7 posts tagged with "Versions"

Fix​

1. Added a kernel selection feature to resolve potential disconnection issues in iOS environments.

Feat​

1. Now supports dark mode for both iOS and Android versions.
2. To address the high energy consumption issue on the current desktop version, we have launched the Lightweight Version. It uses the same layout design as the mobile version and now also supports dark mode.

Fixes​

1. Added a kernel selection feature to resolve potential disconnection issues on iOS environments.

New Features​

1. Updated the design language of the ViewTurbo website section.

Fixes​

1. Based on user feedback, we fixed an issue where Flyline failed to display on startup.
2. Fixed a text selection issue that could affect recognition.

New Features​

We've introduced the concept of Free Nodes, which may currently offer slightly less bandwidth than options like 200M. However, as more server resources become available in the future, we plan to improve both the quality and speed of these Free Nodes.

Latest Interface​

We've updated the ViewTurbo APP interface with a new design language consistent with the desktop client. It's now cleaner and more efficient. While retaining the previous layout structure, this version gives you full control over node selection—no more predefined algorithms making choices for you.

Latest Features​

Previously, we never considered that notification-type information would require long-term prompts. To save bandwidth for users, we adopted a region-based proxy mechanism. In AI proxy mode, if you can access the website, you don't need to use ViewTurbo for proxying. Otherwise, ViewTurbo will act as a proxy. This feature has saved our users a significant amount of bandwidth.

In this update, we’ve introduced a new notification design language. It applies to one of the components used in the ViewTurbo attack state, allowing users to receive alerts when ViewTurbo is under attack or to convey other messages.

Latest Features​

We've added a new detail: When in an unconnected state, the dynamic perception globe component on the right will respond based on the distance of the mouse, creating a zoom-in and zoom-out visual effect. Once connected to a node, data flight lines will show the network exit and node locations.