Facilities, routes and compute, designed as one trading layer.
Six systems under every server.
Each layer covers a different failure point, from the building and its power up to the routes that reach the exchange.
Tier IV Facilities
99.999% uptime guarantee with fault-tolerant design and N+1 redundancy for all critical systems.
Redundant Power
Fault-tolerant N+1 utility and UPS systems, with diesel generators and 48+ hours of fuel on-site.
Precision Cooling
Fault-tolerant N+1 cooling maintains optimal temperatures through equipment failures.
Network Redundancy
Multiple tier-1 carriers with automatic BGP failover. No single point of failure.
Always-on DDoS protection with advanced filtering
Always-on mitigation with multi-layer filtering. Included on all plans at no extra cost.
Exchange Connectivity
Ultra-close proximity and cross-connections to CME, NYSE, NASDAQ, and major forex liquidity providers.
Redundant power and carriers, a 24/7 NOC and a 99.999% SLA under every plan. Cooling and network paths are redundant too.

Enterprise-grade datacenters
The foundation for charts, automated strategies, and backtests that run around the clock.
Secure, resilient facilities designed around always-on financial workloads.
Facilities in the markets traders need to reach
Regional datacenters place private compute near the exchanges, brokers, data feeds, and APIs that receive the workload.
Network paths designed around market destinations
Carrier diversity and optimized routing reduce unnecessary network distance while preserving alternate paths.
One managed layer from processor to incident response
High-frequency AMD hardware, redundant facility systems, fleet monitoring, and 24/7 operations work together instead of as isolated claims.
Your trading platform needs a dependable place to run between the opening bell and the next session. Moving it into a datacenter separates the server from the power, internet connection, and sleep settings of your home computer. Disconnecting your remote desktop leaves the workload running on the VPS.
Resilience comes from the systems around that workload. Utility feeds, UPS capacity, generators, cooling, and upstream carriers each address a different failure point. Together with reserved compute and an operations team, they support the continuity that charts, automated strategies, and long-running research depend on.









