Platform Overview

Meshchain is infrastructure for regulated digital currencies. The platform handles stablecoin issuance, cross-border payments, and institutional treasury management with the performance and compliance features that financial institutions need.

Where traditional blockchains process transactions sequentially, creating bottlenecks and unpredictable finality, Meshchain uses a directed acyclic graph architecture that processes transactions in parallel. This enables 100,000+ TPS capacity with sub-second finality while maintaining Byzantine Fault Tolerant security.

Stablecoin Infrastructure

Meshchain provides the complete infrastructure stack for launching and operating regulated stablecoins. Unlike token standards that bolt onto existing chains, Meshchain treats multiple currencies as first-class protocol features with native support.

Token Creation & Management

New currencies can be created with customizable minting workflows. The Smart Contract Rule System allows issuers to define transfer restrictions, economic rules, temporal controls, and compliance requirements that execute automatically at the protocol level.

• Automated mint/burn operations with on-chain verification
• Transparent supply tracking (total minted, current supply, burned amounts)
• Per-currency fee configuration for economic flexibility
• Token suspend/unsuspend controls for security incidents

Reserve Attestation System

The mUTXO state model tracks every unit of currency from issuance through all subsequent transfers. This complete provenance enables real-time verification of stablecoin backing without relying on off-chain attestations.

Issuers can integrate custody bank APIs with on-chain supply data to publish attestations showing reserve ratios in real-time. Regulators and users can verify backing status through direct blockchain queries rather than trusting periodic audits.

MeshGold: Reference Implementation

The platform's native currency demonstrates the token architecture. MeshGold uses:

• Currency Code: meshau79
• Atomic Unit: 1 nanogram (10⁻⁹ grams)
• Base Unit: 1 gram = 1,000,000,000 nanograms
• Fair launch distribution without pre-mine or ICO

Performance & Scale

Traditional blockchains process blocks sequentially, creating throughput ceilings regardless of network size. Meshchain's Mesh Relationship Entanglement architecture processes transactions in parallel across multiple committees, with throughput that scales horizontally as the network grows.

Empirically Validated Performance

Production testing with 30+ nodes validates the theoretical model:

Scaling Architecture

The platform uses dynamic committee scaling with deterministic transaction routing. As the network grows beyond 320 nodes, it automatically forms multiple parallel committees that process transactions simultaneously:

• 8-member committees for networks with 8-31 nodes
• 16-member committees for networks with 32-127 nodes
• 32-member committees for networks with 128-319 nodes
• Multi-committee architecture for networks with 320+ nodes

Each transaction routes to a specific committee based on the sender's address (H1 header routing). This eliminates coordination bottlenecks and enables true horizontal scaling.

Energy Efficiency

Byzantine Fault Tolerant consensus eliminates the computational waste of proof-of-work mining. The entire Meshchain network consumes less than 0.01 TWh annually compared to Bitcoin's 150 TWh—a 99.9% reduction while supporting unlimited transaction volumes.

Regulatory Compliance

Financial regulators worldwide now require stablecoin infrastructure to meet standards similar to traditional financial market infrastructure. Meshchain was designed with these requirements from the start rather than attempting to retrofit compliance onto existing blockchain systems.

ISO 20022 Alignment

The platform currently achieves 70% alignment with ISO 20022 financial messaging standards, with a clear 18-month roadmap to 95% coverage. This enables integration with existing banking systems and cross-border payment networks that use ISO 20022 protocols.

Audit Trail Architecture

Every transaction creates an immutable record containing:

• Complete input/output provenance from genesis transactions
• Committee vote records with cryptographic signatures
• Timestamp and network propagation data
• Smart contract execution details and gas consumption

The mUTXO model tracks the complete ancestry of every unit of currency, enabling regulators to trace fund flows across the entire transaction history without gaps.

Singapore MAS Alignment

The Meshchain Foundation operates from Singapore and aligns with Monetary Authority of Singapore regulatory frameworks:

• Technology Risk Management (TRM) standards compliance
• 99.99% system availability (exceeds 99.5% minimum)
• 1.8-second Mean Time To Recovery (requirement: <5 minutes)
• Zero data loss disaster recovery

Automated Compliance Monitoring

The structured logging system uses RFC 3164 syslog protocol with categorized event codes. This enables automated monitoring tools to track:

• Transaction processing anomalies
• Committee consensus health
• Network propagation delays
• Smart contract execution failures

Use Cases

Cross-Border Payments

Traditional correspondent banking can take 3-5 business days for international transfers, with opaque fee structures and limited transparency. Meshchain enables atomic multi-currency swaps with sub-second finality, replacing the correspondent banking chain with direct settlement.

A payment from Singapore dollars to US dollars executes as a single atomic transaction. Either both sides complete or neither does—eliminating settlement risk and reducing operational complexity.

Retail Payment Infrastructure

Point-of-sale transactions need confirmation speeds comparable to card networks. Meshchain's 13-14ms consensus enables merchant terminals to confirm payments in under 2 seconds—faster than many card authorization flows—while providing true settlement finality rather than chargeback risk.

The predictable $0.000125 transaction fee makes micropayments economically viable, opening use cases that card networks cannot support.

Institutional Treasury Management

Corporate treasuries managing digital assets need controls comparable to traditional banking systems. Meshchain provides:

• Multi-signature approval workflows using Shamir's secret sharing
• Maker-checker-approver transaction rules
• Complete audit trails for compliance reporting
• Direct blockchain interaction without custodian risk

Asset Tokenization

Physical assets can be tokenized with customizable minting workflows enforced through smart contracts. The provenance tracking system maintains complete ownership history from issuance through all subsequent transfers or trades.

The two-party acknowledgment system for asset transfers ensures both parties agree to terms before the transaction executes, reducing disputes and providing clear audit trails for regulatory review.

DeFi Applications

The smart contract platform supports decentralized applications with native contracts for common financial operations:

• MeshEscrow: Trustless escrow with multi-signature support
• MeshDrip: Token vesting and scheduled releases
• MeshDEX: Decentralized exchange with atomic swaps
• MeshToken: Enhanced token functionality beyond base protocol

WebAssembly support enables custom contracts in any language that compiles to WASM, with deterministic execution and gas metering for resource control.

Economic Model

Fee Structure

The platform uses a transparent fee model designed for predictability:

Committee members receive 75% of node fees distributed evenly, with the proposer receiving 25% plus any remainder from integer division. This creates economic incentives for node operation while keeping costs predictable for users.

Staking Model

The two-tier participation model separates consensus from network access:

• Committee Nodes: 5 grams stake required for consensus participation
• Full Nodes: Zero stake required for network services

This follows the pattern used by major blockchain networks—stake gates consensus power, not network access. The fixed 5-gram stake amount prevents wealth-based centralization, while the fair selection algorithm (50% reputation, 30% uptime, 20% random) ensures consistent performers earn committee positions regardless of stake size beyond the minimum.

Foundation Structure

The Meshchain Foundation operates as a non-profit organization based in Singapore, funded through donations and transaction fees. The foundation manages:

• Core protocol development and maintenance
• Open-source code governance
• Community engagement and education
• Regulatory liaison and compliance framework development