Features you can actually feel

Every feature here answers one of three questions: does it connect, does it stay connected, and can an ordinary user understand it?

Core features

Six capabilities used every day

These are not spec-sheet nouns — they are the parts of the client you touch every time you connect.

Global nodes and native IPs

Nodes cover Hong Kong, Japan, Singapore, the US, Korea and major European regions, with native IP exits reserved for streaming to reduce region errors.

No-log policy and encrypted tunnel

Browsing history and DNS query content are not stored, and the transport layer uses modern encryption and obfuscation to reduce exposure on public Wi-Fi.

Smart split routing rules

Local sites stay direct while overseas services use the tunnel, so banking apps and Google or ChatGPT can run side by side on the same device.

Lossy-network and peak-hour tuning

Hysteria 2 keeps usable bandwidth on mobile links with high packet loss, and load balancing eases congestion during evening peaks.

Leak protection and kill switch

Encrypted DNS avoids local poisoning and hijacking, and the kill switch blocks plaintext traffic if the tunnel drops unexpectedly.

Low latency for games and voice

Forwarding paths are tuned for international game servers and voice meetings to reduce jitter and packet loss during long sessions.

Protocol choice: speed plus resilience

Different networks need different protocol combinations, so the client picks the better option based on current link quality.

01

VLESS Reality for detection resistance

Real TLS fingerprint camouflage lowers the chance of identification and keeps a usable path when network conditions tighten.

02

Hysteria 2 for weak links

QUIC-based congestion control performs better on lossy links, which shows clearly on mobile data and campus networks.

  • VLESS Reality / Vision
  • Hysteria 2 over QUIC
  • WireGuard-compatible option
  • TLS 1.3 encrypted transport
  • Multiple ports and backup entries

Route choice: quality beats quantity

Node counts are easy to inflate; return-route quality is what decides how the connection behaves at eight in the evening.

01

CN2 GIA / 9929 / CMI access

Premium return routes show noticeably lower packet loss when networks are congested, which is what HD video and video calls depend on.

02

Matched to the destination service

Streaming, AI and gaming ask different things of a route, so the client recommends by destination instead of always picking the fastest node.

  • CN2 GIA premium return
  • 9929 and CMI alternatives
  • IEPL private lines
  • Native IP streaming exits
  • Real-time node health checks
Use cases

Scenarios verified by daily use

A feature is only useful if it solves a concrete problem. These are the scenarios users mention most often.

Feature questions

Common questions about setup

Split routing rules, kill switch behaviour, router support and protocol choice.

Yes. The client ships with common rules and also accepts custom rules by domain or application, so an internal system can always stay on a direct connection.

It only triggers when the tunnel drops unexpectedly; disconnecting on purpose does not block traffic. You can enable or disable it freely in settings.

Some are. Devices running OpenWrt, Merlin or Padavan can usually be configured through plugins or compatible cores — support can share the exact steps.

Yes. The client selects automatically by default, and advanced users can fix both the protocol and the entry port in settings.

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