Distributed Ledger Systems

One ledger every party trusts โ€” no central operator required.

When businesses don't fully trust each other, they reconcile endless conflicting copies of the truth. We build permissioned and custom distributed ledgers โ€” Hyperledger, Corda, and bespoke chains โ€” that give a consortium one tamper-proof, auditable source of truth with sub-second finality.

  • Hyperledger ยท Corda ยท custom
  • Sub-second finality
  • Privacy by channel

No single point of truth ยท BFT consensus

consensusn1n2n3n4n5

Replicas

5/5

Finality

0.8s

Uptime

100%

every node holds the same tamper-proof ledger

0.8s

Deterministic settlement finality

โˆ’87%

Reconciliation cost removed

1

Shared ledger, not six copies

100%

State changes cryptographically auditable

Shared truth, kept private

The end of reconciling five copies of the truth

DLT earns its place when multiple organizations need the same record but can't appoint one of them to keep it. We engineer the consensus, privacy, and governance that makes that real.

One truth across rival parties

Banks, suppliers, and regulators read the same tamper-evident ledger โ€” no more reconciling five copies of the same disputed spreadsheet.

Privacy where it's needed

Channels, private data collections, and selective disclosure keep commercial data confidential while the shared state stays verifiable.

Deterministic finality

BFT consensus gives sub-second, final settlement โ€” no probabilistic confirmations to wait on before a transaction is trusted.

Auditable by design

Every state change is cryptographically signed and traceable โ€” regulators and auditors get provenance instead of after-the-fact paperwork.

What you get

A network your consortium can run

Not a science project โ€” a governed, documented ledger network with onboarding, an explorer, and the consensus model your use case needs.

  • A DLT platform selection and network-topology design with trade-offs
  • A permissioned or custom ledger with the right consensus model
  • Chaincode/smart contracts plus privacy channels and access control
  • Node deployment automation and a participant onboarding process
  • An explorer/dashboard for transactions, provenance, and audit trails
  • Governance documentation and an optional managed-network retainer

From trust model to live network

How we build your distributed ledger

  1. 1

    Trust model & platform fit

    We map who participates, what they trust, and what must stay private โ€” then choose permissioned, public, or custom and the right consensus.

  2. 2

    Network & consensus design

    Node topology, validator set, BFT/Raft consensus, and privacy channels designed for your throughput, finality, and confidentiality needs.

  3. 3

    Chaincode & integration

    Smart contracts/chaincode for your workflows, plus integration with existing ERP, banking, or supply-chain systems via APIs.

  4. 4

    Pilot, onboard & operate

    A multi-party pilot, participant onboarding, and monitoring โ€” with the option for us to operate the network as it scales.

DLT, in production

AgriChain Consortium: five exporters, one ledger, zero reconciliation wars

A produce-export consortium reconciled shipments across five companies and three banks by hand โ€” slow, disputed, and expensive. We deployed a permissioned Hyperledger network with privacy channels.

AgriChain Consortium

Agri-export supply chain ยท Global

Supply Chain ยท Trade
Cross-party settlement & reconciliationDays โ†’ sub-second
Before
T+3 days
After
0.8 sec
Annual dispute & reconciliation costโˆ’87% cost
Before
$2.4M
After
$310k
Ledger copies reconciledSingle source of truth
Before
6 conflicting
After
1 shared
0.8s

Settlement (was T+3 days)

โˆ’87%

Reconciliation cost

1

Shared ledger (was 6)

100%

Shipments provenance-tracked

โ€œFive companies, three banks, and everyone kept their own version of the truth. Disputes ate weeks. The shared ledger gave us sub-second settlement and a single record nobody can quietly edit. Reconciliation costs dropped almost ninety percent.โ€
โ€” Program Director, AgriChain Consortium
Hyperledger FabricGo chaincodeIBFTKafkaKubernetesAuditedRead the full case study

Straight answers

Distributed ledger questions

What is distributed ledger technology (DLT)?

Distributed ledger technology is a system where a shared record of transactions is replicated across many independent nodes, kept in sync by a consensus protocol, and made tamper-evident through cryptography. Blockchain is one type of DLT. The value for businesses is a single, trusted source of truth across organizations that don't fully trust each other โ€” without a central operator.

What's the difference between a permissioned and a public ledger?

A public ledger (like Ethereum) is open to anyone and secured by economic incentives. A permissioned ledger restricts who can run nodes and validate โ€” ideal for consortia of known businesses (banks, suppliers, regulators) that need privacy, throughput, and governance while still removing a central middleman. We build both and advise on the right fit.

Which DLT platforms do you work with?

We build on Hyperledger Fabric, R3 Corda, Hyperledger Besu, and Quorum for enterprise/consortium use cases, and on public chains where openness matters. For specialized needs we engineer custom chains or app-chains with the consensus and privacy model the use case requires.

How does consensus and finality work in your ledgers?

We select consensus (Raft, IBFT, PBFT, or proof-of-stake variants) based on your trust model and throughput needs. Permissioned BFT consensus typically gives sub-second deterministic finality โ€” no waiting for probabilistic confirmations โ€” which matters for settlement and supply-chain workflows.

How do you handle data privacy on a shared ledger?

We use channels, private data collections, and zero-knowledge or selective-disclosure techniques so participants share a verifiable state without exposing commercially sensitive data to every node โ€” a core requirement for real consortium adoption.

Give your consortium one source of truth. Not six.

Tell us who needs to share the ledger and what must stay private. We'll come back with a network design โ€” and a fixed quote.

2000+ vetted engineers ยท 3 global hubs ยท 98% client retention

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