DALP for Atomic Settlement
Settle tokenized assets with zero counterparty risk.
Counterparty risk in settlement is an operational and regulatory exposure. DALP's DvP and XvP atomic settlement uses HTLC hashlock to ensure both the asset delivery and payment legs complete together or both revert. No partial settlement. No reconciliation gaps. No counterparty risk.
Platform Fit
What regulated settlement operations need and how DALP delivers
| What regulated settlement operations need | How DALP delivers it |
|---|---|
| Eliminate counterparty risk in tokenized asset trades | DvP and XvP atomic settlement with HTLC hashlock: both asset delivery and payment legs complete together or revert together; no counterparty risk by design |
| Delivery-versus-Payment (DvP) for tokenized securities | On-chain DvP settlement for tokenized bonds, equities, funds, and other securities; both legs settle atomically with EVM-enforced finality |
| Exchange-versus-Payment (XvP) for multi-asset trades | XvP settlement supports cross-asset and cross-currency exchanges; HTLC hashlock coordinates both legs across asset types |
| T+0 settlement finality for institutional asset transfers | On-chain settlement provides immediate finality once both legs confirm; no T+1/T+2 reconciliation gaps; immutable settlement record |
| Compliance enforcement within every settlement transaction | Ex-ante compliance checks validate investor eligibility, transfer restrictions, and jurisdictional controls before settlement executes; settlement never bypasses compliance |
| Integration with payment rails for the cash settlement leg | ISO 20022 connectivity for SWIFT, SEPA, and RTGS cash legs; REST and webhook APIs for integration with existing payment infrastructure |
| Audit trail and observability for settlement operations | Immutable on-chain settlement record; 21 pre-built Grafana dashboards; structured logging for settlement reporting and regulatory review |
| Custody workflow coordination with settlement operations | Maker-checker approval workflows coordinate with settlement execution; Fireblocks and DFNS integration for custody-gated settlement operations |
Why Choose DALP
3 Reasons Institutions Choose DALP for Atomic Settlement
From tokenized bond settlement to cross-asset exchanges, DALP gives institutions the atomic settlement infrastructure that eliminates counterparty risk by design.
DALP's DvP/XvP settlement uses HTLC hashlock to enforce atomicity at the protocol level. Both the asset delivery and payment legs must complete; if either fails or times out, both revert. No partial settlement. No reconciliation gaps.
Every atomic settlement transaction runs ex-ante compliance checks before execution. Investor eligibility, transfer restrictions, and jurisdictional controls are validated at the settlement layer, not bypassed by the settlement mechanism.
DALP's settlement infrastructure connects to existing payment rails via ISO 20022 for SWIFT, SEPA, and RTGS cash legs. The asset leg settles on-chain; the cash leg integrates with institutional payment infrastructure you already operate.
Platform Capabilities
DALP capabilities for atomic settlement
DvP atomic settlement with HTLC hashlock: asset delivery and payment complete together or both revert
XvP settlement for cross-asset and cross-currency exchanges across all EVM-compatible asset types
T+0 settlement finality with immutable on-chain settlement record and structured audit logging
Ex-ante compliance enforcement validates all settlement parties before execution; no settlement without compliance
ISO 20022 payment rail connectivity for SWIFT, SEPA, and RTGS cash settlement leg integration
Settlement closure with deterministic terminal states: executed, cancelled, or expired-withdrawn
Frequently Asked Questions
Project management
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Project management
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Project management
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Project management
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