Closing the First‑Mile Gap: How AgriTrace Brings Smallholders and Intermediaries Into the Picture
Most traceability systems start at the mill, not the farm gate. Learn how AgriTrace brings smallholders and intermediaries into formal supply chains, with real-world proof from natural rubber in Indonesia.
The first mile of agricultural supply chains is finally getting the attention it deserves. An article from ISEAL, developed with Proforest, underlines how the journey from producer to the first aggregation or processing point is both critical and chronically under‑served by traditional traceability systems. Across cocoa, coffee, rubber and palm oil, this stage is shaped by independent smallholders, informal intermediaries and highly localized realities that rarely show up in formal data or due diligence reports.
This is what AgriTrace was built to solve.
What ISEAL Says About the First Mile
The ISEAL piece makes a simple but powerful observation: most formal documentation still starts at mills and processors, not at the farm gate. That creates blind spots, increases the risk of mixing and substitution, and can easily exclude the very smallholders that companies and regulators say they want to support.
To address this, ISEAL highlights several practical shifts, including:
· Designing for inclusion with low‑barrier, mobile registration, options for group‑level traceability, and explicit recognition of intermediary networks.
· Strengthening digital access and skills through training so tools are truly usable in rural contexts.
· Encouraging first points of processing to engage intermediaries and share responsibility and costs for traceable supply, instead of pushing all burdens downstream.
· Combining plot‑level traceability with risk‑based and landscape‑level approaches, focusing on impact over pure data granularity.
In short, the industry cannot meet EUDR‑style expectations or its own sustainability claims if the first mile remains informal, invisible, and unfunded.
How AgriTrace Is Built for the First Mile
AgriTrace is Agridence’s field traceability platform designed specifically for low‑connectivity, smallholder‑dominated environments. It supports farmer registration, GPS‑based farm mapping, and transaction recording at collection points, with offline capability where possible so data can be captured where connectivity is scarce and auto-sync once there is network.
This architecture directly addresses the first ISEAL recommendation:
· Low‑barrier mobile onboarding enables smallholders and local buyers to be registered and linked into formal supply chains with minimal friction.
· First‑mile events (farm deliveries, collections, local aggregation) can be digitised with AgriTrace and synchronised into the broader Agridence platform, creating a continuous chain of custody from plot to processor.
In natural rubber and other commodities, this means the “very first mile” is no longer a black box. It becomes a structured, analysable layer of the supply chain, with actors and flows that can be recognised, and supported.
Proving It in the Field: Continental and GIZ in Indonesia
Technology only matters if it works with real farmers, in real landscapes. That’s why Continental and GIZ chose to implement a digital traceability system for smallholder natural rubber as part of their long‑running project in West Kalimantan, Indonesia. Since 2018, the partnership has trained around 5,000 smallholders in sustainable cultivation methods, with plans to reach another 1,000 by 2027.
The project tackles exactly the twin challenges that ISEAL describes lack of visibility at the first mile and insufficient income for smallholders. By combining training with a digital traceability solution, Continental and GIZ can verify that rubber does not come from cleared rainforest or unregistered land, while farmers benefit from better prices and more secure market access.
AgriTrace sits inside this context as the digital backbone that makes individual smallholder plots, deliveries and transactions visible along the chain, demonstrating that first‑mile traceability can scale in rugged, remote landscapes. It is a proof‑point that the application works in the field performed by users on-site, in real-time.
Partnership With SNV: From Pilots to Systems Change
First‑mile inclusion is not a single‑project story; it requires system‑level collaboration. That is why Agridence is working with key industry platforms and partners such as SNV to align traceability infrastructure with national and sectoral initiatives.
These partnerships are about more than software integration. They aim to:
· Link public or industry‑run smallholder registration and transaction systems with AgriTrace’s chain‑of‑custody and risk analytics.
· Ensure data from the first mile can flow seamlessly into certification, reporting and trade systems, reducing duplication and survey fatigue for farmers and intermediaries.
· Create the governance and data‑sharing frameworks that ISEAL identifies as essential for collaborative, inclusive first‑mile solutions.
In other words, AgriTrace is not a standalone platform; it is part of a broader ecosystem approach that connects smallholders, intermediaries, processors, and downstream buyers under shared sustainability and compliance goals.
Ready to Support First‑Mile Traceability at Scale
The ISEAL article is a timely reminder that getting the first mile right is non‑negotiable for credible traceability and due diligence. AgriTrace was designed from the ground up to operate in this space:
· Capturing data at the very first point of contact in the supply chain.
· Making smallholders and intermediaries visible instead of treating them as generic “origin”.
· Powering real‑world projects like Continental–GIZ in Indonesia and sector partnerships like SNB to show that the model works at scale.
For companies now under pressure from regulations such as the EU Deforestation Regulation, this combination of field‑tested technology and collaborative partnerships is what turns first‑mile theory into operational reality.
2. https://www.continental.com/en/press/press-releases/20250415-project-extended-giz/
3. https://www.giz.de/en/newsroom/news/equipped-roughest-terrain-natural-rubber-indonesia