ 4 · tablet ≈ 12 · laptop ≈ 30 · monitor ≈ 60 kWh/yr
3.5kg CO₂e use-phase total
Location-based factors, Our World in Data 2024. Residual-mix (market-based) factors are also served by the API. Figures are illustrative of the calculation — production values come from the live factor table.
Reporting cost estimator
What EU compliance reporting roughly costs — before and after automation.
—estimated annual saving
⚠ Illustrative estimate. The model scales from a six-figure baseline and applies a modelled automation saving rate. Not a quotation.
Substance compliance
Send the file
Send the file
as it is.
No onboarding project, no supplier campaign, no template. The BoM engine reads your bill of materials in whatever shape it left your ERP — then assesses every article for PFAS, REACH SVHC and RoHS. TSCA and Prop 65 are in scope; for EEA-market products they return not_applicable.
- Per-article screening, tree-walked. Thresholds are applied at the smallest article level — the interpretation confirmed by EU case law, implemented rather than just cited.
- Identifier validation first. In one real customer file, 27% of CAS numbers failed their own check digit. We validate before we screen — garbage in is caught, not propagated.
- SVHC double-check. Your screening result is cross-referenced against suppliers' own legally mandated SCIP notifications. A conflict raises a flag no manual process would catch.
- Dated list snapshots. Every screening records the regulation list in force at the time — so when a substance is added, you can answer both "what just became reportable?" and "was what we shipped clear under the list that applied then?"
0 clear0 review0 reportable0 invalid CAS caught
Digital Product Passport
The registry is live.
The registry is live.
Be years ahead of the mandate.
The EU DPP registry opened in July 2026 and the six harmonised EN standards are published. Passports for electronics become mandatory later — but the companies issuing standards-aligned passports now are the ones the market will trust when it does.
Live — 20 July 2026
EU DPP Registry opened — with a free public repository of data models.
Published — May–July 2026
Six harmonised EN standards (EN 18216, 18219–18223) — ECO360 passports are built against them from day one.
18 Feb 2027
Battery passport mandatory (EV, industrial and LMT batteries).
~2027–2030
Electronics follows via horizontal repairability and recyclability measures. The mandate arrives in stages — the readiness question arrives now, in every tender and every buyer questionnaire.
DPP readiness — per product demo
Carbon footprint (PCF)measured · PCF record
Energy class & consumptionEPREL registry
Repairability classEU energy label
Material compositioncomputed · 10 minerals
SVHC statusscreening + SCIP
Recycled content %supplier declaration
Spare parts availabilitymanufacturer statement
Repair manual URLmissing
12 of 15 required fields resolved — 9 automatically from EU registries
We don't ask you to type in data the EU already holds. The auto-enrich pipeline fills what EPREL and SCIP already know about your products.
Shopfront integration
Add a live CO₂ card to
Add a live CO₂ card to
any product page.
One HTML tag. The widget fetches live data from ECO360, renders a verified product card with carbon, repairability and compliance status, and updates automatically when your data changes — no store rebuild required.
- Three modes: card · compact · badge-only
- Shadow DOM — no CSS conflicts with your store theme
- Works with Shopify, WooCommerce, and any HTML page
- Data updates in ECO360 reflect instantly — no redeployment
ECO360 · Verified data
Example Product · 256 GB
78kg CO₂e · cradle-to-grave
ManufacturingTransportUseEOL
Repairability score7.8 / 10Derived
Spare parts available7 yearsMeasured
SVHC substancesNone detectedDerived
Verified by ECO360 · View full data
Corporate reporting
Scope 1, 2 and 3 —
Scope 1, 2 and 3 —
from the same data you already loaded.
The GHG report assembles itself from three sources: your product catalogue's CO₂ figures, your Scope 1/2 inputs, and your own entries where judgement is needed. Full GHG Protocol hierarchy, year-on-year comparison, comments per row, export to CSV and PDF.
▾Scope 1 — direct emissions128.4−12%
Vehicle fleet96.1−8%
▾Scope 2 — purchased energy (location-based)64.0−21%
▾Scope 3 — value chain, 15 categories2,412.7−4%
Cat 1 — purchased goods & services1,890.2−6%
Cat 11 — use of sold products342.5+2%
Total — all scopes2,605.1−5%
Team
Built by people who have
Built by people who have
scaled this industry before.
JR
Jyri Roselius
CEO · Co-founder
Led Piceasoft to Finland's fastest-growing company (2017) and an exit in 2021. Nokia background; 20+ years scaling software in 90+ countries.
KK
Kari Ketola
COO · Co-founder
25+ years at Nokia and in global IT. International operations in China and Romania, Nordic sales at M-Files and Piceasoft.
Get started
See your own products
See your own products
in the data layer.
Bring a product list or a BoM file to the demo — we'll run it through the platform live. That's the whole pitch.
sales@eco360.ai