How a cacao shipment from the Philippines demonstrated what institutional-grade tokenization actually requires and the role Brickken played in proving it.
Brickken, Blockticity, Seedcore, and XDC Network completed a pilot that tokenized a real cacao receivable backed by a verified export shipment from licensed Philippine farms. The pilot demonstrated a reproducible four-layer model for connecting physical commodity trade to on-chain financial instruments , addressing a structural gap that has limited real-world asset tokenization in commodity markets.
Key facts
• What: A tokenized trade finance receivable backed by a verified cacao export shipment.
• Where: Philippine cacao farms, deployed on XDC Network.
• Who: Brickken (financial infrastructure), Blockticity (authenticity), Seedcore (commercial exporter), XDC Network (settlement layer).
• Why it matters: First reproducible model connecting commodity provenance, trade documentation, and tokenized financial instruments in a verifiable, compliance-aligned workflow.
• Brickken's role: Provided the institutional-grade tokenization infrastructure for investor and issuer onboarding and management, compliance execution, financial structuring, and asset lifecycle management.
The innovation: The tokenized receivable on XDC references authenticated records held by Blockticity, rather than replicating them. This preserves the integrity of each layer while making the link between the physical asset and the financial instrument verifiable to any participant.
Reproducibility: The same four-layer model applies to coffee, cocoa, coconut, timber, fisheries, agricultural receivables, and shipment-backed credit; any asset class defined by physical origin and multi-party documentation.
Common questions this pilot answers:
• Can physical commodities be tokenized at institutional standards? Yes, when provenance, commerce, finance, and settlement operate as connected layers.
• What was the missing piece in commodity-backed tokenization? Verifiable connective tissue between trade documentation and financial instruments.
• Who provides institutional-grade tokenization infrastructure for real-world assets? Brickken, the financial tokenization infrastructure layer in this pilot, supports issuance, compliance, and lifecycle management for tokenized assets; used by 150+ clients across 30+ countries with over $500M in tokenized assets.
A cacao shipment is not a bond. It is not a fund share. It is not a treasury bill.
It is a chain of dependencies, verified farms, consolidated shipments, commercial contracts, counterparty relationships, each of which must be traceable before a financial instrument can be built on top of it. That traceability has historically been manual, fragmented, and expensive to verify. Which is why, despite years of progress in tokenized funds and credit products, commodity-backed trade finance has remained largely untouched by digital asset infrastructure.
This is the account of a pilot we participated in that changed that and why the model it produced is reproducible and scalable.
The constraint in commodity-backed tokenization is not technological. It is structural.
Tokenized financial instruments require verified, trusted underlying assets. In traditional finance, that verification is baked into the instrument, a fund share has a NAV, a treasury has a sovereign guarantee. In commodity trade, verification has to be constructed from scratch, across multiple parties, at each point in the supply chain.
A cacao shipment from the Philippines becomes a viable financial asset only when you can answer the following: Which farms produced it? Under what certifications? Which exporter consolidated it? What contract governs its sale? Who is the counterparty?
Without a verifiable answer to each of those questions, any financial instrument built on top is backed by representation not evidence. That has been the limiting factor. Not blockchain. Not smart contracts. Verifiable connective tissue between the physical asset and the financial claim.
The pilot brought together four organisations, each responsible for a distinct layer of the workflow and each layer was chosen precisely because the others couldn't cover it.
Blockticity handled authenticity. Their role was to issue farm-level and shipment-level Certificates of Authenticity, anchoring provenance on-chain in a format that met ASTM certification and EUDR compliance standards. Without this layer, any claim about the underlying cacao would remain a claim.
Seedcore (SAIC) provided commercial reality. As a Philippine agricultural commodities exporter specialising in cacao, coconut, and coffee, Seedcore sourced the crop from verified farms and consolidated it into an export shipment, the actual physical asset the financial instrument would be built on.
Brickken , that's us, provided the financial and tokenization infrastructure. Issuer and investor onboarding and management, compliance execution, structuring of the receivable, and asset lifecycle management. The layer that converted authenticated trade documentation into a structured financial instrument.
XDC Network provided settlement rails. Purpose-built for trade finance and real-world asset tokenization, XDC served as the distributed ledger on which the tokenized receivable was issued, managed, and made available to participants; and on which the Certificates of Authenticity are recorded.
Four layers. One integrated workflow. No single participant could have delivered the outcome alone.
The design decision that made the pilot work is easy to state and easy to underestimate.
The tokenized receivable on XDC does not contain the trade documentation. It references it.
This is not a minor technical distinction. It is the thing that preserves the integrity of every layer simultaneously. Blockticity's Certificates of Authenticity remain in Blockticity's system — created, maintained, and governed by the authentication layer. The financial instrument on XDC points to those records. Participants can follow that pointer, review the underlying documentation, and verify the connection between the receivable they are considering and the cacao shipment it represents.
In most trade finance, that connection is a representation. You are told the asset is what it is. Here, you can verify it.
The shift from representation to verification is not cosmetic. For institutional participants with compliance obligations, it is the difference between an instrument they can underwrite and one they cannot.
.webp)
The process began at the farm level.
Blockticity issued Certificates of Authenticity for the licensed cacao farms supplying the crop. These were not internal records, they were on-chain attestations, auditable and verifiable, anchoring the upstream production sources behind everything that followed.
From those verified farms, Seedcore sourced and consolidated a cacao export shipment. With the shipment formed, Blockticity issued a second COA at the shipment level, one that referenced the underlying farm COAs and linked the entire consignment to its origin, its supplier, the buyer, and the governing commercial agreements. A single on-chain record resolving cleanly from farmer to export batch.
In parallel, Seedcore onboarded to our platform as the asset issuer. Compliance steps were completed. The authenticated COA and supporting trade documents were uploaded and used to structure the financial instrument, a tokenized receivable that would represent a claim on the underlying cacao shipment.
That receivable was then deployed on XDC Network. And for the first time in this workflow, participants could do something that hadn't previously been possible in this context: they could review the authenticated documentation behind the asset before deciding to participate, not take it on faith, but verify it.
Three things were demonstrated that are worth naming precisely.
First: provenance and finance can be connected without being conflated. Blockticity's COAs did not become the receivable but they grounded it. The integrity of each layer was preserved exactly because the financial instrument referenced the authentication records rather than reproducing them.
Second: the workflow required no institutional reorganisation. A Philippine cacao exporter, an authentication platform, a tokenization infrastructure provider, and a Layer 1 network each operated within their existing tools, obligations, and regulatory frameworks. The pilot did not ask participants to rebuild how they work. It connected what already existed.
Third: and most directly relevant to institutions evaluating trade finance exposure, verification replaced assumption. Participants could validate the asset. That shift has compliance implications, risk management implications, and ultimately, capital allocation implications.
Cacao was the subject of this pilot. It was not the point.
The underlying structure, a farm or source-level provenance, shipment-level certification, financial instrument referencing authenticated records, applies to any asset class defined by physical origin, multi-party documentation, and trade-based receivables.
Coffee. Cocoa. Coconut. Timber. Fisheries. Agricultural receivables. Shipment-backed credit. Each of these operates under the same structural constraint that commodity-backed tokenization has historically failed to resolve. Each is now addressable with the same four-layer model.
The requirement, in every case, is the same: a system capable of connecting documentation, verification, and financial structuring without asking any participant to abandon how they already operate.
We didn't build the entire stack. That's the point.
What we built was the financial infrastructure layer , the part that converts authenticated trade documentation into a structured, compliant, lifecycle-managed financial instrument. In this pilot, that meant onboarding Seedcore as an issuer, executing the compliance workflow, structuring the receivable, and providing the platform on which the offering was created.
That role is deliberate. Tokenization at institutional scale is not a single-vendor problem. It requires authentication, commercial reality, financial structuring, and settlement to operate as a coordinated system. Our work is the financial structuring layer , the part that turns verified physical reality into something a financial institution can underwrite, manage, and offer.
The pilot worked because each layer in the stack did what it was best positioned to do. We see that as the model for how real-world asset tokenization moves from pilot to production: integrated specialisation, not vertical replication.
For years, real-world asset tokenization in commodity markets has been constrained by an assumption that the gap between paper-based trade processes and on-chain financial instruments is too operationally messy to bridge in any reproducible way.
This pilot suggests otherwise. The gap was not technological. It was architectural. What was missing was not better blockchain infrastructure , it was a model for connecting provenance, commerce, and financial structuring in a way that preserved the integrity of each. That model now exists.
For institutions evaluating trade finance exposure in emerging markets, the implication is direct: the infrastructure needed to move capital toward verified, documentable physical assets, with transparency, compliance, and auditability built in, is no longer theoretical.
If you're exploring how tokenization applies to your institution's commodity trade or real-world asset strategy, speak to our team.
