Companies have never had more data, yet transferring that information securely between organizations remains difficult.

Banks reconcile identical transactions across separate databases. Pharmaceutical manufacturers, wholesalers and hospitals maintain different versions of contract information. Shipping companies exchange documents among customs agencies, logistics providers and ports. Each participant operates its own system, and every handoff creates opportunities for delays, errors and disputes.

Blockchain is increasingly being applied to this problem by creating shared records that authorized organizations can verify together, rather than requiring every participant to rely on a single company’s database.

Enterprise adoption differs from the public cryptocurrency market. Privacy, permissions, identity controls, data residency and compatibility with existing software generally matter more than anonymous participation. Projects such as the BIS-led Project Agorá, which involves seven central banks and more than 40 financial institutions, illustrate how distributed ledgers are moving deeper into institutional infrastructure.

The following companies and platforms are developing different versions of that shared-data layer.

Digital Asset

Digital Asset is best known for developing Daml and the technology behind Canton Network. Canton is designed around an enterprise challenge that public ledgers often struggle with: organizations need to collaborate without revealing every piece of information to every participant.

Canton allows separate applications and institutions to synchronize transactions, while Daml determines which parties can view or modify specific contracts. This selective disclosure is particularly relevant in financial markets, where banks, custodians and infrastructure providers may need to agree on a transaction without exposing commercially sensitive information across the entire network.

Canton has continued expanding in 2026, including into institutional payments and private stablecoin workflows.

R3

R3 built Corda for organizations that need distributed records without broadcasting transactions to every network participant. Corda principally communicates transaction information between the parties that need it, making privacy part of the architecture rather than an additional layer.

Corda Enterprise adds capabilities for regulated businesses, including high availability, hardware security module compatibility and stronger network controls. Organizations can also divide participants into business-network subgroups, preventing companies outside a particular relationship from automatically seeing who is involved.

That model has made Corda relevant to financial services, trade and other industries in which competitors need to exchange trusted information while keeping the rest of their operations private.

Kaleido

Kaleido focuses on reducing the infrastructure work required to create collaborative blockchain networks. Enterprises can deploy permissioned environments using technologies including Hyperledger Fabric, Besu and Corda, while its FireFly middleware connects blockchain transactions with conventional applications and databases.

The platform says it has supported more than 1,000 digital-transformation projects and that more than one billion blocks have been mined on Kaleido-hosted chains.

Kaleido’s institutional credentials received another boost through Project Agorá, where it served as technology provider for a programmable wholesale-payment prototype involving the BIS, seven central banks, the Institute of International Finance and more than 40 financial institutions.

SettleMint

SettleMint provides tools for creating blockchain applications without requiring internal teams to build every network component from scratch. Its infrastructure supports both public networks and private permissioned environments, allowing organizations to restrict information to authorized partners when necessary.

The company also provides application programming interfaces, GraphQL interfaces and event webhooks for connecting blockchain records with existing banking, risk and reporting systems. That integration layer is important because most companies cannot simply replace decades of databases and enterprise software. Blockchain generally needs to operate between existing systems and establish a verifiable shared state across organizations.

SettleMint has spent about a decade developing infrastructure for enterprises and regulated institutions.

Oracle

Oracle Blockchain Platform Enterprise Edition brings blockchain data sharing into an enterprise software environment already used by banks, logistics companies, manufacturers and governments.

The platform supports Hyperledger Fabric and Hyperledger Besu, allowing organizations to create permissioned networks in which approved companies maintain a shared, tamper-resistant ledger. Oracle also supports integration with conventional databases, REST APIs, Kafka and other enterprise technologies.

International trade is one practical use case. The platform can provide structured document exchange among customs agencies, freight operators, ports and other logistics participants. Instead of sending identical information through separate databases and email, participants can work from a common transaction history.

Amazon Web Services

Amazon Managed Blockchain provides companies with access to shared-ledger infrastructure without requiring them to operate the underlying nodes and networking themselves.

Its private offering supports Hyperledger Fabric, allowing several organizations to become network members and write information to the same ledger. Fabric’s private-data features are useful when companies need to demonstrate that information exists or matches across organizations without exposing the underlying data to every participant.

AWS supports public blockchain access alongside private Hyperledger Fabric networks. Its AMB Query service allows applications to retrieve standardized historical and real-time blockchain information.

Ava Labs

Ava Labs’ Avalanche Evergreen infrastructure is designed for financial institutions seeking blockchain interoperability while retaining controls expected in regulated enterprises.

Evergreen networks can include permissioned validator sets, KYC- or KYB-based allow lists, customizable gas systems and other rules embedded at the blockchain level. This creates a middle ground between an isolated private database and an unrestricted public blockchain.

An institution can determine who is allowed into its environment while designing the network to communicate with other blockchain systems when required. Ava Labs says this approach avoids the “walled garden” problem that limited many early enterprise blockchain projects, in which each consortium created another isolated data silo.

Hedera

Hedera uses a public distributed ledger and has increasingly attracted enterprises interested in verifiable supply-chain and transaction data.

The network is governed through the Hedera Council, whose membership includes major organizations from technology, finance and industry. In February 2026, FedEx joined the Council, saying its involvement would support trusted digital infrastructure for global shipment lifecycles.

Shipping still depends heavily on documents and information moving among organizations that do not control one another’s systems. Anchoring critical events to a common ledger can provide stronger evidence about when information was created or changed without requiring one logistics company to own the shared database.

IOTA

IOTA is focusing heavily on international trade, one of the most complex data-sharing environments. Its Trade Worldwide Information Network, or TWIN, is designed to connect digital identities, trade documents, shipments and government systems without requiring every participant to use one centralized platform.

The initiative has moved beyond a laboratory experiment. IOTA says TWIN is integrated with its mainnet, while Kenya, Morocco and Nigeria became the first countries implementing the broader ADAPT digital-trade initiative in 2026.

In the UK, an earlier pilot tracked more than 2,000 poultry consignments moving from Poland to Britain. The approach gives customs agencies and businesses access to verifiable trade records earlier in a shipment’s journey.

Chronicled

Chronicled provides a focused example of blockchain data sharing addressing a specific enterprise problem. Its MediLedger network connects pharmaceutical manufacturers, wholesalers, group purchasing organizations and health systems so they can align contract, pricing and eligibility information.

The industry has traditionally relied on separate systems, spreadsheets and messages, which can create costly discrepancies when one company’s record differs from another’s. MediLedger creates a shared environment in which trading partners can receive validated contract updates in real time.

Chronicled says organizations including Johnson \u0026 Johnson, Premier and FFF Enterprises have used the network. Its products cover contract communication, roster management, chargebacks and other pharmaceutical transactions.

Enterprise Blockchain Is Becoming an Integration Layer

The leading enterprise blockchain projects are increasingly less focused on putting every corporate record on-chain. Sensitive customer information, proprietary documents and large datasets often remain in conventional systems.

Blockchain instead provides a coordination layer. One company can prove that an event occurred, another can verify the same transaction, and several organizations can work from a consistent record without appointing one participant as the unquestioned owner of the database.

That is why privacy and interoperability are becoming decisive. A network that shares everything defeats much of the purpose for regulated businesses, while a blockchain that cannot communicate with existing software simply creates another silo.

The next practical test for these systems is how well they connect existing enterprise software with shared records while preserving the access controls and data boundaries required by each participating organization. Those implementation details will determine whether a network becomes part of day-to-day workflows or remains a separate technology layer.

The companies developing enterprise data-sharing systems are therefore addressing a more practical problem than decentralization alone. They are giving organizations ways to collaborate while retaining control over what information they reveal, who can access it and how it moves across business boundaries.

Source: Metaverse Post