Say goodbye to "handshake" delays. QUIC allows encrypted connections to start sending data almost instantly, making your desktop apps feel snappier.
At its core, is a general-purpose, secure transport layer network protocol designed by Google and standardized by the IETF (RFC 9000). Intended to completely replace the aging Transmission Control Protocol (TCP), QUIC is built natively on top of the User Datagram Protocol (UDP). It forms the underlying foundation for HTTP/3 , driving massive speed and reliability upgrades to modern desktop software. Why Desktop Software Is Abandoning TCP for QUIC
By encrypting more of the connection metadata, QUIC makes it harder for third parties to throttle or monitor your traffic. For VPN users, this means better stealth and bypass capabilities in restrictive environments. quic desktop
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Check out our Technical Documentation to learn how to enable QUIC in your environment today. Say goodbye to "handshake" delays
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QUIC Desktop solves this natively. By implementing the QUIC protocol (HTTP/3) at the OS level, desktop applications no longer need to manage complex workarounds for packet loss. For VPN users, this means better stealth and
For decades, the backbone of desktop application communication has been TCP. Reliable, ubiquitous, and deeply entrenched, it has served us well. But as our desktop environments evolve into hubs of real-time collaboration, cloud gaming, and instant synchronization, the limitations of legacy protocols have become bottlenecks.
QUIC (Quick UDP Internet Connections) is a modern networking protocol originally designed by Google. Unlike the aging TCP protocol, QUIC is built on top of UDP, significantly reducing connection times and improving performance under subpar network conditions. Why QUIC Matters for Desktop Users:
The way we experience the web on our desktops is about to get a lot faster—and more resilient. We are excited to dive into , our latest implementation of the next-generation transport protocol designed to eliminate the bottlenecks of traditional web traffic.