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Use Cases

Atomic Delivery-vs-Payment for Securities

Eliminate principal risk and costly settlement failures by ensuring securities and cash are exchanged simultaneously on a shared, immutable ledger, transforming post-trade efficiency.
Chainscore Β© 2026
problem-statement
BLOCKCHAIN IN CAPITAL MARKETS

The $2.5 Trillion Problem: Settlement Risk and Inefficiency

In global securities trading, the gap between trade execution and final settlement is a multi-trillion-dollar vulnerability. This is the domain of Delivery-vs-Payment (DvP), a process ripe for a blockchain-powered transformation.

The core pain point is the T+2 settlement cycle (or longer). For two days, trillions in capital are locked in limbo, creating massive counterparty risk and operational cost. If one party defaults, the entire chain of transactions can unravel. This systemic risk, coupled with the manual reconciliation of disparate ledgers between custodians, brokers, and clearinghouses, creates a fragile and expensive financial plumbing system. The $2.5 trillion figure represents the staggering amount of capital that must be posted as collateral to mitigate this very risk.

The blockchain fix is atomic DvP. A smart contract acts as an impartial, automated escrow agent. The transfer of the security (the delivery) and the payment of cash (the payment) are programmed as a single, indivisible transaction. They either both occur simultaneously or not at all, eliminating the settlement window and the associated risk. This transforms settlement from a multi-day process with multiple intermediaries into a near-instantaneous, peer-to-peer finality event on a shared, immutable ledger.

The business outcomes are transformative. Capital efficiency soars as collateral requirements plummet, freeing billions for productive investment. Operational costs collapse by automating reconciliation and reducing failed trades. Regulatory compliance is baked into the protocol, providing an immutable, real-time audit trail. While challenges like legal framework adaptation and integration with legacy systems remain, projects like the Australian Securities Exchange's CHESS replacement demonstrate the tangible path forward for reducing systemic risk and cost.

key-benefits
FROM SETTLEMENT RISK TO AUTOMATED ASSURANCE

Quantifiable Business Benefits of Blockchain DvP

Atomic Delivery-vs-Payment (DvP) on blockchain eliminates the core counterparty and operational risks of traditional securities settlement, turning a cost center into a strategic asset.

01

Eliminate Counterparty & Settlement Risk

Traditional T+2 settlement windows expose firms to counterparty default risk and market volatility. Blockchain DvP executes as an atomic swap: the asset and payment transfer simultaneously or not at all. This removes the need for costly collateral and guarantees finality in seconds.

  • Real Example: The Australian Securities Exchange (ASX) explored DvP on blockchain to reduce systemic risk, aiming to replace its CHESS system.
  • Impact: Transforms settlement from a risk-management headache into a predictable, automated process.
T+0
Settlement Finality
$0
Counterparty Exposure
02

Slash Operational Costs & Reconciliation

Manual reconciliation between custodians, brokers, and depositories is a major cost driver, prone to errors requiring expensive fails processing. A shared, immutable ledger acts as a single source of truth, automating reconciliation.

  • Primary Benefit: Cuts post-trade operations costs by 30-50% by eliminating manual matching and fail management.
  • Process Automation: Smart contracts auto-execute corporate actions (dividends, splits) and regulatory reporting, reducing FTEs dedicated to manual tasks.
30-50%
Ops Cost Reduction
100%
Auto-Reconciliation
04

Automated Compliance & Audit Trail

Regulatory reporting is manual, fragmented, and audit-intensive. Every transaction on a permissioned blockchain is timestamped, immutable, and traceable, creating a perfect audit trail.

  • Compliance Automation: Program regulatory rules (e.g., Reg SHO, MiFID II) directly into smart contracts for real-time enforcement.
  • Audit Efficiency: Reduce audit preparation time from weeks to hours by providing regulators with secure, read-only access to the verified transaction history.
COST & EFFICIENCY ANALYSIS

ROI Breakdown: Legacy vs. Blockchain DvP Settlement

Quantitative and qualitative comparison of settlement models, highlighting operational and financial impact.

Key Metric / FeatureLegacy T+2 SettlementOn-Chain DvP (Atomic Settlement)

Settlement Cycle

T+2 (2 business days)

T+0 (Real-time)

Capital Efficiency

Low (Capital tied up for days)

High (Immediate capital reuse)

Counterparty Risk (CVA)

High (Exposure during settlement lag)

Eliminated (Simultaneous exchange)

Operational Cost per Trade

$10-25 (Reconciliation, fails)

$1-5 (Automated execution)

Failed Trade Rate

2-5% (Manual errors, mismatches)

< 0.1% (Pre-validated atomic logic)

Audit Trail & Reporting

Fragmented (Multiple ledgers, manual aggregation)

Unified (Immutable, single source of truth)

Regulatory Compliance Cost

High (Manual reporting, sampling)

Reduced (Programmatic, real-time transparency)

Liquidity Requirement

Higher (Buffer for fails and delays)

Optimized (Reduced by ~30-50%)

real-world-examples
ATOMIC DELIVERY-VS-PAYMENT (DVP)

Real-World Implementations & Pilots

See how blockchain-based DVP is moving from pilot to production, delivering measurable ROI by eliminating settlement risk and unlocking capital.

01

Eliminate Counterparty & Settlement Risk

Traditional T+2 settlement creates a multi-day window of credit and operational risk. Atomic DVP ensures the transfer of securities and cash occurs simultaneously in a single, irreversible transaction. This removes the risk of a buyer failing to pay or a seller failing to deliver, a critical concern for CFOs managing treasury operations.

  • Real Example: The Australian Securities Exchange (ASX) explored DLT to replace its CHESS system, aiming for atomic settlement to drastically reduce systemic risk.
  • Benefit: Transforms settlement from a process of trust and reconciliation into a guaranteed, automated event.
T+0
Settlement Finality
$0
Counterparty Exposure
02

Unlock Billions in Trapped Capital

Capital and securities are immobilized during the settlement cycle, tying up liquidity. By settling instantly (T+0), firms can reuse assets within minutes, not days.

  • ROI Driver: A major bank pilot by JP Morgan Onyx and SDX demonstrated intraday repo transactions, allowing the same collateral to be reused multiple times in a single day.
  • Quantifiable Impact: For a firm with $10B in daily settlement volume, moving from T+2 to T+0 can free up $20B in capital and collateral for reinvestment or to meet regulatory requirements, directly improving the balance sheet.
$20B+
Capital Freed (Example)
Intraday
Collateral Reuse
03

Automate Reconciliation & Slash Ops Cost

Post-trade operations are a manual, error-prone maze of matching ledgers between custodians, brokers, and CSDs. Blockchain creates a single source of truth.

  • The Fix: All parties see the same immutable record of ownership and transaction status in real-time. Smart contracts automate corporate actions, coupon payments, and margin calls.
  • Case Study: The Bond-i project by the World Bank and CBA demonstrated automated bond lifecycle management on a private blockchain, showing a path to reduce operational costs by 25-35% by eliminating reconciliation failures and manual intervention.
25-35%
Ops Cost Reduction
100%
Data Consistency
05

The Compliance & Audit Advantage

Regulators demand transparent audit trails. Blockchain's inherent properties provide a superior framework for compliance.

  • Immutable Audit Trail: Every DVP transaction is timestamped, cryptographically signed, and permanently recorded, simplifying regulatory reporting (e.g., MiFID II, Dodd-Frank).
  • Real-Time Transparency: Regulators can be granted permissioned access to monitor settlement activity and systemic risk in near real-time, moving from periodic audits to continuous oversight. This reduces the compliance burden and cost for financial institutions while increasing trust.
06

Implementation Roadmap: Start with a Pilot

Justification begins with a controlled, low-risk pilot focused on a specific pain point.

  • Target Area: Start with internal treasury operations, intra-group settlements, or a specific asset class like commercial paper or syndicated loans where bilateral DVP offers immediate value.
  • Key Partners: Collaborate with a regulated DLT platform (e.g., SDX, ADDX) or a proven enterprise blockchain provider. Focus on interoperability with existing core banking systems.
  • Success Metric: Measure reduction in failed trades, capital efficiency gains, and FTE hours saved on reconciliation. A successful pilot provides the hard data needed for board-level approval to scale.
implementation-roadmap
ATOMIC DELIVERY-VS-PAYMENT FOR SECURITIES

Phased Implementation Roadmap for Enterprises

A strategic, low-risk approach to modernizing settlement by eliminating counterparty risk and unlocking capital efficiency. Start small, prove value, and scale with confidence.

01

Phase 1: Proof of Concept (PoC) - The Sandbox

Validate the technology and business logic in a controlled, low-risk environment. This phase is about de-risking the investment and building internal stakeholder confidence.

  • Target Asset: A single, non-critical security (e.g., a private placement note).
  • Key Benefit: Demonstrates atomic settlement (simultaneous asset and cash transfer) without disrupting core systems.
  • Real Example: A European investment bank ran a PoC for corporate bond settlement, reducing the process from T+2 to real-time (T+0) and proving the technical viability with existing custodians.
T+0
Settlement Time
0%
Counterparty Risk
02

Phase 2: Pilot Program - Internal Efficiency

Scale the solution to a live but limited internal workflow, focusing on measurable operational gains and cost savings.

  • Target Workflow: Internal fund transfers between desks or cross-border settlements within the same institution.
  • Key Benefit: Automates reconciliation and eliminates failed settlement penalties. Frees up operational staff from manual exception handling.
  • ROI Driver: A major custodian's pilot showed a 70% reduction in manual intervention and query resolution for the piloted asset class, directly translating to lower operational costs.
70%
↓ Manual Work
24/7
Settlement Window
04

Phase 4: Full Production & Scale

Integrate the blockchain-based DvP system into core trading and post-trade operations for selected asset classes.

  • Target Scale: All eligible securities (e.g., bonds, private equity) with a network of vetted partners.
  • Key Benefit: Transforms settlement from a cost center to a strategic advantage. Enables new products like intraday repo and 24/7 trading.
  • Final ROI: Comprehensive audit trail for regulators, near-zero settlement fails, and the ability to re-deploy billions in trapped capital. This is the stage where the 10-15% reduction in total settlement costs (as seen in industry studies) is fully realized.
>99.9%
Settlement Success
10-15%
↓ Total Cost
ATOMIC DVP FOR SECURITIES

Key Challenges & Mitigation Strategies

While the promise of atomic Delivery-vs-Payment (DvP) is compelling, enterprise adoption hinges on overcoming real-world hurdles. This section addresses the critical objections from compliance, finance, and operations teams, providing a clear path from concept to auditable, cost-saving implementation.

Atomic DvP uses a smart contract as an automated, neutral escrow agent. In a tokenized securities trade, the buyer's payment (e.g., a stablecoin) and the seller's security token are locked in the contract. The transaction executes atomically: both assets are transferred simultaneously, or the entire transaction is reversed. This eliminates principal risk.

From a legal perspective, the smart contract code encodes the business logic of the trade agreement. Its execution creates an immutable, timestamped record that serves as a definitive audit trail. To ensure enforceability, enterprises must ensure the underlying legal agreements (e.g., ISDA Master Agreements) explicitly recognize and govern the use of this specific smart contract and its outputs. The legal framework and the code must be aligned.

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