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SSH refers both to the cryptographic network protocol and to the suite of utilities that implement that protocol. SSH uses the client-server model, connecting a secure shell client application, the end at which the session is displayed, with an SSH server, the end at which the session runs.
A virtual private network (VPN) extends a private network across a public network, and enables users to send and receive data across shared or public networks as if their computing devices were directly connected to the private network. Applications running on a computing device, e.g., a laptop, desktop, smartphone, across a VPN may therefore benefit from the functionality, security, and management of the private network.
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SSH, also known as Secure Shell or Secure Socket Shell, is a network protocol that gives users, particularly system administrators, a secure way to access a computer over an unsecured network. SSH also refers to the suite of utilities that implement the SSH protocol. Secure Shell provides strong authentication and encrypted data communications between two computers connecting over an open network such as the internet. SSH is widely used by network administrators for managing systems and applications remotely, allowing them to log into another computer over a network, execute commands and move files from one computer to another. SSH refers both to the cryptographic network protocol and to the suite of utilities that implement that protocol. SSH uses the client-server model, connecting a secure shell client application, the end at which the session is displayed, with an SSH server, the end at which the session runs. SSH implementations often include support for application protocols used for terminal emulation or file transfers. SSH can also be used to create secure tunnels for other application protocols, for example, to securely run X Window System graphical sessions remotely. An SSH server, by default, listens on the standard Transmission Control Protocol (TCP) port 22.
A Virtual Private Network is a connection method used to add security and privacy to private and public networks, like WiFi Hotspots and the Internet. Virtual Private Networks are most often used by corporations to protect sensitive data. However, using a personal VPN is increasingly becoming more popular as more interactions that were previously face-to-face transition to the Internet. Privacy is increased with a Virtual Private Network because the user's initial IP address is replaced with one from the Virtual Private Network provider. Subscribers can obtain an IP address from any gateway city the VPN service provides. For instance, you may live in San Francisco, but with a Virtual Private Network, you can appear to live in Amsterdam, New York, or any number of gateway cities.
SSL certificates create an encrypted connection and establish trust. One of the most important components of online business is creating a trusted environment where potential customers feel confident in making purchases. SSL certificates create a foundation of trust by establishing a secure connection. To assure visitors their connection is secure, browsers provide special visual cues that we call EV indicators -- anything from a green padlock to branded URL bar.SSL certificates have a key pair: a public and a private key. These keys work together to establish an encrypted connection. The certificate also contains what is called the “subject,” which is the identity of the certificate/website owner. To get a certificate, you must create a Certificate Signing Request (CSR) on your server. This process creates a private key and public key on your server. The CSR data file that you send to the SSL Certificate issuer (called a Certificate Authority or CA) contains the public key. The CA uses the CSR data file to create a data structure to match your private key without compromising the key itself. The CA never sees the private key. Once you receive the SSL certificate, you install it on your server. You also install an intermediate certificate that establishes the credibility of your SSL Certificate by tying it to your CA’s root certificate. The instructions for installing and testing your certificate will be different depending on your server.
VPN or Virtual Private Network
Here’s how a VPN works for you, the user. You start the VPN client (software) from your VPN service. This software encrypts your data, even before your Internet Service Provider or the coffee shop WiFi provider sees it. The data then goes to the VPN, and from the VPN server to your online destination — anything from your bank website to a video sharing website to a search engine. The online destination sees your data as coming from the VPN server and its location, and not from your computer and your location.
With VPNWhen you use a VPN service, your data is encrypted (because you’re using their app), goes in encrypted form to your ISP then to the VPN server. The VPN server is the third party that connects to the web on your behalf. The destination site sees the VPN server as the traffic origin, not you. No one can (easily) identify you or your computer as the source of the data, nor what you’re doing (what websites you’re visiting, what data you’re transferring, etc.). Your data is encrypted, so even if someone does look at what you’re sending, they only see encrypted information and not raw data. As you would imagine, such a scenario is much safer than connecting to the web the traditional way
What is an SSL
The SSL and TLS protocols run at the layer below application protocols such as HTTP, SMTP and NNTP and above the TCP transport protocol layer, which is also part of the TCP / IP protocol. As long as SSL and TLS can add security to any protocol that uses TCP, they are most often found in HTTPS access methods. HTTPS provides web-page security for applications such as Electronic commerce. The SSL and TLS protocol uses public-key cryptography and public key certificates to ensure the identity of the intended party. In line with the increasing number of clients and servers that can support TLS or SSL naturally, and some still do not support. In this case, the user from the server or client can use standalone-SSL products such as Stunnel to provide SSL encryption. TLS has a number of security measurements: Protection against protocol downgrades to previous versions. The use of message digest is equipped with a key, so that only the key holder can see the message authentication code (MAC). SSL 3.0 which is the development of SSL 2.0 by adding a SHA-1-based cipher and support for certificate authentication. This protocol provides final authentication and privacy of communications on the Internet using cryptography. In general usage, only the authenticated server (in this case, has a clear identity) as long as the client side remains unauthenticated. Authentication from both sides (mutual authentication) requires the spread of PKI on its clients. This protocol allows applications from the client or server to communicate with designed to prevent eavesdropping, [[tampering]] and message forgery. Both TLS and SSL involve a number of basic steps: Negotiate with client or server end for algorithm support. Public key, encryption-based-key, and certificate-based authentication Symmetric-cipher-based traffic encryption