SettleMint vs Digital Asset (Canton)
Canton moves collateral. DALP runs the full digital asset lifecycle.
Digital Asset built Canton Network and Daml for institutional market infrastructure: privacy-preserving workflows, collateral mobility, and post-trade settlement at top-tier financial institutions. DALP takes a different approach: a packaged EVM-native platform covering issuance, compliance, custody, atomic settlement, and post-issuance servicing for regulated operators who want operational infrastructure without deep Daml engineering.
Feature Comparison
DALP vs Digital Asset (Canton)
| Dimension | DALP | Digital Asset (Canton / Daml) |
|---|---|---|
| Core architecture | EVM-native platform: packaged lifecycle modules for issuance, compliance, custody, settlement, and servicing on any EVM-compatible network | Canton Network (privacy-enabled, interoperable) plus Daml smart contract language for modeling institutional workflows |
| Time to operational deployment | Packaged Helm charts, 7 asset templates with built-in lifecycle logic, 298 CLI commands. Weeks to operational deployment without custom contract engineering | Implementation-heavy enterprise model. Requires Daml engineering lift, bespoke workflow modeling, and network integration — multi-quarter programs typical |
| Asset lifecycle coverage | Full lifecycle: issuance, compliance, custody, atomic settlement, servicing (coupons, dividends, redemptions, maturity), and retirement across 7 asset types | Market infrastructure framing: collateral mobility, post-trade settlement, and privacy-preserving institutional workflows. Servicing automation depth thinner in public docs |
| Blockchain compatibility | EVM-compatible networks: Hyperledger Besu, Ethereum, and any EVM-compatible public or private network | Canton Network (custom runtime). Not EVM-native. Chainlink oracle integration for data connectivity; limited interoperability outside Canton ecosystem |
| Compliance enforcement | Ex-ante enforcement via 12 compliance module types: eligibility, transfer restrictions, issuance controls, time-based rules, and settlement/collateral enforcement. ERC-3643 and OnchainID | Compliance modeled in Daml contracts. Privacy-preserving participant controls. No publicly documented standardized compliance module registry for rapid deployment |
| Custody model | Bring-your-own-custodian: Fireblocks, DFNS. Maker-checker approval workflows, RBAC/ABAC, HSM compatibility, weighted multisig vaults, formal recovery procedures | Custody via ecosystem partners (Taurus joined Canton as Super Validator for Canton Token Standard custody). No native custody layer |
| Atomic settlement (DvP/XvP) | Atomic DvP and XvP via HTLC hashlock with escrow-based approval, AES-256-GCM secret encryption. Both legs complete together or both revert | Canton's cross-border collateral mobility and repo workflows focus on institutional post-trade settlement. DvP mechanics modeled in Daml; not packaged as standalone atomic settlement module |
| Deployment model | On-premises, cloud, hybrid, air-gapped. Helm/Kubernetes packaging with Velero backup/DR. Full data residency and sovereignty support | Canton Network nodes deployed at institutional participants. Deployment architecture depends on participant implementation and network topology |
| Observability and operations | 21 pre-built Grafana dashboards, VictoriaMetrics (metrics), Loki (logs), Tempo (traces), automated alerting. Full-stack visibility for blockchain health, API performance, compliance activity | No publicly documented standardized observability stack for operators. Canton monitoring depends on participant deployment choices |
| Target buyer profile | Banks, asset managers, CSDs, sovereign entities that need to issue and operate digital assets at scale with predictable delivery timelines | Top-tier market infrastructure participants (Goldman Sachs, BNY, Nasdaq, S&P Global) focused on institutional collateral workflows and post-trade settlement infrastructure |
Why Choose DALP
3 Reasons Regulated Issuers Choose DALP Over Canton
When your mandate is to issue and operate digital assets at institutional scale without deep Daml engineering, DALP delivers faster than a network-infrastructure build.
7 asset templates with built-in lifecycle logic, 21 Grafana dashboards, and 298 CLI commands ship with every deployment. Canton requires custom Daml contract engineering before any asset goes live.
DALP runs on Hyperledger Besu, Ethereum, and any EVM-compatible network. Canton Network is a proprietary runtime. Choose your chain without rebuilding your operational stack.
DALP's XvP/DvP module delivers HTLC hashlock atomic settlement: both asset and cash legs complete together or revert. No custom Daml workflow assembly required.
Key Differentiators
What makes DALP the faster path to digital asset operations
7 asset templates with built-in lifecycle logic: bonds, deposits, stablecoins, equity, funds, real estate, and precious metals
298 CLI commands for full operational control: every token operation, compliance action, and monitoring command is scriptable
21 pre-built Grafana dashboards: blockchain health, API performance, compliance activity, indexer status, and security events
12 compliance module types: eligibility, transfer restrictions, issuance controls, time-based rules, and settlement collateral enforcement
Atomic DvP/XvP settlement with HTLC hashlock: both asset and cash legs complete together or both revert
On-premises, air-gapped, and hybrid deployment via Kubernetes and Helm with full data residency support
Frequently Asked Questions
Digital Asset built Canton Network as privacy-preserving market infrastructure for top-tier financial institutions, using Daml as the contract language. DALP is an EVM-native platform covering the full digital asset lifecycle: issuance, compliance, custody, atomic settlement, and post-issuance servicing. Canton requires custom Daml engineering for each workflow; DALP ships with 7 asset templates and 12 compliance module types ready to configure.
DALP is EVM-native and runs on Hyperledger Besu, Ethereum, and any EVM-compatible network. Canton Network uses a custom runtime (not EVM). The platforms target different deployment models: DALP is a packaged lifecycle platform; Canton is a network infrastructure layer requiring Daml contract development.
DALP is packaged as Helm charts for Kubernetes deployment with 7 pre-built asset templates. Institutions with existing infrastructure can deploy in weeks. Canton implementations typically require multi-quarter Daml engineering programs before assets go live.
Yes. DALP includes XvP and DvP atomic settlement via an HTLC hashlock mechanism: both the asset and cash legs complete together or both revert. This is a packaged module, not a custom Daml workflow.
DALP supports any EVM-compatible network: Hyperledger Besu, Ethereum, and other EVM-compatible public or private chains. Canton Network uses a proprietary runtime and is not EVM-compatible. DALP's chain-flexibility means institutions can choose their network without rebuilding the operational stack.