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Best WireGuard VPN

I. Introduction

A Virtual Private Network (VPN) has become an essential tool for internet users who care about their privacy and security. By creating an encrypted tunnel between your device and a remote server, a VPN allows you to browse the web, use public Wi-Fi, and access restricted content anonymously.

However, not all VPNs are created equal. The protocol a VPN service uses has a significant impact on speed, security, and reliability. Therefore, it’s important to understand the key differences between protocols to choose the best one for your needs.

In recent years, WireGuard has emerged as a next-generation VPN protocol that offers a unique combination of speed, security, and ease of use. Its minimal and innovative codebase solves many of the downsides of older VPN protocols like OpenVPN.

This article will provide an in-depth comparison of major VPN protocols with a focus on WireGuard. You’ll learn about the advantages of WireGuard and how to leverage them for secure and fast connectivity. By the end, you’ll have the knowledge to choose the best WireGuard VPN for your specific use case.

II. Comparison of VPN Protocols

There are a handful of common protocols used by consumer VPN services today, with the most popular being OpenVPN, IKEv2/IPSec, WireGuard, and proxies like Shadowsocks. Let’s analyze the key capabilities of each.


OpenVPN is an open-source VPN protocol that utilizes OpenSSL encryption to create secure tunnels. It can operate over both TCP and UDP transport layers, offering reliability, speed, and multifunctionality.

  • Description: OpenVPN allows setting up VPN connections between individual devices or entire networks. It uses certificates or pre-shared keys for authentication.
  • Reliability and multifunctionality: By running over TCP or UDP ports, OpenVPN provides reliable connectivity while supporting many VPN configurations.
  • Security features: OpenVPN offers strong 256-bit AES encryption by leveraging OpenSSL. Security can be enhanced via features like TLS auth, cipher negotiation, and more.

Despite its capabilities, OpenVPN has some downsides stemming from its older codebase like tunnel overhead, slower speeds, and clunky configuration.


WireGuard is a revolutionary VPN protocol that utilizes modern cryptography and coded from scratch to outperform legacy protocols.

  • Description: WireGuard relies on state-of-the-art cryptography like Curve25519 for key exchange and ChaCha20 for encryption. It uses UDP for transport layer.
  • Speed and efficiency: WireGuard’s lightweight code and minimalist design allow it to offer significantly faster speeds than other protocols.
  • Minimalism and transparency: Unlike legacy protocols, WireGuard lean code can be easily audited for vulnerabilities, enhancing transparency.
  • Security and performance: With its use of latest cryptography and security practices, WireGuard can offer robust encryption without compromising speed.

Overall, WireGuard sets a new benchmark for security, performance and ease-of-use in VPN protocols. Its cryptographic details, workings, and code have been publicly documented and audited. WireGuard utilizes industry standards and rejects outdated cryptography and design principles followed by older protocols.

Outline (Shadowsocks)

Services like Outline by Alphabet leverage proxies based on the Shadowsocks protocol rather than typical VPN tunneling.

  • Description: Outline uses Shadowsocks proxies to reroute device traffic through remote servers with SOCKS5 encryption.
  • Use of socks5-proxy technology: Instead of full VPN tunneling, Outline uses SOCKS5 proxies that are very fast but less secure than VPN encryption.
  • Minimal device load and performance: By minimizing client-side computations, Shadowsocks provides enough security with significant speed boost and less battery usage.
  • Comparison with other protocols: Shadowsocks proxies prioritize usability and quick speeds over the strong site-to-site encryption of VPN protocols like OpenVPN or WireGuard.

While great for bypassing geo-blocks and basic privacy needs, Shadowsocks still exposes metadata like your IP address, limiting protection against surveillance or targeted monitoring.

III. Deployment and Configuration

Now that we have compared the capabilities of major VPN protocols, let’s go through the steps of deploying and configuring WireGuard and Outline (Shadowsocks) VPN for common use cases.

Deployment of WireGuard VPN

As an innovative new protocol, deploying WireGuard is simpler than legacy VPNs thanks to its lightweight code and design.

  • Steps to deploy WireGuard:

    1. Install WireGuard app on devices e.g. WindowsiOS/AndroidMac
    2. Generate public/private key pairs
    3. Configure WireGuard server
    4. Add client’s public key to server
    5. Copy server config to client
    6. Activate WireGuard tunnel
  • Use cases and advantages:

    • Remote access to companies, servers, and internal resources with robust encryption
    • Secure communications between offices via site-to-site links
    • Client-server VPN services from providers like Mullvad

With its fast yet secure tunnels, deploying WireGuard either on-premise or via VPN provider gives both speed and strong protections for traffic.

Deployment of Outline VPN

Shadowsocks is commonly offered as the “Outline” VPN tool and deployment uses a simple client-server architecture.

  • Steps to deploy Outline:

    1. Install Outline client for your device OS
    2. Purchase a subscription for Outline access keys
    3. Enter access keys into Outline client
    4. Start and connect the Outline VPN proxy
  • Integration with ISP manager:

    Some ISP router firmware like Asus Merlin support importing “.ovpn” proxy files from Outline for router-wide deployment.

  • Comparison with other protocols:

    • Outline relies on proxy rerouting rather than VPN tunneling for traffic shifting
    • Very fast connection speeds but less secure than WireGuard or OpenVPN encryption
    • Easy to setup and use while bypassing geographic restrictions well

In summary, Outline’s Shadowsocks proxy offers great speeds but skips site-to-site encryption in favor of usability and bypassing censorship or geo-blocks.

IV. Conclusion

After reviewing the landscape of VPN protocols and walking through real-world deployment examples, we can recommend WireGuard as the current best VPN solution.

The major points in favor of WireGuard are:

  • Leverages latest cryptography and security principles for robust encryption
  • Minimal and audited codebase that provides both security and blinding speeds
  • Simple deployment on desktop/mobile apps and integration into networks
  • Available from top VPN providers due to increasing popularity

Outline Shadowsocks helps bypass geographic blocks rapidly but lacks comprehensive traffic encryption of VPN tunneling protocols. OpenVPN offers reliability but can be slow and clunky for modern internet connections.

Based on these pros and cons between protocols, WireGuard stands out as the best VPN option today for these use cases:

  • Remote employee access to corporate networks and resources
  • Secure site-to-site connectivity between branch offices
  • Fast and safe browsing traffic privacy from VPN service providers

With on-going development and increasing adoption, WireGuard brings a modern blend of security, speed and accessibility that outpaces dated legacy VPN protocols. Both individuals and organizations can harness its capabilities for all their VPN needs going forward.