Does Your Palm Oil Supply Chain Provide Full Visibility to Achieve Traceability to Plantation?

Gusi Ayu Putri Chandrika Sari
8 hours ago
8 min read

Editor’s Note:

This article explores what full Traceability to Plantation (TTP) in palm oil actually looks like and what it takes to achieve it in practice. If you’re looking to go deeper into the full framework, join Beyond Traceability Talks #5, where our experts unpack real-world challenges and solutions across palm oil supply chains.

Executive Summary:

Traceability to Plantation remains incomplete across the palm oil sector, while leading palm oil companies have achieved near-total Traceability to Mill, Traceability to Plantation (TTP) continues to lag behind. Public disclosures show that even major producers have yet to reach full plantation-level coverage, highlighting persistent visibility gaps beyond the mill, particularly at the smallholder and third-party supplier level.
Knowing where palm oil comes from is not enough, companies must also understand how it moves through the supply chain. Without verified linkages between producers, intermediaries, mills, and downstream actors, traceability data remains fragmented and difficult to use for sourcing decisions, risk screening, or operational planning.
Koltiva enables businesses to build connected, verifiable supply chain linkages using digital field tools, geospatial mapping, and integrated management systems. By turning raw traceability data into structured intelligence, Koltiva supports more confident sourcing, stronger transparency, and scalable Traceability to Plantation.

Behind every product containing palm oil lies a vast, intricate supply chain stretching from tropical plantations to supermarket shelves. As companies strive for greater transparency, the elusive goal of knowing exactly where each drop of oil originates, down to the very plantation, remains a formidable challenge. This article dives into why Traceability to Plantation (TTP) is so difficult to achieve, highlighting both recent progress and the complex realities at play on the ground.

Major palm oil companies have made significant progress in improving supply chain visibility. In Indonesia, several leading companies publicly report achieving over 100% Traceability to Mills for both Crude Palm Oil (CPO) and Palm Kernel (PK). However, Traceability to Plantation has yet to reach full coverage, averaging around 90%.

These figures highlight a consistent pattern: the closer traceability moves to the farm level, the more difficult it becomes to achieve full coverage. So where exactly does Traceability to Plantation begin to break down?

According to Andre Mawardhi, our Senior Manager for Agriculture and Environment, the challenge intensifies when companies rely on third-party suppliers:

“Palm oil supply chains become increasingly complex when companies source from third-party suppliers. While plantations owned or managed by companies are generally traceable, meeting market demand often requires sourcing from independent smallholders. In these cases, Fresh Fruit Bunches (FFB) typically pass through middlemen who may sort or mix the produce before it reaches the mill. Because transactions between smallholders and intermediaries are often informal and undocumented, tracking the true origin of FFB becomes extremely difficult once it enters the supply chain.”

This dynamic introduces multiple handover points before Fresh Fruit Bunches (FFB) reach the mill, making it increasingly difficult to maintain source-level visibility.

This challenge is amplified by the central role of smallholders in global palm oil production. Smallholders, defined as farmers cultivating less than 50 hectares of oil palm (RSPO, n.d), produce up to 30% of the world’s crude palm oil and manage approximately 27-40% of the global oil palm area. Yet many smallholders remain disconnected from digital traceability tools, limiting the ability to consistently capture farm-level data at scale.

In other words, Traceability to Plantation cannot be achieved at scale without effectively integrating smallholders into digital traceability systems, from farm boundary mapping and plot registration to transaction recording and supplier verification.

From a sourcing and governance perspective, smallholders typically fall into two categories: contract smallholders and independent smallholders. Contract smallholders operate under formal agreements with companies that retain partial decision-making authority over land management and production. Independent smallholders, by contrast, operate without contracts and retain full autonomy over their land and sales channels. Each model presents different traceability risks, particularly when produce is aggregated through intermediaries.

Taken together, these structural realities give rise to three persistent barriers to achieving Traceability to Plantation:

Complex sourcing networks involving multiple intermediaries
Limited or informal documentation at the first mile of sourcing
Low adoption of digital systems, restricting accurate and verifiable data capture

What the “Complete” Transparency in Palm Oil Looks Like

Before exploring how technology can support Traceability to Plantation (TTP), it is important to define what complete transparency in the palm oil supply chain actually entails. According to Andre Mawardhi, true transparency goes far beyond tracing volumes or meeting reporting thresholds, it requires end-to-end visibility that is both verifiable and accountable.

“Based on my knowledge and field experience, complete transparency in the palm oil supply chain means that every step, from the plantation where palm fruit is grown to the final product on store shelves, is visible, verifiable, and accountable,” Andre explains.

Rather than isolated data points, complete transparency functions as a connected system, spanning six critical stages:

Plantation-Level Traceability
Plantations are digitally registered and geotagged, forming the foundation of traceability. Farmer profiles, including land boundaries, farming practices, and yield data, are recorded, while Fresh Fruit Bunches (FFB) are tagged with verified origin information at the source.
Mill and Processing Transparency
FFB is digitally tracked from plantation to mill, ensuring continuity of origin data. Processing activities—including extraction, refining, and blending, are logged using batch identifiers and supported by third-party sustainability audits covering environmental and labor standards.
Logistics and Distribution
Transport routes and custody transfers are recorded in real time to maintain chain-of-custody integrity. Where applicable, sensors monitor handling conditions, while secure digital records ensure data consistency and prevent tampering across logistics stages.
Manufacturer and Retailer Transparency
Manufacturers and brands disclose palm oil sourcing through packaging, ingredient lists, or digital platforms. Product-level traceability tools, such as QR codes, enable products to be traced back to their origin, alongside clearly displayed sustainability certifications (e.g., RSPO, ISPO).
Consumer Access and Verification
Transparency extends to the end consumer. Interactive platforms allow users to access origin data, farmer information, and sustainability indicators, while feedback mechanisms enable inconsistencies or concerns to be reported.
Governance and Accountability
Finally, governance systems ensure accountability across the supply chain. Real-time monitoring, using satellite imagery and digital tools, supports the detection of deforestation or illegal expansion, reinforces regulatory compliance, and enables independent third-party verification.

“If palm oil supply chains can reach this level of transparency, it would empower consumers, protect ecosystems, and ensure fair treatment of workers and smallholders,” Andre concludes.

The Benefits of Using Technology to Gain a Better Understanding of Supply Chain Linkages

As palm oil supply chains grow more complex, achieving plantation-level traceability requires more than visibility at isolated points. It depends on a clear understanding of supply chain linkages, the relationships connecting producers, buying stations, processors, and manufacturers.

By mapping and verifying these linkages, businesses gain a clearer picture of how products move through the supply chain and where traceability risks are most likely to emerge.

When supply chain linkages are clearly defined and digitally recorded, businesses can unlock several critical benefits:

Identifying hidden risks
Maintaining verified records of connections between producers and downstream actors helps prevent the mixing of products from unknown or non-compliant origins, enabling earlier detection of deforestation, legality, or sourcing risks.
Enhancing sourcing decisions
Greater visibility allows companies to segregate supply chains more effectively, exclude non-compliant suppliers, and ensure that Due Diligence Statements (DDS) reflect only verified and traceable sources.
Increasing market value
Meeting buyer expectations for traceability and deforestation-free sourcing strengthens trust, improves market positioning, and supports long-term commercial relationships.
Reducing administrative burden
Digitized and verified linkages streamline the process of providing auditable evidence to buyers and regulators, reducing repetitive manual checks and reporting inefficiencies.
Improving procurement planning
Reliable linkage data supports more strategic sourcing decisions, enabling companies to prioritize clean and compliant CPO or FFB.

At Koltiva, we support businesses in mapping and verifying supply chain linkages using a combination of Top-Down and Bottom-Up approaches. This methodology captures real-world sourcing relationships, from mills down to individual producers, and is tailored to the specific characteristics of each commodity. Because no two commodities follow the same sourcing logic, palm oil supply chains require a solution designed to reflect their unique structure and risks.

This approach ensures accurate supply chain linkages and allows businesses to verify or update outdated data for compliance and risk management processes.

The Technology Powering Visibility

To operationalize this approach, Koltiva integrates multiple digital tools that work together to support end-to-end traceability:

KoltiTrace FarmGate
FarmGate is a mobile application designed for processors and field teams to record producer profiles and transaction data at the first mile. By digitizing sourcing activities at the point of purchase, FarmGate strengthens transparency and ensures verified origin data enters the supply chain.
KoltiTrace MIS
1. Supply Chain Linkages Dashboard
  Through the Supply Chain Linkages Dashboard, agribusinesses can visualize and manage supplier relationships across multiple tiers—up to Tier 3—depending on commodity complexity. This enables continuous monitoring of sourcing networks and proactive risk mitigation.
2. Satellite Mapping
  Automatic deforestation screening is conducted using Koltiva’s EUDR Deforestation Map, powered by machine-learning models. This tool assesses whether producer plantations overlap with restricted or high-risk areas, such as protected forests, national parks, wildlife reserves, or NDPE-designated zones, helping identify non-compliant suppliers within the supply chain.
3. Traceability Reporting
  With verified linkage data in place, businesses can generate detailed traceability and compliance reports mapped directly to their supply chains. KoltiTrace MIS also supports the creation of EUDR-required documentation, including Due Diligence Reports built on validated producer data and GeoJSON mapping—enhancing transparency, audit readiness, and regulatory compliance.

“Our technology is built to mirror how supply chains actually operate. By integrating first-mile data capture, multi-tier linkage mapping, and geospatial validation, we turn fragmented sourcing information into a single, verifiable supply chain view,” said Michael Saputra, our Head of Data Collection & Climate.

Ready to strengthen visibility, reduce risk, and future-proof your palm oil supply chain? Contact our experts to book a demo and see how verified supply chain linkages can support Traceability to Plantation in practice.

Author: Gusi Ayu Putri Chandrika Sari, Social Media Practitioner at KOLTIVA

Subject Matter Expert:

Andre Mawardhi , Senior Manager of Agriculture & Environment at KOLTIVA
Michael Saputra, Head of Data Collection & Climate at KOLTIVA

Gusi Ayu Putri Chandrika Sari combines her expertise in digital marketing and social media with a deep commitment to sustainability, supported by over eight years of experience in communications. Her work focuses on crafting impactful narratives that connect technology, agriculture, and environmental responsibility. She is driven by a passion for promoting sustainable practices through compelling, audience-focused content across a variety of digital platforms.

Andre Mawardhi  is the Senior Manager of Agriculture & Environment at KOLTIVA, where he leads sustainable agriculture strategies and environmental compliance across global supply chains. With over a decade of experience in agri-environmental systems, Andre specializes in integrating climate-smart practices, traceability frameworks, and regenerative farming into multi-stakeholder ecosystems. His work bridges scientific insight with on-the-ground impact, ensuring smallholder inclusion and compliance with emerging regulations like the EU Deforestation Regulation (EUDR). Passionate about transforming food systems from the ground up, Andre plays a key role in shaping data-driven, sustainable sourcing solutions that benefit both producers and the planet. 

Michael Saputra is the Head of Data Collection and Climate at KOLTIVA, leading initiatives that integrate climate intelligence with robust field data systems across global agricultural supply chains. With expertise in geospatial analysis, environmental monitoring, and digital traceability, Michael ensures that data collected from the ground up—down to the farm plot—supports compliance with sustainability frameworks like the EU Deforestation Regulation (EUDR). His work bridges technology and climate action to empower businesses and smallholders in building resilient, transparent, and deforestation-free supply chains.

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