How to set up a proxy in v2rayN
v2rayN is a robust, free, and open-source proxy client for Windows, macOS, and Linux. It supports both TCP and UDP and protects all proxy traffic with Xray-core tunneling, one of the most secure traffic encryption protocols. Therefore, it can be used to bypass Internet censorship and handle the most complex proxy tasks, avoiding blocks and restrictions.
If you know what you need, don’t waste time, select the right CyberYozh proxy, and set up your most secure Xray tunnel right now. Better than VPN, only for ~$5/month.
🛡️ v2rayN overview
It’s worth exploring why v2rayN is a unique client. Unlike Proxifier and many other solutions, it’s fully free and open-source, hosted on GitHub. Its community is among the largest among proxy clients, so it’s quite easy to get support if you get stuck.
Moreover, it offers robust traffic encryption and setup features, allowing you to configure proxy rules for different apps, web sessions, IPs, and IP ranges, while your proxified traffic remains encrypted.
V2rayN is very dynamic. This makes the connection much more reliable and less frustrating than [alternatives].
Xray tunneling: Anti-DPI privacy protection
Xray-core is a next-generation proxy framework that wraps your traffic using protocols such as VLESS and XTLS, making it indistinguishable from regular HTTPS traffic. It is critical for bypassing internet censorship, defeating Deep Packet Inspection (DPI), and maintaining anonymity on platforms with strict traffic analysis.
What is DPI? Deep Packet Inspection (DPI) is a method used by ISPs, corporations, and governments to analyze and identify internet traffic: not just where it's going, but what kind of traffic it is. Xray-core defeats DPI by disguising proxy traffic as ordinary encrypted web browsing.
Read more about Xray-core and its anti-DPI potential, and learn why it’s essential to protect your traffic from corporate or government oversight.
Highly precise proxification rules
v2rayN allows you to define exactly which traffic goes through the proxy and which connects directly: from blanket system-level routing to surgical per-application rules. This makes it far more versatile than a traditional VPN.
Supported proxification approaches include:
System-wide proxy: route all device traffic through the proxy in one toggle
Per-application rules: assign specific apps (e.g., Chrome, Telegram) to use or bypass the proxy
Per-IP rules: route traffic to specific IP addresses through the proxy
Per-IP range (CIDR) rules: apply proxy rules to entire network ranges
Domain-based rules: proxy or bypass traffic based on destination domains
TUN mode: a virtual network adapter that captures all OS-level traffic, including UDP
PAC (Proxy Auto-Configuration): URL-based rule sets for selective browser proxying
For convenience, v2RayN also provides several predefined proxification rulesets for highly censored countries.
DNS settings and other configurations
v2rayN includes built-in DNS configuration options, letting you assign pre-defined DNS servers (such as 8.8.8.8 or 1.1.1.1) or route DNS queries through the proxy itself, preventing DNS leaks that could expose your real IP or trigger errors like DNS_PROBE_POSSIBLE.
The Settings panel also covers core type selection (Xray vs V2Ray), local SOCKS/HTTP listener ports, log levels, and TUN adapter options.
ℹ️ Read more about DNS leaks and other proxy issues in CyberYozh’s article and learn how to check and fix these issues in your work.
🖥️ Get a proxy for the v2rayN client
Choosing the right proxy type for your task is essential. The wrong type can result in blocks, CAPTCHA, or poor performance. CyberYozh offers four main proxy types, each with distinct sourcing, trust level, and pricing:
Proxy Type | Description | Typical Use Cases | Starting Price |
Real ISP-assigned IPs, indistinguishable from regular users | Account management, financial platforms, e-commerce, long sessions | Medium, ~$5/month | |
Pool of residential IPs with location targeting, auto-rotating | Bulk scraping, automation, ad verification, price monitoring | Per-usage, ~$1/GB | |
Real LTE/5G IPs from mobile operators, highest trust level | Social media management, mobile app testing, bypassing strict CAPTCHAs | Premium, ~$1.70/day | |
Corporate server IPs, very fast, lower platform trust | Technical audits, own-site crawling, whitelisted environments | Low, ~$2/month |
HTTP and SOCKS5 protocols must be distinguished, too. HTTP proxies handle only web TCP traffic, though generally at higher speeds. SOCKS5 supports both TCP and UDP (typical for gaming, video streaming, and VoIP) and is generally preferred in v2rayN proxy settings for its broader compatibility and remote DNS resolution.
🛠️ How to configure a proxy in v2rayN
When the right proxy is selected, you can start your setup. As v2rayN can be downloaded as a simple executable from GitHub, it won’t take more than 10-15 minutes.
Using a residential proxy with v2rayN is much more convenient, secure, and fast than most VPN setups with unprotected traffic and low-quality IPs. And it costs just about ~$5/month.
1. Get proxy credentials from CyberYozh
Sign up for CyberYozh and log in to your dashboard.
Navigate to My Proxies → purchase a residential, mobile, or datacenter proxy package.
Open your proxy package card → click Generate Credentials.
Copy your credentials in the format IP:PORT:LOGIN:PASS or download as .txt.
You will receive:
Host: your proxy IP address or hostname
Port: separate ports for HTTP and SOCKS5
Username / Password: authentication credentials
2. Download a v2RayN latest release
Visit the official v2rayN GitHub repository.
Scroll to Releases → click Latest.
Download the correct archive:
v2rayN Windows: download v2rayN-windows-64.zip for Windows
v2rayN Mac: download the macOS build (.dmg or .zip) for macOS
v2rayN Linux: download the latest Linux archive or .deb file.
Extract the archive → run v2rayN.exe (Windows) or open the .app bundle (macOS) or .deb file (Linux). The app will appear in your system tray.
After the first launch, go to Check Update inside the GUI to ensure you're on the latest version. Future updates can be applied directly from the interface.
Try using v2rayN. It will definitely bypass that.
— A Reddit user recommending v2rayN for avoiding network restrictions
3. Add a proxy credentials to v2RayN
This is the core step for configuring v2rayN proxy settings when connecting to another proxy (such as CyberYozh residential IPs):
In v2rayN's main window, click Configurations (top-left menu).
Select Add [SOCKS5] or Add [HTTP] depending on your proxy protocol.
In the configuration dialog, fill in:
Address: your proxy host/IP
Port: your proxy port
Username and Password: your CyberYozh credentials
Give the configuration a name (e.g., "CyberYozh US") → click OK.
Your new proxy node appears in the server list. Right-click it → Set as Active Configuration.
At the bottom of the main window, click System Proxy → Set system proxy to route all system traffic through it.
v2rayN connect to another proxy: If you want to chain proxies or route v2rayN traffic through an external HTTP/SOCKS5 proxy (such as a CyberYozh residential IP), use the SOCKS5/HTTP configuration type rather than VLESS/VMess. This is the correct setup for proxy services with login/password authentication.
4. Configure DNS to avoid leaks and errors
Go to Settings → Core Settings (Ctrl+O).
Under DNS Settings, set a trusted DNS server such as 8.8.8.8 (Google) or 1.1.1.1 (Cloudflare).
Enable "Remote DNS" to route DNS queries through the proxy rather than your local ISP, which prevents DNS_PROBE_POSSIBLE errors and DNS leaks.
Optionally enable DNS Tunneling if operating in a highly restricted network environment.
Verify no DNS leak is active by visiting BrowserLeaks. All DNS requests should resolve through your proxy IP address, not your ISP's.
5. Check your connection and network speed
After activating your proxy configuration and setting the system proxy, open a browser.
Visit WhatIsMyIP or BrowserLeaks: your displayed IP should match your CyberYozh proxy IP, not your real address. Also, don’t forget to check its quality using IP Checker.
In v2rayN, right-click your active node → Test real delay to test latency. VLESS/Xray nodes with residential proxies typically deliver strong throughput.
If connections drop or the proxy fails to connect, try:
Right-clicking the tray icon → Restart service
Switching System Proxy mode between Set system proxy and Clear system proxy, then re-enabling
Checking that no other proxy software (e.g., browser-level proxy settings) overrides v2rayN
🌐 Conclusion: A proxy client that protects your traffic
v2rayN combines the best of both worlds: the traffic protection and anti-DPI capabilities of Xray-core with the simplicity of a free, open-source GUI client available for Windows and macOS.
Paired with CyberYozh's affordable residential proxies at ~$5/month, it delivers a VPN-grade secure, encrypted, and high-trust connection, without the limitations and opacity of traditional VPN services.
FAQ about proxy setup in v2rayN
1. What is v2rayN and what is it used for?
v2rayN is a free, open-source GUI proxy client for Windows, macOS, and Linux distributions that uses Xray/V2Ray cores. It's used to route internet traffic through proxy servers, bypass censorship, and protect traffic from DPI analysis.
2. Where can I download v2rayN?
Download the latest release from the official v2rayN GitHub repository under the Releases section. Always use the official repository to avoid tampered builds.
3. Does v2rayN work on macOS?
Yes. v2rayN supports macOS alongside Windows and Linux. Download the macOS-compatible build from the GitHub releases page and open it like any standard macOS application.
4. How do I connect v2rayN to another proxy (like an HTTP/SOCKS5 proxy)?
In v2rayN, go to Configurations → Add [SOCKS5] or Add [HTTP], enter your proxy IP, port, username, and password, then set it as active and enable System Proxy. This is the standard method to use commercial proxies like CyberYozh.
5. What is the difference between HTTP and SOCKS5 in v2rayN proxy settings?
HTTP proxies handle web traffic only. SOCKS5 supports all TCP/UDP traffic, authentication, and remote DNS resolution — making it more versatile and private. SOCKS5 is the recommended choice for v2rayN in most use cases.
6. How do I prevent DNS leaks in v2rayN?
In Core Settings, set a remote DNS server (e.g., 8.8.8.8) and enable remote DNS resolution so all DNS queries route through the proxy. Verify with BrowserLeaks DNS tool after setup.
7. Can v2rayN route only specific apps through the proxy?
Yes. v2rayN supports per-application routing rules. You can assign specific apps to use the proxy while letting others connect directly, or enable TUN mode for full system-level routing.
8. Is v2rayN safe to use?
v2rayN is open-source and auditable on GitHub. Its safety depends on the proxy or server you connect to, not v2rayN itself. Always use trusted providers like CyberYozh and verify your IP after connection.
9. What should I do if v2rayN is not changing my IP?
Ensure the correct server is set as active (bolded in the list), that System Proxy is set to Set system proxy (not Direct), and that your browser isn't using its own proxy settings that override the system proxy.
10. How do I update v2rayN?
Open v2rayN and click Check Update in the main interface. It will automatically detect and apply the latest release without requiring a manual GitHub download.
11. What proxy type works best with v2rayN for anonymous browsing?
Static residential proxies are the best choice for secure, anonymous browsing: they are indistinguishable from real ISP users, cost ~$5/month at CyberYozh, and deliver consistent performance ideal for long-running sessions.
12. Can v2rayN+CyberYozh be used as a VPN replacement?
Effectively yes. With TUN mode enabled and a high-quality residential proxy from CyberYozh, v2rayN encrypts and routes all device traffic, offering VPN-level privacy and usually better speeds and trust scores than commercial VPNs.