Lynq migrates institutional settlement to Avalanche L1, achieving 65% faster processing

Lynq: Lynq operates as a real-time settlement and collateral network purpose-built for institutional digital asset markets, enabling on-chain payments and mobility with yield features. Developed through collaboration with infrastructure providers, it connects trading venues, custodians, and asset managers in a compliant environment. The network's recent move to a dedicated Avalanche L1 underscores its focus on predictable performance and validator control for regulated users. Tassat: Tassat Group delivers blockchain infrastructure solutions specifically for regulated financial institutions, building on platforms previously used in traditional banking networks. It focuses on real-time settlement capabilities and compliance integration for digital asset ecosystems. Tassat executed the migration of Lynq's operations to an Avalanche L1, completing the transition rapidly while preserving all existing client positions and workflows. Avalanche: Avalanche functions as a high-performance layer-1 blockchain supporting customizable subnets and dedicated L1s alongside its primary network chains. The platform emphasizes fast finality, scalability, and configurable governance suitable for enterprise applications. Lynq's deployment on a purpose-built Avalanche L1 highlights the network's role in enabling institutional-grade settlement with enhanced control over validators and data. Institutional Adoption: Avalanche continues to attract financial institutions seeking dedicated infrastructure for tokenized assets and real-time settlement, with growing participation in ecosystem initiatives for payments and collateral. Ecosystem Collaboration: Tassat participates in broader Avalanche efforts to advance on-chain payments and settlement, aligning with the platform's emphasis on hybrid public-private chain capabilities for regulated finance. Infrastructure Enhancements: Recent upgrades to Avalanche have focused on improving staking efficiency, validator requirements, and support for purpose-built L1 deployments to meet institutional needs for predictable performance.