Tokenized assets, settlement rails, and verifiable provenance — engineered by a team that has been shipping on-chain systems since 2016, and that will tell you when a database is the better answer.
Service lines
06
Accelerators
04 reusable assets
Typical entry
Three weeks
You keep
Code, docs and runbooks
Distributed ledgers solve a narrow and genuinely valuable problem: letting parties who do not fully trust each other agree on a shared record without appointing a referee. Where that problem exists — multi-party settlement, asset provenance across a supply chain, collateral moving between institutions — the technology is transformative.
Where it does not exist, a blockchain is an expensive, slow, operationally fragile database with a worse developer experience. A great deal of enterprise blockchain spending has gone into rebuilding single-party systems on infrastructure designed for adversarial ones.
So we start with the trust map: who the parties are, what each can independently verify today, and what breaks when one of them behaves badly. If that map justifies a ledger, we build it properly — with the key management, auditability and regulatory posture that institutional capital actually requires. If it does not, we say so and build the right thing instead.
Named, scoped and independently buyable. Most engagements combine two or three.
Representing funds, receivables, credits and physical assets on-chain with a defensible legal and custody model.
Contracts written to be reviewed — because on-chain code is the least forgiving code your business will ever run.
Moving value across borders and counterparties with deterministic finality and clean reconciliation.
Cryptographic proof of origin, custody and condition across parties that do not share a system of record.
Managed node infrastructure and environments so your team ships features instead of operating consensus.
The control environment that lets a regulated institution touch this asset class at all.
Reusable engineering assets we bring into engagements — reference architectures, tested component libraries and assessment methods. They are yours to keep and modify; nothing here is a runtime you have to keep licensing.
Diagnostic method
A structured assessment that determines whether a distributed ledger is warranted — before anyone writes a contract.
Contract library
Reviewed, tested implementations of restricted-transfer token patterns with lifecycle and registry hooks.
Integration pattern
Deterministic mapping from on-chain events into ERP and general-ledger entries, with break detection.
Infrastructure blueprint
Terraform-defined multi-chain node estate with observability, key isolation and upgrade runbooks.
Three weeks · fixed scope · fixed price
Before capital is committed, an independent read on whether distributed-ledger technology is the right instrument for your problem — and if it is, what the credible architecture looks like.
What you receive
05 outputs
We are deliberately fluent across the credible options in each layer so that the choice can be made on your constraints rather than on ours.
Networks
Languages & tooling
Custody & keys
Data & compliance
Most engagements start with a short, fixed-scope diagnostic — three to four weeks, a written recommendation, and a costed path forward. If we are not the right firm for it, we will say so and point you somewhere better.