We first examine whether a distributed ledger is needed and which parties must trust transaction outcomes. Blockchain is compared with a conventional database for governance, cost and constraints.
Where justified, we design participants, data and contract logic. Permissions, upgrades and integrations are tested; sensitive information and key management require explicit architectural decisions.
Blockchain solutions
Who it is for
- Organisations coordinating processes across independent participants
Blockchain solutions
Challenges we address
- Participants need a shared process for recording and verifying transactions
Blockchain solutions
What is included
- Distributed-ledger and alternative comparison
- Participant model and smart-contract logic
- Integrations, testing and key management
Blockchain solutions
What you receive
- Suitability assessment and architecture
- Pilot implementation and limitation documentation
How we work
- 01
Discovery and scope
We assess the current environment, requirements and constraints. Priorities include: Participants need a shared process for recording and verifying transactions. We agree on scope and acceptance criteria.
- 02
Design and implementation
We design the solution and carry out agreed activities: Distributed-ledger and alternative comparison; Participant model and smart-contract logic; Integrations, testing and key management. Changes are checked before entering the production environment.
- 03
Validation and handover
We validate agreed scenarios, record limitations and hand over documentation. Project timing follows discovery; support hours and response targets are defined in a separate agreement.
How pricing works
Costs depend on platform, participants, contract logic, review depth, integrations and network operation.
Get a consultationCommon questions
Is blockchain appropriate for all record keeping?
No. A trusted shared database may be simpler and less expensive. We establish the case for a distributed ledger before development.