Looking glass

Amsterdam, The Netherlands

Located in one of Europe's most interconnected hubs, our Amsterdam site offers ultra-low latency to key Solana infrastructure and direct access to AMS-IX. With strong peering to other RPC and validator hosts, it is ideal for clients seeking balance between performance and decentralization, just outside the Amsterdam “hotspot” zone.

Test Amsterdam

Frankfurt, Germany

Strategically positioned in Germany, our Frankfurt location delivers high-speed access to major Solana networks, with redundant Tier 1 uplinks and direct peering at DE-CIX. It is built for consistency and low jitter, even under heavy real-time workloads.

Test Frankfurt

New York, United States

Located in close proximity to major cloud zones, our New York node is tuned for performance-critical applications. With direct links to NYIIX and other Solana-native providers, it ensures fast execution and minimal propagation delays across the East Coast and transatlantic routes.

Test New York

Benefits

Low-latency

We maintain direct connections to hosting providers, ISPs, and cloud platforms, optimized for receiving Solana shreds, sending transactions and delivering lowest latency to Jito across all locations.

Redundant

Every datacenter is equipped with multiple upstream providers to eliminate single points of failure.

Multiple tier 1 carriers

Our network is powered by top 1 providers to ensure superior routing.

Solana-first routing logic

Every route is evaluated based on its performance to major Solana infrastructure hubs. This includes custom BGP tuning and route selection based on validator and RPC node proximity.

Full control over network paths

We own and operate the full stack, from hardware to routing policies. That level of control lets us optimize for Solana-specific traffic patterns, reduce jitter, and eliminate unnecessary hops.

Proven 100% network uptime

Since day one, every location has delivered 100% uptime thanks to strong infrastructure and carefully designed redundancy in routing and power systems.