NymVPN v2025.16 is live
New apps for iOS, Windows, and Linux improving gateway selection, connection resilience, and building QUIC support
Share
Versions: Linux v1.17.0 | Windows v1.170 | iOS v2.11.0
Today, the Nym team is releasing NymVPN v2025.16 for Windows, Linux, and iOS. and MacOS and Android will be updated in the coming release..
Here’s what you need to know.
Gateway selection
The NymVPN app will now display and prefer highest performing gateways in the gateway selection menu. In addition to improving how node performance is measured and displayed, this will help you choose the best path through the network and improve the app’s overall performance.
When no high performing gateways are available in a location, medium performing nodes or an error will be displayed for that location.
QUIC infrastructure in place
NymVPN v2025.16 lays the technical support for the rollout of the QUIC protocol, which is now being thoroughly tested before being available soon in your UI. Read more about what QUIC is, and how it will help with making NymVPN censorship resistant.
LAN bypass
Desktop apps now allow for a LAN bypass which will help maintain connections in the event of software issues.
Preparing new gateway selection features
Soon US gateways will be selectable based on their US state, allowing you more fine-grained selection of your access point to the web. As the internet in places as large as the United States splinters through state-based regulations and bans, this will be an important component of gaining access to information and content.
Bug fixes
Important fixes have been implemented to address the following connection and UI problems across apps:
- Mixnet tunnel connections
- Changing countries
- Disconnection due to bandwidth caps

About the authors
Nym Core Team
Nym teamTable of contents
Keep Reading...

NymVPN’s roadmap for censorship resistance and security
How NymVPN will provide the tools to leap over the walls of the internet

Nym is more than a VPN
The first app that protects you from AI surveillance thanks to a noise-generating mixnet