High-Performance
Worldwide VPN Locations
Directly connected to the world’s leading Internet Exchange Points (DE-CIX, LINX, AMS-IX, Equinix). Zero hard drives, ChaCha20 encryption, and verified unmetered 10 Gbps uplinks.
Mogadishu, Somalia (East Africa Gateway)
Roadmap Pipeline • Subsea PeeringIn strict accordance with our verified-only routing policy, our planned Mogadishu node is undergoing submarine cable transit testing (DARE1 & EASSy landing stations) and direct BGP IP peering trials. Public exit routing will activate immediately upon completion of cryptographic latency verification.
No spam. Only Mogadishu launch alerts.
Netherlands
Amsterdam • Europe
One of the fastest peering centers in the world. Engineered inside Nikhef Science Park with zero disk retention.
Germany
Frankfurt • Europe
Central European ultra-low latency gateway. Connected directly to Europe's largest internet exchange.
United Kingdom
London • Europe
London internet exchange interconnect with dedicated optical links across Great Britain and Western Europe.
Singapore
Singapore • Asia-Pacific
Primary Asia-Pacific high-throughput backbone with direct transit across ASEAN, Australia, and East Asia.
Turkey
Istanbul • Europe
Strategic Eurasian transit point linking Southeastern Europe, Anatolia, and Caucasus network fibers.
Japan
Tokyo • Asia-Pacific
Ultra-fast Tokyo gateway connected to Japan's primary peering exchanges for gaming and high-bandwidth media.
United Arab Emirates
Dubai • Middle East
Middle East gateway hosted at Datamena Dubai. Optimized for high-throughput business and secure regional transit.
United States
New York • North America
US East Coast Tier-1 backbone facility located at 60 Hudson Street with direct trans-Atlantic cables.
Somalia
Mogadishu • Africa
High-priority roadmap node. In-country transit evaluation & IP geolocation verification underway.
Diskless RAM-Only Fleet
No hard drives or SSD write caches. Logs cannot be recovered, seized, or decrypted.
Direct Tier-1 Peering
Direct connections to major transit providers and IXPs eliminate intermediate bottlenecks and buffer bloat.
Cryptographic Speed
WireGuard protocol utilizes state-of-the-art Curve25519 ECDH and ChaCha20-Poly1305 authenticated encryption.