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TraceX’s end-to-end digital MRV solution empowers project developers and agribusinesses to digitize Alternate Wetting & Drying (AWD) practices, reduce methane emissions, and generate verifiable carbon credits at scale.
Accelerate validation, reduce costs, and drive real environmental outcomes with data you can trust.
Faster Validator turnaround
Reduction in MRV Costs
Avg Methane Reduction via AWD
Audit Ready Carbon Data
Manual, fragmented, and expensive the old way of tracking AWD practices can’t keep up with carbon market demands or regulatory scrutiny.
Gathering accurate data on individual farmers, landholdings, and agricultural practices is challenging
Manual tracking of irrigation schedules is cumbersome and error-prone.
Third-party verification of carbon projects involves complex methodologies
Meeting evolving standards like Verra, Gold Standard requires structured, auditable, and tamper-proof records
TraceX digitizes every touchpoint of AWD Project life cycle from farmer onboarding to third party verification on a single blockhain-powered platform
Mobile and web apps enable rapid farmer registration, geo-tagging of land plots, and configuration of AWD package of practices — even in low-connectivity areas.
Satellite imagery provides real-time data on soil moisture, water levels, flooded vs. drained periods, and crop health across thousands of hectares.
Built-in validation tools cross-reference field inputs, satellite data, and established baselines to ensure accuracy and integrity of all reported metrics — fraud-proof by design.
Auto-generated reports aligned to Verra, Gold Standard,— with role-based dashboards that cut validator turnaround by 70%.
From smallholder farmers to enterprise carbon project developers, TraceX’s AWD Solutions delivers results at every level
Every data point from irrigation log to satellite observation is immutably recorded on blockchain, ensuring tamper-proof records trusted by third-party verifiers and carbon registries.
Comprehensive farm management covering baseline establishment, AWD implementation, real-time monitoring of flooded and drained periods, and crop yield impact tracking all in one platform
Satellite imagery works to monitor safe AWD water levels, soil moisture, and crop health reducing reliance on costly manual field visits.
Generate audit-ready ESG disclosures and carbon project reports aligned to international standards.
Let us show you how fast, smart, and scalable it can be.
Yes. EUDR requires precise plot-level geolocation (GPS or polygon mapping) for all rubber sourcing areas. Without it, deforestation verification and DDS submission are not possible.
Yes. While rubber sourcing is highly fragmented, digital traceability tools and structured data collection make it possible to map and manage smallholder networks at scale.
No. Sustainability certifications support responsible sourcing but do not replace EUDR requirements like geolocation verification and post-2020 deforestation checks.
By implementing batch-level traceability systems, you can link aggregated rubber volumes back to individual farm plots and maintain compliance.
Incomplete data increases compliance risk. Companies must support suppliers with mapping and data collection or exclude high-risk, non-compliant sources.
There may be initial adjustments, but digital systems streamline workflows over time, improving efficiency, transparency, and supplier coordination.
Compliance must be ensured before placing products on the EU market. This requires full upstream traceability from plantation to export before submission.
Delays can lead to shipment rejections, customs blocks, financial penalties, and loss of EU buyers. Early preparation helps avoid operational and commercial disruption.
Your Blueprint for Traceable & Sustainable Supply Chain
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Your essential compliance guide
