Intrasettle has built a blockchain-based settlement platform that connects central bank digital currencies (CBDCs) and tokenised M0 liabilities across jurisdictions, using BSV as a global clearing layer.
The Problem
Traditional cross-border settlement relies on intermediaries, incurs high costs, and operates on multi-day timelines. Legacy systems struggle with real-time interoperability between different CBDC systems and monetary jurisdictions.
The Infrastructure
Intrasettle enables settlement of M0 liabilities using BSV’s public ledger as a common reconciliation layer. CBDCs and central bank liabilities are tokenized for real-time movement and validation. All transactions are immutably recorded on-chain, with smart contracts handling programmable financial flows and compliance checks.
Why BSV
Intrasettle selected BSV for its scalable public ledger, ultra-low transaction costs, protocol stability, and support for high-frequency financial data transactions. According to the company, BSV was the only protocol supporting the large-scale data and interoperability needs of the financial system without compromising on cost or performance.
About Intrasettle
What it is: Intrasettle is a blockchain-based financial settlement platform that connects central bank digital currencies (CBDCs) and tokenised M0 liabilities across jurisdictions, using the BSV blockchain as a global clearing layer. It enables near real-time settlement of sovereign digital currencies with immutable on-chain reconciliation, integrating sovereign digital currencies, institutional wallets, and regulatory nodes.
Why it matters for infrastructure: Traditional cross-border settlement systems rely on intermediaries, incur high costs, and are slow and fragmented. Legacy financial infrastructure is ill-equipped for real-time, multi-asset settlements involving digital fiat and tokenised assets, struggling with compliance, latency, and cost-effectiveness across borders. Intrasettle addresses this by providing a common reconciliation layer where central banks can issue their distinct digital currencies, and commercial banks can conduct direct cross-border payments without intermediaries.
The infrastructure angle: This is not a token or a trading platform—it is interoperability infrastructure for central banks. Intrasettle collaborates directly with central banks, digital asset issuers, and regulatory technology providers to bridge CBDCs and wholesale banking systems. Settlement time drops from multi-day SWIFT rails to seconds-to-minutes on BSV, with minimal transaction fees. The platform reduces settlement risk by facilitating direct transactions in multiple currencies, with blockchain technology ensuring security, transparency, and traceability.
Key technical components:
- Data Logging: All transactions and settlements are immutably recorded on-chain
- Smart Contracts: Used for programmable financial flows and compliance checks
- Tokenization: CBDCs and central bank liabilities are tokenized as digital representations for real-time movement and validation
- Integration: Compatible with traditional banking APIs and core infrastructure through secure messaging layers and identity-linked wallets
Why BSV: Intrasettle selected the BSV blockchain due to its scalable public ledger, ultra-low transaction costs, protocol stability, and support for high-frequency, high-volume financial data transactions—attributes critical for secure, regulated CBDC settlement and real-time auditing. Many other blockchains lacked the enterprise-grade throughput, regulatory transparency, and micropayment functionality required. BSV stood out as the only protocol supporting the large-scale data and interoperability needs of the financial system without compromising on cost or performance.
Current status: Initial development and concept validation took place in 2022–2023, with live cross-asset settlement demos and partner onboarding from 2023 onward. Intrasettle is now focused on connecting more central banks and monetary authorities globally, with the stated goal of serving as a universal CBDC clearinghouse layer.
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