POSCO brings live trade receivables onchain with LG CNS and Injective
POSCO International has moved beyond lab simulations and is now testing real-world trade receivables on a blockchain platform, working with LG CNS and the Injective network. The South Korean trading giant has taken actual claims from commercial transactions and placed them into a proof-of-concept system that issues, transfers, and settles these receivables onchain.
Unlike many pilots that rely on dummy data or mock invoices, this initiative uses trade information generated by POSCO International’s overseas subsidiaries and their real counterparties. The partners are building a shared digital record that can be accessed by buyers, sellers, and financing providers, while tying each tokenized claim to the compliance rules and conditions that apply in the relevant jurisdiction.
Real commercial claims, not test invoices
Trade receivables represent money customers owe after a business supplies goods or services. Traditionally, each firm in the transaction chain keeps its own copy of the invoice and payment records in separate internal systems. Reconciling these records often requires manual checks, document exchanges, and repeated confirmations, especially when the trade crosses borders.
In the POSCO pilot, receivables from genuine cross-border trades are recorded on Injective, a layer-1 blockchain designed for financial applications. The system is being used to test how such receivables can be created, transferred between parties, and finally settled onchain. Local reporting in Korea also indicates that AI-based tools are being used to scan and process trade documents, feeding structured data into the blockchain workflow.
POSCO International reported sales of 32.37 trillion won in 2025, with business lines that span steel, energy, and battery materials. However, the companies have not revealed how many receivables have been onboarded to the test platform or the overall face value of those claims. A POSCO spokesperson described the proof of concept as confirming that AI and blockchain can be applied to actual trade data and existing processes, but no detailed metrics on speed improvements, cost cuts, error reduction, or settlement savings have been shared yet. POSCO plans to decide on a production rollout after the test phase concludes later this year.
One ledger instead of many disconnected records
At the heart of the project is a shift from isolated, company-specific ledgers to a shared transaction record. Approved participants – including POSCO subsidiaries, their buyers, and potential financing partners – can see the same status for each receivable, along with its full ownership history.
Onchain tokens representing the receivables can carry embedded conditions that govern who is allowed to receive or transfer them, and under what circumstances. This structure is designed to reduce the need for repeated document checks as a shipment moves, an invoice is issued, and payment is made or financed across multiple countries.
For banks and trade finance providers, a unified view of a receivable’s origin, documentation, and transfer history could simplify risk assessment for early payment or factoring. Still, the trial does not aim to replace legal contracts, know-your-customer requirements, accounting standards, or local trade rules. Those frameworks continue to apply alongside the digital records.
What exactly is being tokenized?
Tokenization, in this context, means converting a commercial or financial claim into a digital unit recorded on a blockchain. Each token in the POSCO system corresponds to a defined amount of money owed to POSCO International or one of its subsidiaries under a specific trade agreement. These tokens are effectively digital representations of invoice-based claims.
Importantly, they are not equity instruments and do not confer ownership in POSCO or voting rights. They are closer to digitized IOUs tied to particular transactions. The project has not announced any marketplace where the receivables would be traded freely, nor has it stated whether third-party investors will be able to buy them.
For now, the focus remains on operational flows – issuance, ownership transfers, and final settlement among a closed group of permitted participants. That keeps the system in the realm of enterprise infrastructure rather than public crypto markets.
LG CNS and Injective: roles in the stack
LG CNS, the IT services arm of the LG Group, is acting as the main technology integrator. The company has a track record in building blockchain solutions for financial institutions and has taken part in central bank digital currency experiments with the Bank of Korea. It also operates tokenization platforms for large Korean financial players, giving it experience with regulated environments and institutional-grade architecture.
Injective provides the underlying blockchain layer that records and moves the tokenized receivables. It is built as a layer-1 network tailored for financial applications, with features that support trading, settlement, and interoperability.
Neither POSCO, LG CNS, nor Injective has disclosed how they split data between onchain records and internal corporate databases. Details of the privacy model, such as which information is kept public, which is encrypted, and what access controls limit the visibility of sensitive commercial terms, have not been made public.
From digital bonds to everyday trade finance
This is not POSCO International’s first experiment with blockchain in corporate finance. Earlier, the company issued what it described as South Korea’s first foreign-currency digital bond by a non-financial corporation. According to POSCO, putting the bond on a blockchain reduced the settlement window from five days to three, cutting back-office workload and counterparty risk.
The new receivables pilot extends that digitalization effort into routine trade finance. While bonds are one-off funding instruments used to raise capital from investors, trade receivables emerge continuously from ordinary sales. Both, however, benefit from being represented as standardized digital records with transparent ownership and automated settlement.
If the receivables test proves successful, POSCO could end up with a consistent digital infrastructure that handles both capital market activities and daily commercial flows, using similar tokenization and ledger principles across different financial instruments.
Part of a wider corporate blockchain push in South Korea
POSCO’s work fits into a broader trend of Korean corporations exploring blockchain and digital assets for treasury, payments, and capital markets. Automotive manufacturer Hyundai has already tested using stablecoins for cross-border treasury transactions between its U.S. and Mexican operations, reportedly completing a payment of 20,000 dollars equivalent in about seven minutes on a public blockchain.
In parallel, major Korean tech and financial firms are investigating how stablecoins, tokenized securities, and onchain payment rails could streamline merchant settlement, cross-border remittances, and digital asset investment. Large financial groups such as Mirae Asset have gone as far as embedding tokenization and security tokens into their official digital strategy.
Where POSCO’s pilot stands out is its focus on moving an actual business claim – an invoice-backed receivable – onchain, instead of simply using blockchain as a faster payment rail. That approach treats blockchain not as a parallel money transfer network but as a core record-keeping infrastructure for commercial obligations.
Why live trade receivables matter for blockchain
Using live receivables rather than test data is a critical step for proving that blockchain can meaningfully improve trade finance. Real-world invoices come with messy details: differing payment terms, partial deliveries, disputes, currency fluctuations, tax treatments, and local documentation rules. A system that handles those complexities must align with accounting practices, satisfy auditors, and respect legal enforceability.
By anchoring genuine receivables to onchain tokens, POSCO and LG CNS are testing whether the technology can keep up with these constraints without breaking existing compliance and reporting processes. For example, auditors must be able to reconcile the blockchain record with the company’s financial statements, and courts must be able to recognize ownership of a claim represented digitally if a dispute arises.
If those requirements can be met, tokenized receivables could evolve into a new category of institutional-grade digital assets – not speculative tokens, but regulated, yield-bearing claims backed by real commerce.
Potential advantages for financing and risk management
In traditional trade finance, banks often lack full visibility into the history of a receivable. They may rely on scanned documents, emails, and manual verification to assess whether an invoice is genuine and whether it has already been pledged elsewhere. Blockchain-based records could reduce uncertainty by providing a single, tamper-resistant audit trail.
For POSCO and similar exporters, this transparency might translate into quicker access to liquidity. A bank that can see a receivable’s origin, contract data, and transfer history onchain may be willing to offer better financing terms or process applications faster. Automated checks could also lower operational risk and help identify duplicate or fraudulent invoices.
Moreover, standardized digital receivables might eventually be packaged, securitized, or used as collateral across different financial platforms, opening the door to secondary markets and diversified funding channels – assuming regulatory frameworks adapt to support such models.
Challenges and open questions
Despite the promise, several challenges remain. Data privacy is one: trade documents often contain sensitive pricing and contract information that companies are reluctant to expose, even in encrypted form. Governance is another: participants must agree on who can validate transactions, update smart contracts, and modify system rules as regulations evolve.
Interoperability will also matter if POSCO wants to connect its system with other banks, corporates, or networks. If every large company builds its own closed blockchain, the industry risks creating a new set of isolated silos rather than a unified infrastructure.
There is also the question of legal recognition. Regulators and courts need clear guidance on whether a tokenized receivable is treated exactly the same as a traditional invoice-based claim and how conflicts between onchain and offchain records should be resolved.
What comes next for POSCO’s experiment
In the near term, POSCO’s focus appears to be on completing the pilot, gathering data on process efficiency, and evaluating whether the system can be scaled across more subsidiaries and counterparties. A gradual rollout is likely, beginning with specific trade routes or business units where the benefits are most obvious and the counterparties are willing to adopt new workflows.
If the company proceeds to production, it could extend access to more banks and financing institutions, creating a broader ecosystem of participants who rely on the same shared ledger. Over time, this might support more sophisticated automation, such as smart contracts that trigger partial payments upon shipment milestones or dynamically adjust discount rates based on risk scores.
Regardless of the final outcome, the POSCO-LG CNS-Injective project shows how tokenization is moving from theory into everyday corporate operations. By putting live trade receivables onchain, POSCO is testing whether blockchain can handle one of the most fundamental elements of global commerce: the simple, yet complex in practice, promise to pay for goods and services delivered.