Two ways to tokenize

Start with a guided sprint, or build on your own with audit-friendly modules.

Tokenization Sprint

Recommended

Custom engagement

We turn your deal logic into a blueprint, spec and working prototype using AI-assisted specification + pre-verified modules.

  • 60–80 % fewer engineering hours
  • Clear spec stakeholders can review
  • Catch unlock / treasury / incentive issues early
  • Next variant in 1–3 days using reusable modules
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Smart-Contract Builder

$39/mo

1-week free trial, then $39/month. Build smart contracts from audit-friendly building blocks. Own and export everything.

  • 1-week free trial
  • Contract Maker + AI workflow helper
  • Auto-generated documentation
  • Source code export, no lock-in
  • API access & plugins
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Frequently asked questions

We use AI extensively: ideating tokenization concepts, designing workflows, modelling scenarios, and generating documentation.

For the actual smart-contract code, contracts are composed from pre-verified, audit-ready building blocks rather than AI-generated. This gives you AI-driven speed for design, and deterministic safety for the code that holds real value on-chain.

Yes. You can export the full Solidity source code, auto-generated documentation, and integration specs at any time. Once deployed, you own the smart contract and its data, with no lock-in or dependency on Toolblox to operate.

Absolutely. Many teams start with the Builder to explore workflows, then bring in a Tokenization Sprint when they need a full blueprint, spec and rapid prototype for a specific deal structure.

You receive a tokenization blueprint (visual diagram of actors, states, constraints and cashflows), a detailed implementation spec, a working prototype deployed on testnet, and an integration plan mapping oracle/IoT inputs, KYC/custody rails and API touchpoints.

See full sprint deliverables →

Smart contracts are composed from unit-tested, pre-verified modules and derive from audited base contracts (including OpenZeppelin). The composition process has a pending patent and is designed to make the resulting contracts audit-friendly and cost-effective to review.

Many blockchains can be used: Aurora, Taraxa, Near, Ethereum.
Many blockchains can be used: Aurora, Near, Ethereum.
Many blockchains can be used: Polygon, Evmos, Avalanche.
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