Windows, macOS, iOS, Android, and common desktop/mobile clients keep the same service experience.
PRIVATE NETWORK ACCESS
Distributed multi-protocol global network service optimized for China routes
Full access on Windows, macOS, iOS, and Android, with mainstream protocol support, global node coverage, and continued optimization for mainland China paths.
Full platform supportMulti-protocol compatibleChina route optimized
Realtime Route
Online
CN
JP
US
LatencyCN+
ProtocolMulti
RegionsGlobal
Flexible protocol support helps different network environments find a more stable access path.
Asia, North America, and Europe are all covered for common access and work scenarios.
Connections are continuously tuned for mainland China paths, especially during busy hours.
FEATURES
Use cases
Gamers
Built for low latency, stable links, and multi-device gaming sessions.
Cross-border commerce
Useful for ad operations, storefronts, support workflows, and overseas platforms.
Research teams
Helps with paper lookup, database access, and cross-border collaboration.
Foreign residents in China
Helps with daily communication, work tools, media access, and overseas services.
FAQ
Common questions about platforms, protocols, and route optimization
Which systems are supported?
Windows, macOS, iOS, Android, plus common desktop and mobile clients.
Why emphasize China route optimization?
Mainland China traffic is affected by carrier, peak hours, and cross-border paths, so route quality matters.
What does multi-protocol support help with?
It gives users more flexible options across devices, regions, and network conditions.
Is it suitable for multiple devices?
Yes. Subscription access is managed centrally and can be used across phones, laptops, and tablets.
ROUTE QUALITY
Route strategy is more than node count
Focuses on access quality and peak-hour stability across common mainland carriers.
Different protocols fit different network conditions and client ecosystems.
Pick routes by destination to avoid unnecessary detours and make paths clearer.
SD-WAN architecture
Software-defined wide area routing keeps entry, relay, and exit resources flexible.
Full TLS encryption
Node-to-node traffic is encrypted to reduce middle-path exposure.
BGP Anycast
Smart routing gets users to the best path based on network quality.
Global node footprint
Nodes are distributed across Hong Kong, Japan, Singapore, North America, and Europe.