About M1VPN

Why M1VPN offers the best protection when torrenting, rather than simply relying on your torrent client.


What is a VPN & How it Works?

VPN, or virtual private network, is a secure tunnel between two or more devices.

VPNs are used to protect private web traffic from snooping, interference, and censorship.


What drove us to creating our M1VPN Services

While some torrent clients offer different encryption setup options, these will not protect you. This is because media companies run networks of monitoring nodes, which are able to join torrent swarms and collect IP addresses and connection data of the infringing parties.

If your torrent client connects with one of these nodes and you are not using a VPN, your identity could easily be compromised.

Media companies are increasingly monitoring torrent traffic and collecting IP addresses from torrent swarms. Depending on where you live, you may receive copyright violation notices from your internet provider, or perhaps from a law firm that is demanding immediate payment for damages – oftentimes thousands of dollars – on behalf of the copyright holder.

Say goodbye to receiving a Letter or Notification from your ISP with M1VPN

Our M1VPN Servers are using Open Source VPN Software to run our VPN at great speeds to our clients Encrypted.
Backed with Networking Experience and Top of the Line Server Hardware, M1VPN aims to provide a Secure & Easy to use VPN Service.
M1VPN can be used on Windows 10 without the need for a VPN Client.
You can also use Softether’s Free VPN Client! which makes using the VPN even simpler. (Recommended)

Secure up to 2 different devices at the same time!
M1VPN is super easy to set up and use on Windows, macOS. (Android and iOS COMING SOON)


M1VPN Server Specifications 

  • VPN Servers are 8 Core, and Quad Core Intel Machines.
  • Intel Quad Core Server 2.4GHZ w 8GB Ram Dedicated to the VPN Server
  • 1 Million Packets Per Second Routing /LAN / Internet / Private Network
  • 25MBPS to 1GBPS UP/DL Via VPN (Speeds May Vary Depending on Client Connection / Location)
  • Fiber Optic Network with Business Class IPs
  • Softether VPN Server
  • Windows Azure Cloud Service
  • VPN Remote Internet Access
  • VPN Gaming Support
  • VPN Streaming Support
  • LAN to LAN Gaming Support
  • Free Open Source VPN Client provided by Softether VPN
  • QOSVPN -Quality of Service VPN
  • Windows & Linux OS for VPN Servers on Private Cloud

 


Basic Capabilities of M1VPN

Maximum Concurrent VPN Sessions

  • 4,096 Sessions

Maximum Virtual Hubs

  • 4,096 Virtual Hubs

Maximum Objects in a Virtual Hub

SecureNAT Function

High Availability and Clustering

Security Features

VPN Protocols Supported by VPN Server

VPN Protocol Specification

  • Supported Payload Protocols: Any Protocols in Ethernet
  • Upper Underlying Protocol: SSL (Secure Socket Layer) 3.0 / TLS (Transport Layer Security) 1.0
  • Lower Underlying Protocol: TCP/IP and UDP/IP Hybrid (on IPv4 and IPv6)
  • Ciphers:
    RC4-MD5, RC4-SHA, AES128-SHA, AES256-SHA, DES-CBC-SHA and DES-CBC3-SHA
  • Data Compression: zlib
  • Session-key: 128bit
  • Based Standards: Extended HTTPS over SSL Protocol (RFC2818, RFC 5246)
  • WAN Optimization: 1-32 Parallel TCP Connection to Construct a Logical VPN Session
  • Persistent Link: Infinite Auto-reconnect Function
  • Proxy Support: HTTP Proxy Server and SOCKS Proxy Server
  • TCP Ports: 443, 992 and 5555 is Listening by Default.
    You can add/delete listening TCP ports.
  • Behind NAT Solution:
    NAT-Traversal Function is enabled by default. No need to open any TCP/UDP ports on the NAT for accepting VPN connections which are initiated from Internet-side.
  • Anti-restricted Firewall Solution:
    VPN over ICMP (Encapsulate all Ethernet packets over ICMP packets)
    VPN over DNS (Encapsulate all Ethernet packets over DNS packets)
  • User-authentication:
    – Anonymous
    – Standard Password Authentication
    – Password Authentication for RADIUS
    – Password Authentication for NT Domain and Active Directory
    – X.509 RSA PKI Certification Authentication (Key file on Disk)
    – X.509 RSA PKI Certification Authentication (PKCS#11 Smart-cards or USB Tokens)
  • VPN Encapsulation Payload:
    Ethernet (IEEE802.3) Frames (Up to 1,514bytes or 1,518bytes for IEEE802.1Q VLAN Tags)
  • Supported VPN Clients: SoftEther VPN Client
  • Supported Client OS: Windows and Linux
  • Supported VPN Topologies: Remote-access VPNSite-to-Site VPN (L2-Bridging) and Site-to-Site VPN (L3-Routing)

L2TP/IPsec Sever Function Specifications on VPN Server

  • User-authentication Methods: PAP and MS-CHAPv2
  • NAT-Traversal: RFC3947 IPsec over UDP Encapsulation
  • Transport UDP Ports:
    UDP 500 and 4500
    (Allow both ports on the firewall. Add UDP port forwarding for both 500 & 4500 on the NAT.)
  • Supported Ciphers:
    DES-CBC, 3DES-CBC, AES-CBC
  • Supported Hashes:
    MD5 and SHA-1
  • Supported Diffie-Hellman Groups:
    MODP 768 (Group 1), MODP 1024 (Group 2) and MODP 1536 (Group 5)
  • Compatible VPN Clients: Built-in VPN Clients on WindowsMaciOS and Android
  • Compatible Client OS: WindowsMaciOSAndroid and other L2TP-supported VPN Client OS
  • Supported VPN Topologies: Remote-access VPN

OpenVPN Server Function Specifications on VPN Server

  • OpenVPN Clone Function for Compatibility with OpenVPN Technologies, Inc.’s implementation.
  • Default Ports:
    TCP 443, 992 and 5555
    UDP: 1194
  • Supported Ciphers:
    AES-128-CBC, AES-192-CBC, AES-256-CBC, BF-CBC, CAST-CBC, CAST5-CBC, DES-CBC, DES-EDE-CBC, DES-EDE3-CBC, DESX-CBC, RC2-40-CBC, RC2-64-CBC and RC2-CBC
  • Supported Hashes:
    SHA, SHA1, MD5, MD4 and RMD160
  • Operational Mode: L2 (Bridging) and L3 (Routing)
  • Compatible VPN Clients: OpenVPN for PC (Windows, Mac, Linux) and OpenVPN Connect by OpenVPN Technologies, Inc.
  • Compatible Client OS: WindowsLinuxMaciOS and Android
  • Supported VPN Topologies: Remote-access VPN, Site-to-Site VPN (L2-Bridging) and Site-to-Site VPN (L3-Routing)

SSTP Server Function Specifications on VPN Server

  • Clone Function for SSTP-VPN Server of Microsoft’s Windows Server 2008 R2 / 2012.
  • User-authentication Methods: PAP and MS-CHAPv2
  • Supported Ciphers and Hashes on TLS:
    RC4-MD5, RC4-SHA, AES128-SHA, AES256-SHA, DES-CBC-SHA and DES-CBC3-SHA
  • Compatible VPN Clients: Built-in VPN Clients on Windows Vista, 7, 8, RT
  • Compatible Client OS: Windows Vista, 7, 8, RT, Server 2008, Server 2008 R2, Server 2012
  • Supported VPN Topologies: Remote-access VPN

L2TPv3 Server Function Specifications on VPN Server

  • Clone Function for Cisco’s L2TPv3 Site-to-Site VPN Server
  • NAT-Traversal: RFC3947 IPsec over UDP Encapsulation
  • Transport UDP Ports:
    UDP 500 and 4500
    (Allow both ports on the firewall. Add UDP port forwarding for both 500 & 4500 on the NAT.)
  • Supported Ciphers:
    DES-CBC, 3DES-CBC, AES-CBC
  • Supported Hashes:
    MD5 and SHA-1
  • Supported Diffie-Hellman Groups:
    MODP 768 (Group 1), MODP 1024 (Group 2) and MODP 1536 (Group 5)
  • Supported VPN Topologies: Site-to-Site VPN (L2-Bridging)
  • Compatible VPN Clients: Cisco IOS’s L2TPv3 VPN Client
  • Compatible Client OS: Cisco IOS or other compatible O

EtherIP Server Function Specifications on VPN Server

  • NAT-Traversal: RFC3947 IPsec over UDP Encapsulation
  • Supported Ciphers:
    DES-CBC, 3DES-CBC, AES-CBC
  • Transport UDP Ports:
    UDP 500 and 4500
    (Allow both ports on the firewall. Add UDP port forwarding for both 500 & 4500 on the NAT.)
  • Supported Hashes:
    MD5 and SHA-1
  • Supported Diffie-Hellman Groups:
    MODP 768 (Group 1), MODP 1024 (Group 2) and MODP 1536 (Group 5)
  • Supported VPN Topologies: Site-to-Site VPN (L2-Bridging)
  • Compatible VPN Clients: EtherIP VPN Client
  • Compatible Client OS: EtherIP compatible OS

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