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DESIGN PRINCIPLES

Built to be connected
rather than replaced.

Institutional infrastructure is judged by what it connects to. These are the principles the stack is designed against.

  • Interoperable by default

    Standard interfaces and open standards ahead of proprietary ones.

  • Compliance in the path

    Eligibility and monitoring inside the workflow, not beside it.

  • Settlement states by design

    A proposed model for verifiable state transitions, subject to technical development and validation.

  • Verifiable records

    Asset, custody and transaction data that can be evidenced after the fact.

  • Least privilege

    Access granted by role, bounded by scope and recorded.

  • Portable integration

    APIs, webhooks and SDKs so partners embed capability rather than rebuild it.

SECURITY & RESILIENCE

Designed for institutional operation.

The controls below are the design intention for the infrastructure being built. They are stated as design, not as certification.

Read the security statement

  • Transport & edge

    TLS in transit, CDN and WAF at the edge, DDoS mitigation in front.

  • Access control

    Role-based permissions, multi-factor authentication and least privilege.

  • Secrets

    Centralised secret management with rotation, never in source.

  • Assurance

    Audit logging, monitoring, alerting and independent assessment as the platform matures.

  • Abuse control

    Rate limiting and request validation on every public endpoint.

  • Change discipline

    Reviewed, reversible deployment with environments separated.

No security programme removes risk. A production security statement, independent assessment and a vulnerability disclosure route will accompany the platform when it reaches that stage.

TECHNOLOGY ARCHITECTURE

Five layers.
One stack.

Every experience the ecosystem offers sits on the same four layers beneath it. That is the design decision the whole architecture rests on: a new platform is a new surface on existing rails, not a new stack.

  1. Experience Layer

    The surfaces people and businesses actually use.

    • RWA.win
    • DiPay
    • DigiLending
    • RealEstateExchange
    • Stocks
    • Gold

  2. Financial Infrastructure

    The financial primitives the surfaces are composed from.

    • Tokenization
    • Stablecoins
    • Payments
    • Credit
    • Market Infrastructure

  3. Intelligence & Compliance

    Judgement and control applied across every layer above and below.

    • AI
    • KYC
    • KYB
    • AML
    • Transaction Monitoring
    • Investor Eligibility

  4. Blockchain

    The networks, contracts and message paths that carry state and value.

    • RWA Chain
    • Multi-Chain
    • Smart Contracts
    • Interoperability

  5. Institutional Connectivity

    The regulated and operational relationships that make the stack usable in the real world.

    • Custody
    • Brokerage
    • Banking
    • Fiat Rails
    • Liquidity
    • Settlement

Layers describe an intended architecture. Services named in the institutional-connectivity layer would require appropriately authorized providers and confirmed arrangements; the diagram does not represent a current DAC licence, partner appointment or available capacity in any market.

TRUST & CONTROLS

INSTITUTIONAL CONTROLSACROSS THE INFRASTRUCTURE.

DAC infrastructure is designed to support institutional controls across identity, access, asset workflows, transactions and reporting through DAC and partner-enabled capabilities.

EXPLORE TRUST & CONTROLS
HOW A CONTROLLED WORKFLOW RUNS
  1. IDENTITY
  2. ELIGIBILITY
  3. PERMISSIONS
  4. TRANSACTION
  5. MONITORING
  6. AUDITABILITY
HOLDING ACROSS EVERY STAGE

SECURITY

Applied at every stage, from transport and keys to privileged access.

COMPLIANCE

Obligations carried by the regulated entity in each market, supported by the workflow.

DATA

A record of what happened, attributable to an identified account.