FIS operates an encrypted network layer across 50+ countries. Zero logs by architecture. We make internet connections private at scale — without sacrificing speed.
We operate an encrypted network that sits between the user and the open internet. Every connection is routed through our own servers running our own software — no third-party cloud, no shared tenancy, no visibility into payload content.
The infrastructure spans 50+ countries on five continents. We lease the hardware, own the software stack, and run RAM-only servers with no persistent storage. The architecture makes logging structurally impossible — not a policy choice, but an engineering constraint.
The infrastructure behind every connection we protect.
Connections routed through our encrypted network daily.
Server locations spanning five continents.
Aggregate throughput across all nodes.
RAM-only servers. Nothing written, nothing stored.
Dedicated servers on leased hardware across 50+ countries, running our own routing and encryption software on every node. No traffic touches third-party infrastructure. No capacity is shared.
Data is encrypted with post-quantum ciphers before it leaves the client device. The system has no mechanism to inspect payload content. RAM-only servers hold no persistent state — when power is cut, everything is gone.
The network detects failures and reroutes traffic automatically in under 12 milliseconds. Compromised or downed nodes are isolated instantly. No manual intervention, no connection drops, no exposure window.
Encryption adds no measurable latency. The network sustains full throughput under load without queuing or packet loss.
Connections are routed to the nearest available node automatically. Direct peering with major ISPs and carriers in every region minimizes round-trip time and eliminates transit bottlenecks.
The commitments baked into every line of our code — not just our marketing.
Every server in the network runs our stack. No third-party software in the data path, no shared tenancy.
RAM-only servers with no persistent storage. The architecture makes logging structurally impossible, not a policy decision.
Kill switch, DNS-leak protection, and automatic failover ensure no exposure window — even during server failures.
Encryption adds no measurable latency. Full throughput under load, no queuing, no packet loss.