See the Digital Asset Lifecycle Platform in action

From receipt through confirmation, every step in a transaction's life is a named, persisted state. When something stalls, the engine resumes from exactly that state instead of retrying from the start or dropping the work entirely.

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Holdings, transfers, fees, and redemptions: decoded the moment a block is final, held reorg-safe, and queryable as plain business data. The work you would otherwise hand to a separate indexing stack is now part of the platform you already run.

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Regulated assets run on off-chain numbers: market prices, FX rates, and collateral valuations. A data feed is the channel that carries those numbers onto the chain where the asset reads them. In DALP 3.0, every feed value carries a cryptographic signature from a named issuer. The asset acts only on figures it can prove came from the right party, at the right time, and have not been tampered with in transit.

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On DALP, a trusted provider verifies a participant and attests the verdict on-chain as an identity claim. The asset's compliance rules check that attestation at every transfer. The underlying documents never touch the asset layer. In 3.0 we pulled every part of that lifecycle (intake, versioned history, monitoring, recovery) onto one surface, closing the gap between verification and enforcement.

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A token feature is a capability you switch on for an asset. In 3.0, the four that matter most grew from simple on-chain switches into servicing-grade instruments. Each one preflights itself, enforces its own rules at runtime, and leaves a record your operations team and auditors can both read.

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On a compliance platform, the expensive operations are the ones the chain enforces on every transfer: identity verification, compliance-module checks, and supply caps. Those costs compound with volume. A book that settles thousands of transfers a day pays them thousands of times. DALP 3.0 makes the most-run paths cheaper without touching what they do.

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Register a URL, and DALP calls it the moment a subscribed event fires. Every request carries an HMAC-SHA256 signature you verify, so your system knows the event is genuine and untampered. When your server is briefly unavailable, DALP retries automatically and records the outcome of each attempt.

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API health, blockchain health, and a rollup verdict now live inside the product, expressed in terms operators act on. Leave the infrastructure dashboards for when you need them. The signal that matters is already here.

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System updates compares every deployed component, the token factories, add-ons, and compliance modules, against the latest implementation recorded in the on-chain directory. It lists what is behind, and Upgrade all converges your system to the directory in one guided run of on-chain transactions. The implementation advances; the address in front of it does not.

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Anything you can do in the console, you can now script. So can an AI coding assistant or an automated pipeline. MCP (the Model Context Protocol) is the open standard that lets software discover and call tools safely. Exposing DALP through it means every operator operation becomes callable, not just a screen a human has to click. The same permissions govern both.

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Every list endpoint accepts structured filters, a sort field and direction, and offset pagination. The JSON:API query conventions keep the syntax the same across resources. Mutations accept an idempotency key so a retried request after an uncertain response runs once, not twice. The interactive reference and OpenAPI specification are served live at /api/v2.

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Every security review of a platform that touches money asks the same four questions: who can authenticate, where private keys live, who may do what, and how the thing deploys. 3.0 has documented, enforced answers to each one.

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