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Specialist capability

Shared records for work that depends on trust.

When multiple parties share records, clear ownership and a reviewable history matter. We assess where blockchain can support traceability and agreed controls.

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Shared record history
A handoff everyone
can trace.
SupplierCreates the batch record

Origin and contents are recorded.

CarrierRecords the transfer

The next party confirms custody.

BuyerConfirms receipt

The shared history keeps each handoff.

Illustrative shared record workflow; suitability is assessed per project.

Built around your needs

What this makes possible.

  • Assess where shared records help
  • Build and test the right contracts
  • Trace the handoffs between parties
A technician reviewing a tablet beside manufacturing equipment. Illustrative photograph.

Illustrative work context.

When it fits and how we approach it

Details

The symptom

Many systems rely on shared databases and manual approvals to establish trust. Records get changed without clear history, disputes take time to resolve, and audits turn into long investigations. Once multiple parties are involved, confidence in the data starts to erode. People stop trusting the system and fall back to offline verification.

Why it happens

This happens because traditional software assumes a single owner of truth. When that assumption breaks, controls become complex and expensive. Blockchain is often misunderstood as a buzzword or tied only to tokens, but the real value lies in immutable records and shared state across parties.

How we approach it

We assess blockchain only where shared records solve a specific problem. Smart contracts can encode agreed rules, while traceable transactions and ownership records support review. Access controls, testing and governance remain part of the design.

What we deliver

The scope of blockchain development work, and what each part gives your team.

Smart Contract Development

Details

We design and develop smart contracts that encode business rules directly on the blockchain. Logic is tested thoroughly to prevent costly mistakes once deployed.

  • Business rules enforced without manual intervention
  • Transparent transaction history by default
  • Contracts reviewed for edge cases and failures
  • Upgradable patterns planned before deployment
  • Reduced reliance on intermediaries

Blockchain Based Applications

Details

Beyond contracts, we build full applications that interact with blockchain networks. This includes user interfaces, backend services, and secure wallet interactions.

  • User friendly interfaces over complex blockchain logic
  • Secure handling of keys and transactions
  • Integration with existing web or mobile systems
  • Clear separation between on chain and off chain logic
  • Applications designed for real users not demos

Private and Enterprise Blockchain Solutions

Details

Public chains are not always the right choice. We design private or permissioned blockchain networks for enterprises that need control, privacy, and performance.

  • Permissioned access based on real roles
  • Higher throughput compared to public networks
  • Data visibility aligned with business needs
  • Easier compliance with regulatory requirements
  • Networks that can evolve without forks

These ERP, access and reporting examples show adjacent systems work. They are not blockchain engagements. Clients are anonymized and outcomes are stated as published.

Work

Shipping & commercial real estate · Enterprise on Infor (Lawson) · Anonymized engagement

Security Dashboard Implementation

Security reporting moved from a manual, IT dependent task to self service reports and ongoing segregation of duty monitoring.

Health & wellness · Multinational (UK HQ, six countries) · Anonymized engagement

Global Infor CloudSuite Rollout

Initial CloudSuite launch in six weeks against an eight week target, then a worldwide rollout within a year outside North America.

How the work runs

  1. Evaluate trust requirements

    We identify where trust breaks down and whether blockchain is justified. Not every problem needs it.

  2. Design contract and data models

    Smart contracts and data structures are planned carefully. Mistakes here are expensive later.

  3. Develop and test thoroughly

    Contracts and applications are tested against real scenarios. Security issues are addressed early.

  4. Deploy and monitor

    After deployment, activity and performance are monitored. The system is adjusted as usage grows.

Where it applies

Settings where blockchain development work is most often needed.

Supply Chain · Finance · Healthcare

Explore these application contexts

Details

Supply Chain

Tracking goods across multiple parties creates trust gaps. Blockchain provides a shared record that reduces disputes and manual reconciliation.

Finance

Settlement, ownership, and audit trails benefit from immutable records. Blockchain reduces reliance on manual verification.

Healthcare

Medical records and data sharing require traceability and control. Blockchain helps manage access and history reliably.

Technologies we commonly use for blockchain development

Details

Listed to show fit with existing environments. Tools are chosen per project; a listing is not a partnership claim.

Blockchain Platform

  • Ethereum
  • Solana
  • Binance Smart Chain

Smart Contract Language

  • Solidity

Layer 2 Solution

  • Polygon

Development Environment

  • Hardhat

JavaScript Library

  • Web3.js

Wallet Integration

  • MetaMask

Decentralized Storage

  • IPFS

Programming Language

  • Rust

Security Library

  • OpenZeppelin

Indexing Protocol

  • The Graph

Development Framework

  • Truffle

Do Your Systems Rely on Blind Trust?

If disputes, audits, or ownership questions slow things down, let's assess whether shared records, traceability and agreed controls can support your review process.

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