Cut Monthly Data Prep from 40 Hours to 4 Hours

Point A

Your sustainability analyst spends 2 days every month categorizing 5,000 general ledger transactions to the right emission factors. It's 2026—there should be a better way.

Point B

Our NLP engine categorizes 98.3% of transactions automatically. OCR extracts utility bill data without manual typing. Anomaly detection flags questionable supplier responses. Your team reviews exceptions, not entire datasets.

Concrete Benefits

No marketing fluff. Just measurable outcomes you can verify.

Automated Transaction Categorization

AI reads transaction descriptions ('Qantas SYD-MEL') and maps to correct Scope 3 category (6: Business Travel) and emission factor (0.115 kgCO2e/km domestic flight). Manual review only for 1.7% edge cases.

98.3% auto-categorized

Utility Bill OCR

Upload PDF electricity bills. AI extracts meter number, kWh consumed, billing period, and NMI. No manual data entry. Works with 150+ utility providers globally.

150+ utility formats supported

Supplier Data Validation

When supplier reports 0.05 kgCO2e/$ but industry benchmark is 0.32 kgCO2e/$, AI flags for review ('Possible data quality issue: 84% below peer median'). Prevents garbage-in-garbage-out problem.

Automated anomaly detection

Climate Disclosure Gap Analysis

Upload AASB S2 or CSRD requirements. AI scans your existing data and highlights missing fields (e.g., 'Scenario analysis: Not started', 'Scope 3 Category 11: Incomplete'). Shows compliance score.

Auto-check disclosure requirements

Report Generation Automation

AI drafts narrative sections for sustainability reports (governance structure, risk management process, reduction strategy) based on your carbon data and stakeholder inputs. Edit draft vs writing from blank page.

70% draft completion by AI

Continuous Learning Model

AI accuracy improves with your feedback. When you override a category, model learns your business-specific rules. After 3 months, categorization accuracy typically hits 99.5%+.

99.5% accuracy after 3 months

How It Works

From unstructured data (PDFs, spreadsheets, emails) to structured carbon inventory in minutes. AI handles repetitive pattern recognition; humans handle judgment calls.

1

Train AI on Your Data

Initial setup: review 100-200 sample transactions. Confirm or correct AI's categorization. Model learns your vendor names, cost centers, and business-specific emission sources.

2

Automated Monthly Processing

Each month, AI processes new transactions, utility bills, and supplier responses. Categorizes to emission factors. Flags 1-2% exceptions for human review (e.g., 'New vendor: can't determine category').

3

Review Exceptions Dashboard

Instead of reviewing 5,000 transactions, you review 85 flagged items. Approve AI suggestions or override with correct category. Takes 30 minutes vs 8 hours manual.

4

Validate Quality Checks

AI shows variance analysis ('Total emissions +12% vs last month. Primary drivers: Electricity up 18% due to summer cooling, Air travel up 9%'). Confirm variances are real, not data errors.

5

Generate Draft Reports

AI drafts sustainability report sections using templates and your data. Writes governance narrative based on org chart and policy documents. Drafts risk management process from workshop notes.

6

Export for Human Review

AI-generated content exported to Google Docs for editing. Legal reviews forward-looking statements. Communications polishes language. Workflow manages approvals before publishing.

Product Features That Do the Heavy Lifting

Our AI Categorization Engine uses NLP to map GL transactions to emission factors, learning from your feedback to improve accuracy over time. Learn more →

The AI Report Generator drafts narrative sections for sustainability reports based on your carbon data, reducing writing time by 70%. Learn more →

Utility Bill OCR extracts consumption data from PDF bills automatically—no manual typing required for 150+ utility providers. Learn more →

Real-World Results

How companies in your industry use NetNada to solve specific problems.

Property Management (2,500 transactions/month)

Challenge

Sustainability analyst spent 16 hours monthly categorizing electricity, gas, and maintenance expenses across 45 buildings. Unsustainable workload.

Solution

AI auto-categorized 97% of transactions after 2-month training. Analyst reviews 75 flagged transactions in 1 hour. Gained 15 hours/month for strategic work (tenant engagement, solar feasibility).

93% reduction in data prep time

Consulting Firm (AASB S2 Compliance)

Challenge

First AASB S2 report required scenario analysis narrative. Team had data but no idea how to write required disclosure.

Solution

Used NetNada AI to generate draft based on scenario modeling results. AI wrote 1,200-word narrative covering 1.5°C, 2°C, 4°C pathways and revenue impacts. Team edited for accuracy, submitted on time.

Draft report in 2 hours vs 2 weeks estimated

Manufacturer (Utility Bill Chaos)

Challenge

8 facilities, 24 meters, bills from 6 different utility providers. Manual data entry took 4 hours monthly and had 5-10% error rate.

Solution

OCR processed all bills automatically. Accuracy improved to 99.8% (AI extracts exact meter readings). Freed up analyst to work on reduction initiatives instead of data entry.

4 hours saved monthly + higher accuracy

What Customers Say

"The AI categorization is shockingly accurate. It understands our vendors better than manual spreadsheet lookups. Saves us hours every month and catches errors we used to miss."

Ollie Nelson

Sustainability Associate

Zip Co

Frequently Asked Questions

Common questions about this solution

How accurate is AI categorization compared to manual?
Initial accuracy: 94-97% out of the box. After 3 months of corrections: 99.5%+. Human manual entry accuracy: 85-90% (fatigue errors, copy-paste mistakes). AI is more consistent and improves over time; humans get tired.
What happens when AI can't categorize a transaction?
Flags as 'Requires human review' with confidence score. Example: 'ACME Corp - Invoice 12345' has no description → AI can't determine if it's materials, services, or equipment → flags for manual categorization. You review, AI learns for next time.
Can AI handle industry-specific emission sources?
Yes. We've trained models on 50+ industries. Healthcare (medical waste, refrigerants), Mining (fugitive methane, explosives), Agriculture (livestock, fertilizer) all have specialized rules. AI learns your industry patterns during onboarding.
Do you use my data to train AI for other customers?
No. Your data trains your AI instance only. We don't aggregate across customers. SOC 2 controls prevent cross-contamination. Your competitive emission data stays private.
How do you prevent AI 'hallucinations' in sustainability reports?
AI drafts are based on structured data (emission numbers, org charts, policy docs)—not generative guesses. Every claim links to source data. Human review required before publishing. AI assists writing; humans validate facts.
Can AI handle multi-language invoices?
Yes for 12 languages (English, Mandarin, Spanish, Portuguese, German, French, Japanese, Korean, Dutch, Italian, Swedish, Polish). OCR extracts numbers (universal) and translates merchant names for categorization.
What if regulation changes and emission factors update?
AI automatically applies latest IPCC AR6 factors when database updates (quarterly). Recalculates historical periods if needed for comparability. Flags material changes (>5% impact) for disclosure in sustainability reports.

Let AI Handle the Tedious Parts of Carbon Accounting

See how sustainability teams use AI to automate transaction categorization, utility bill processing, and report drafting—freeing 30+ hours monthly for strategic work.