Trust, engineered across borders.
We design, audit and deploy distributed-ledger systems that settle, prove and record what matters between organisations that need to trust each other. We start by asking whether a ledger is the right answer at all.
Drag the globe to explore. Each arc is a transaction moving between financial and trade hubs; when it lands, a new block is sealed onto the ring and written to the ledger below.
Does this problem need a ledger?
Blockchain is powerful and frequently misapplied. Our feasibility work tells you plainly which side of the line you are on, before anyone writes code.
- Several organisations must share one record and none should own it
- Proof of origin, ownership or history has real commercial value
- Reconciliation between parties is slow, costly or disputed
- Assets or rights need to move and settle quickly across borders
- Auditors and regulators need tamper-evident trails
- A single organisation controls all the data and all the users
- A well-designed shared database would do the job
- The data must be deleted or edited routinely
- There is no trust problem, only a speed or reporting problem
- The main goal is to “have a blockchain”
Four layers between a transaction and a permanent record.
Six capabilities, one accountable team.
Feasibility & diagnostics
Use-case validation, build-versus-buy-versus-partner analysis and a clear go or no-go.
Smart contract engineering
Design and development following secure coding practice from the first commit.
Tokenisation & settlement
Digital assets, rights and settlement flows structured around real business logic.
Network architecture
Public, private or consortium design chosen for cost, privacy, speed and regulation.
Independent security audit
Threat modelling and audit of every contract before deployment. No exceptions.
Deployment & monitoring
Live deployment with ongoing monitoring and incident response, not a one-off hand-over.
An eight-phase research and delivery discipline.
Treated as a living programme, not a one-time project. Each phase has an exit test before the next begins.
Discovery & framing
Define the trust or coordination problem before reaching for technology.
Feasibility & landscape
Research, alternatives, regulation and build-versus-partner analysis.
Architecture & design
Network model, data on-chain and off-chain, integration points.
Prototype
A time-boxed proof of concept against agreed success measures.
Build & validate
Agile sprints with continuous testing and security review.
Pilot
Controlled rollout with real users and real-world monitoring.
Scale & productionise
Hardening, performance, operations handbook and training.
Monitor & govern
Live oversight, upgrades and governance for the life of the system.
100% of contracts audited before they go live.
A smart contract is code that holds value. Once deployed, mistakes are expensive and public. Every contract we ship passes an independent audit checklist, and the findings are shared with you in full.
Example engagements.
Illustrative scenarios showing the kind of work this capability covers. They are examples, not past clients.
Supply-chain provenance
A manufacturer wants end-to-end proof of origin across its suppliers. We start with feasibility, then design a permissioned network integrated with existing planning systems.
Faster cross-border settlement
A payments business loses days and margin to reconciliation between partners. We model a shared settlement ledger and test it in a controlled pilot.
Verifiable credentials
A public body needs certificates that can be checked instantly without exposing personal data. We design a credential scheme with privacy built in.
Tokenised ownership records
An asset manager wants transparent fractional ownership. We structure tokenisation around legal, custody and regulatory requirements first.
Blockchain, answered plainly.
Do we need existing blockchain infrastructure to start?
No. Most engagements begin at feasibility, before any infrastructure decisions are made.
Which networks do you work with?
We are network-agnostic. The choice is made during design, based on your cost, privacy, performance and regulatory needs.
Can it integrate with our current systems?
Yes. Integration with existing finance, planning, customer and data systems is scoped explicitly in the architecture phase.
How do you handle regulation across regions?
Token and digital-asset rules differ significantly between jurisdictions. Every engagement names its target regions and maps the rules that apply before design begins.
How is a blockchain engagement priced?
Feasibility studies are fixed price. Builds are priced by phase against agreed milestones, with independent audit costed separately and shown up front.
How long does it take?
A feasibility study takes about four weeks. A pilot on a permissioned network typically takes ten to sixteen weeks, including audit, before a wider launch.
What do you need from us?
Access to the people involved in the current process, sight of any partner agreements, and a decision maker for questions about custody, keys and regulation.