Blockchain-Based International Trade Process and Cases - Article

Introduction

International trade involves many independent participants:

• importer;

• exporter;

• issuing bank;

• advising or nominated bank;

• carrier;

• insurer;

• Customs; and

• other service providers.

In a traditional transaction, these parties may maintain separate records and repeatedly exchange the same information.

This creates:

• delays;

• reconciliation;

• document duplication;

• manual checking;

• fraud risk; and

• uncertainty about transaction status.

Blockchain or Distributed Ledger Technology (DLT) can allow authorised participants to work from a shared transaction record.

The current IIBF CAIIB BFM Module A syllabus expressly includes a “Sample process of International Trade Using Blockchain Technology” under Technology in International Banking. It also covers digital platforms, FinTech delivery channels and FinTech challenges.

For CAIIB, the most important principle is:

Blockchain can change how trade information is recorded, shared and processed. It does not remove the underlying LC, contract, FEMA, AML, sanctions or payment obligations.

Learning Objectives

After studying this topic, you should be able to:

• Explain blockchain and DLT in simple banking terms.

• Trace a sample blockchain-based international trade transaction.

• Understand the role of smart contracts in trade finance.

• Identify the benefits of shared-ledger trade processing.

• Analyse practical blockchain trade-finance cases.

• Recognise the limitations and risks that remain after digitisation.

Blockchain and Distributed Ledger Technology

A distributed ledger is a database whose records are shared across authorised participants instead of being maintained only in one central system.

Blockchain is a type of distributed ledger in which transactions are recorded in blocks and linked in sequence.

RBI has identified potential benefits of DLT such as:

• faster processing;

• reduced reconciliation;

• lower operational cost;

• greater transparency;

• improved fraud prevention; and

• more efficient reporting and monitoring.

Blockchain Is Not the Same as Cryptocurrency

Blockchain is a technology.

Cryptocurrency is only one possible application of blockchain technology.

Trade-finance applications can use blockchain without using a cryptocurrency.

Permissioned Blockchain in Banking

Trade-finance networks normally need controlled participation.

A permissioned network allows only approved participants to:

• join the network;

• submit transactions;

• access specified information; or

• validate permitted records.

This is more suitable for banking situations involving:

• identified customers;

• regulated financial institutions;

• confidential commercial information;

• KYC;

• AML; and

• data-access restrictions.

BIS has noted that permissioned DLT systems restrict access to selected eligible participants and have been used in financial-sector applications including trade-finance platforms.

Traditional Trade Finance vs Shared Ledger

In a conventional trade transaction, each participant can maintain its own record.

For example:

Exporter records shipment → sends information to exporter’s bank → bank forwards documents/information → importer’s bank performs its processing → importer receives information separately.

Each participant may have to:

• verify authenticity;

• reconcile differences;

• enter data again; and

• wait for messages from another institution.

With a properly designed blockchain platform, authorised participants can refer to a shared and synchronised transaction history.

This reduces the need to repeatedly ask:

“Which party currently has the document, and which version is correct?”

Sample Blockchain-Based International Trade Process

Consider an Indian importer buying machinery from an overseas exporter under a Letter of Credit.

A simplified blockchain-enabled process may operate as follows.

Step 1: Buyer and Seller Agree on Trade Terms

The importer and exporter agree on:

• goods;

• quantity;

• price;

• shipment;

• payment terms; and

• use of an LC.

The commercial contract remains the starting point.

Step 2: Importer Requests the LC

The importer applies to its issuing bank.

The bank performs normal checks such as:

• customer due diligence;

• sanctioned LC limit;

• margin;

• underlying trade;

• applicable foreign-exchange requirements; and

• transaction compliance.

Blockchain does not eliminate these controls.

Step 3: LC Details Are Recorded on the Network

After approval, relevant LC information can be recorded on the authorised network.

Approved participants may obtain access according to their role.

This can include:

• importer;

• issuing bank;

• exporter;

• advising/nominated bank.

Amendments can also be recorded as later authorised entries, creating a visible audit trail.

Step 4: Exporter Reviews the LC

The exporter receives or accesses the relevant LC information and checks whether its terms can be complied with.

If amendment is necessary, the request can move through the digital workflow.

Step 5: Goods Are Shipped

The exporter ships the goods.

An authorised carrier or another permitted participant can add relevant shipment information or electronic records to the platform.

Step 6: Trade Documents Are Submitted

Required electronic records can be submitted or referenced through the platform, depending on:

• applicable law;

• LC terms;

• documentary rules;

• platform design; and

• acceptance of electronic records.

These may relate to:

• commercial invoice;

• transport evidence;

• insurance;

• inspection; or

• other stipulated documents.

Step 7: Conditions Are Checked

A rules engine or smart contract can automatically check predefined data conditions.

For example:

• Was shipment made before the required date?

• Is the recorded amount within the LC amount?

• Are specified required records present?

However, some documentary decisions may still require banking judgement.

Step 8: Payment Process Is Triggered

If the applicable conditions are satisfied, the system can trigger the next banking step.

Depending on the transaction, this might be:

• acceptance;

• payment instruction;

• reimbursement process; or

• notification to relevant participants.

BIS has illustrated how, in a DLT-based trade-finance process, a smart contract could trigger payment after appropriate shipment evidence is added to the ledger.

Step 9: Transaction Status Is Updated

Authorised participants can see the updated status.

The ledger provides an auditable sequence such as:

LC Issued → Shipment Recorded → Documents Presented → Compliance Confirmed → Payment Triggered → Transaction Completed

RBI has specifically identified trade finance as a potential blockchain application for automation of LC creation, payment against documents, AML or Customs-related processes and associated cost savings.

What Is a Smart Contract?

A smart contract is computer code that performs predefined actions when programmed conditions are satisfied.

For example:

If the required shipment record is received before the specified deadline and other programmed conditions are satisfied, move the transaction to the next stage.

A smart contract can reduce repetitive manual processing.

However, it can only act on:

• programmed rules; and

• information available to the system.

It cannot automatically determine every legal or commercial issue.

Case 1: LC Amendment after Shipment Date Change

An importer and exporter use a permissioned blockchain trade platform.

The original LC requires shipment by 15 September. The parties subsequently agree to extend shipment to 30 September, and the issuing bank approves the amendment.

Analysis

The original blockchain record should not simply be deleted and replaced as though it never existed.

A properly designed ledger can preserve:

• original LC record;

• authorised amendment;

• date/time of amendment; and

• updated transaction status.

The benefit is a stronger audit trail.

CAIIB Lesson

Blockchain provides traceability of changes.

It does not mean that an importer and exporter can amend an LC without following the required banking process.

Case 2: Documentary Discrepancy on Blockchain

The exporter ships goods and electronically submits the required information.

The LC requires shipment by 10 October, but authenticated shipment information shows 13 October.

The exporter argues:

“The documents are on blockchain, so the presentation must be compliant.”

Analysis

Incorrect.

Blockchain may provide confidence regarding:

• source of data;

• sequence;

• time of entry; and

• later alteration.

But it does not convert non-compliant information into compliant information.

If shipment violates an LC condition, storing reliable evidence of that violation on blockchain does not cure the discrepancy.

Case 3: Smart Contract Automatically Releases Payment

A smart contract is programmed to trigger payment when an electronic shipment record is added.

A carrier uploads the required record and the payment instruction is triggered.

Later, it is discovered that the shipment data entered by the external participant was incorrect.

Analysis

The case demonstrates an important limitation.

Blockchain can protect the integrity of recorded data, but it cannot guarantee that the information entering the system was factually correct.

This is sometimes described as an input or oracle problem.

If wrong information is reliably entered, technology may reliably preserve the wrong information.

Therefore, controls are still needed over:

• authorised data providers;

• authentication;

• verification;

• exception handling; and

• reversal/correction procedures.

Case 4: Duplicate Export Financing

An exporter attempts to obtain financing from two participating banks against the same trade receivable.

Both banks are members of an appropriately designed shared-ledger network.

Analysis

A shared transaction record can make it easier for participating banks to identify that the same shipment or receivable has already been financed.

BIS has identified reduction of duplicate financing as one potential advantage of using DLT in trade finance because participants can have better information about previously financed shipments.

CAIIB Lesson

Shared visibility can reduce information asymmetry and fraud risk.

It does not eliminate the bank’s responsibility for credit appraisal and due diligence.

Case 5: Public Blockchain Proposed for Confidential LC Data

A bank proposes placing complete customer identities, prices, LC terms and commercial documents on a network where anyone can view the data.

Analysis

International banking requires confidentiality and controlled access.

For institutional trade finance, a permissioned network can be more appropriate because access and visibility can be restricted according to participant roles.

This helps address:

• customer confidentiality;

• commercial sensitivity;

• KYC;

• regulatory control; and

• data governance.

Exam Trap

“Blockchain is always completely public and anonymous” is incorrect.

Blockchain systems can be designed as public/permissionless or controlled/permissioned networks.

Case 6: Blockchain Record but No Legally Acceptable Document

A shipment record exists on a blockchain platform.

However, the LC or applicable legal/documentary framework requires evidence in a form that the platform record does not satisfy.

Analysis

The existence of a blockchain record does not automatically make it a legally or contractually acceptable trade document.

Its effectiveness depends on matters such as:

• applicable law;

• contractual terms;

• LC requirements;

• electronic-document rules;

• platform participation agreement; and

• recognition of the electronic record.

Therefore:

Technology capability ≠ automatic legal validity.

Case 7: Blockchain Platform Shows Compliance but Sanctions Alert Appears

A transaction has completed all programmed documentary checks.

Before payment, the bank’s sanctions-screening system generates a serious alert concerning a party to the transaction.

The customer argues that payment must proceed because the smart contract conditions were satisfied.

Analysis

The bank cannot treat automated documentary processing as superior to regulatory compliance.

Requirements relating to:

• sanctions;

• AML;

• KYC;

• FEMA;

• fraud controls; and

• other applicable regulations

continue to apply.

The workflow must allow regulated institutions to:

• stop;

• investigate;

• escalate; or

• reject

a transaction where legally required.

This illustrates why fully automatic execution without compliance controls can create risk.

Case 8: Blockchain Platform Fails during Presentation

The exporter relies entirely on a digital trade platform.

A major technology outage occurs close to the document-presentation deadline.

Analysis

Blockchain does not eliminate operational risk.

A trade platform still depends on:

• software;

• networks;

• participant systems;

• identity infrastructure;

• cyber controls;

• data interfaces; and

• business-continuity arrangements.

Banks therefore require:

• contingency arrangements;

• disaster recovery;

• alternative processing procedures; and

• clear rules for platform failure.

Blockchain Benefits in International Trade

RBI’s FinTech material identifies similar potential benefits of DLT, including faster settlement, reduced costs, fraud prevention and simplification of reporting and data collection.

Blockchain Limitations and Risks

Data Quality

A secure ledger does not guarantee that the original information is correct.

Privacy

Not every participant should see every commercial detail.

Interoperability

The blockchain platform must communicate with:

• banks;

• logistics systems;

• Customs;

• payment systems;

• customer systems; and

• other networks.

Legal Recognition

Electronic records must satisfy applicable legal and contractual requirements.

Cyber and Key Management

Compromise of:

• digital credentials;

• private keys;

• access rights; or

• participant systems

can still create serious risk.

Governance

Someone must determine:

• who can join;

• who can submit records;

• who validates transactions;

• how disputes are resolved;

• how errors are corrected; and

• how participants are removed.

Operational Resilience

A digital network requires strong:

• uptime;

• backup;

• recovery;

• incident management; and

• cyber resilience.

Standardisation

Different banks and trade participants may use different:

• data standards;

• document formats;

• technologies; and

• platforms.

Without interoperability, one digital silo may simply replace another.

Practical Banking Application

Suppose a bank joins a blockchain platform for LC transactions.

Before treating the system as a replacement for the existing workflow, the bank should examine:

1. Participants – Who is allowed to join?

2. Identity – How are participants authenticated?

3. Data – Who is authorised to enter shipment and document information?

4. Privacy – Who can see each type of information?

5. Smart Contracts – Which decisions can safely be automated?

6. Exceptions – How are discrepancies and disputes handled?

7. Compliance – Where are AML, sanctions and regulatory checks performed?

8. Legal Validity – Are electronic records acceptable for the intended purpose?

9. Settlement – Does the blockchain actually settle money, or only trigger a separate payment?

10. Resilience – What happens if the platform is unavailable?

A technically advanced platform is useful only when these banking controls are also sound.

CAIIB Exam Focus

Remember these high-value concepts:

• IIBF specifically includes a sample international-trade process using blockchain technology in BFM Module A.

• Blockchain is a type of distributed ledger technology.

• Blockchain and cryptocurrency are not the same.

• Permissioned networks allow participation and access to be controlled.

• International trade is a strong DLT use case because many parties exchange and reconcile information.

• RBI has identified LC creation, payment against documents and AML/Customs processes as possible blockchain applications in trade finance.

• Smart contracts execute predefined programmed conditions.

• Smart contracts cannot replace all banking judgement.

• Blockchain can provide a shared transaction history and reduce reconciliation.

• DLT may help reduce duplicate financing by improving visibility of previously financed transactions.

• A blockchain record does not automatically make a discrepant LC presentation compliant.

• Correct recording does not guarantee that the original external data is correct.

• Blockchain does not automatically give an electronic record legal status.

• AML, sanctions, KYC and FEMA obligations continue to apply.

• Payment may still be settled through separate banking infrastructure even if blockchain triggers the instruction.

• Cybersecurity, interoperability, governance and operational resilience remain important risks.

Common Exam Traps

Trap 1: “Blockchain and Cryptocurrency Mean the Same Thing”

Incorrect.

Blockchain is a technology. Cryptocurrency is one possible application.

Trap 2: “Every Blockchain Is Public and Anonymous”

Incorrect.

Banking applications can operate through permissioned networks with identified participants.

Trap 3: “Information on Blockchain Must Be Factually Correct”

Incorrect.

Blockchain can protect integrity after recording, but incorrect input can still be entered.

Trap 4: “Blockchain Removes LC Documentary Requirements”

Incorrect.

Technology changes processing, not the underlying documentary obligation.

Trap 5: “A Smart Contract Can Safely Decide Every LC Discrepancy”

Incorrect.

Some conditions can be automated, but interpretation and exceptions may require banking judgement.

Trap 6: “Blockchain Eliminates Duplicate Financing Completely”

Incorrect.

It can reduce the risk only where relevant transactions and participants are visible through the appropriately designed network.

Trap 7: “Payment Triggered on Blockchain Means Money Has Already Settled”

Incorrect.

A blockchain workflow may merely trigger a payment instruction. Actual settlement may occur through another payment or correspondent-banking system.

Trap 8: “Digitisation Removes Operational Risk”

Incorrect.

Technology adds risks involving outages, cybersecurity, credentials, interfaces, governance and recovery arrangements.

Memory Technique

Remember S-D-C-P:

• S – Share: Authorised participants share transaction information.

• D – Document: Shipment and trade records are digitally captured.

• C – Check: Programmed conditions and banking checks are performed.

• P – Pay: Compliance can trigger the payment process.

Then remember one final rule:

Blockchain improves the process; it does not replace the rules.