21X AG and LayerZero Complete Institutional Blockchain Trading Pilot
The two firms ran a live order book on a private deployment of Zero, achieving up to 45x performance gains with no offchain matching.
European regulated trading venue 21X AG and blockchain infrastructure provider LayerZero have concluded a joint pilot that placed a fully live central limit order book on a private-permissioned instance of LayerZero's Zero network, the companies announced. The test represents a significant technical milestone for institutional-grade onchain trading, demonstrating that high-performance order matching can occur entirely on-chain without routing transactions through offchain systems.
The pilot recorded performance improvements of up to 45 times compared to baseline benchmarks, a figure the companies attribute to the architecture of the private-permissioned Zero deployment. By keeping all matching logic onchain, the system removes a layer of counterparty and operational risk that has historically made traditional financial institutions cautious about adopting distributed ledger technology for trading infrastructure.
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21X AG holds the distinction of being Europe's first fully regulated DLT-based trading and settlement venue, giving the pilot added significance for regulators and institutional participants watching the continent's digital-asset market infrastructure evolve. A successful proof of concept on a regulated venue could accelerate broader industry adoption of onchain settlement rails for conventional securities as well as digital assets.
The collaboration signals growing momentum behind permissioned blockchain deployments as a middle path between fully public networks and legacy centralized systems. Institutional players have long sought the efficiency benefits of distributed ledger technology while retaining the access controls and compliance frameworks required under existing financial regulations. This pilot suggests that hybrid architecture — private permissioning built on interoperable infrastructure — may satisfy both demands simultaneously.
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