For regulated and institutional finance
Blockchain infrastructure for financial institutions that issue, distribute or service tokenized securities — licensed as modules, integrated by specialists, and deployed single-tenant inside the environment you are already accountable for.
Institutional tokenization fails on infrastructure far more often than it fails on the idea. The instrument is well understood, counsel has signed off on the structure, and the programme then stops against a stack nobody owns: contracts that must enforce transferability, a signing path that must never be reachable by the wrong service, a register that must reconcile to the ledger every morning, and an operational story that survives an audit.
Tokenistry supplies that stack as five reusable modules. You keep the instrument, the clients, the distribution and the regulatory perimeter.
Eligibility cannot be a check in an application that a later integration bypasses. The token itself refuses transfers that are not permitted, with separate send and receive permissions, and fails closed when no list is attached.
The account holding administrative roles and the account paying to execute are different accounts, in different services, with different databases. Compromising either one alone moves nobody's holdings.
Effective ownership, FIFO lineage, reallocations between an investor's own wallets and genuine ownership transfers — reconciled against indexed chain state rather than asserted by the application that wrote it.
Durable operations, idempotency, confirmation tracking, reorg handling and a queryable event history — so the answer to "what happened, and when" is a record rather than a reconstruction.
Stuck nonces, degraded RPC endpoints, failed submissions and mid-flight worker crashes are designed for, because in a securities system the failure modes are the specification.
Single-tenant in your cloud account and your region, with your keys, your database and your custody workspace — the outsourcing and data-residency questions have real answers before your risk function asks them.
| Institution | Typical programme | Modules that carry it |
|---|---|---|
| Banks & securities firms | Digital bonds and notes, registers, corporate actions | Tokenization, Transaction, Ledger |
| Brokers & investment firms | Tokenized instruments alongside existing execution and reporting | Eligibility, Ledger, Indexing |
| Asset managers & funds | Tokenized units and share classes, subscription and redemption | All five, with Ledger central |
| Private-markets platforms | Private credit, real estate and other real-world assets; controlled secondary | Tokenization, Eligibility, Ledger |
| Custodians & post-trade | Safekeeping, signing and servicing for third-party issuance | Transaction, Custody integration, Indexing |
| Regulated fintechs | A tokenized securities product on a deadline, without a blockchain team | Core deployment, all five |
The modules are asset-agnostic by design. A bond, a fund unit, a private-credit participation and a real-estate interest differ in their documentation, their investor base and their servicing calendar — but they place the same demands on the infrastructure: controlled issuance, enforced eligibility, provable ownership, durable execution and reconciliation.
That is why asset tokenization infrastructure is worth licensing rather than rebuilding per programme. The second instrument an institution issues should cost a configuration, not another project.
Infrastructure software, smart-contract architecture, deployment artifacts, configuration, integration with your custody and KYC providers, implementation, and maintenance and support afterwards.
Legal, regulatory, KYC or AML services. It does not act as issuer, broker, distributor or custodian, does not hold client assets, and takes no position inside your regulatory perimeter.
Related: blockchain architecture, institutional custody integration, and the technology behind the modules.
No. It is licensed infrastructure that runs in your environment, behind your product. Institutions typically keep their portal, CRM, KYC provider, custodian and books of record, and adopt the modules that sit between those systems and the ledger.
Yes, with two dependencies worth knowing early: the Transaction Engine is always deployed with the Tokenization Engine, because separating administrative authority from the accounts that pay to execute is the security model; and the Investment Ledger consumes indexed chain state, so it expects the Indexing Engine or an equivalent source.
The default single-tenant, customer-hosted model keeps the production boundary, the data and the keys inside your own accounts, which is materially easier to answer for than a shared multi-tenant platform holding every client's signing path. Source escrow and documented exit provisions are available where continuity has to be evidenced.
Specialist blockchain engineering — dedicated engineers working to a design owned by the architects who built Tokenistry Core, applied to the stack you already operate. See blockchain engineering.
Start with an assessment: target architecture, custody and transaction strategy, and which modules your programme actually needs.
Discuss your architecture