A lot has happened in the world of remote work and web support in recent years. Thanks to increasing digitization and the rapid development of technologies, remote connections have become an important part of everyday work. There are various protocols that can be used to create a secure connection between a remote device and an end user.
One possibility is RDP (Remote Desktop Protocol), which has been in use for many years. However, other protocols such as VNC (Virtual Network Computing), SSH (Secure Shell), Telnet and Kubernetes are also becoming increasingly important. At WebConnect we rely on the support of all these protocols in order to offer our customers the best possible solution for the respective application.
A major advantage of the browser-based remote connection is that no additional software needs to be installed on the end user’s computer. Instead, the connection can be established simply via the web browser. This means less effort for daily work and a faster and easier solution for the end user.
High security with SSL encryption
In addition, browser-based remote connections offer a high level of security. Because the connection is encrypted and data is transmitted via secure channels. In this way, sensitive data can be protected.
At WebConnect, we attach great importance to the security of our remote connections. That is why we offer our customers encrypted direct transmission between the devices without third-party servers on the way and rely on modern security standards. We want to make sure that your data is protected and that you can rely on a reliable connection.
Currently 7 protocols for remote work at WebConnect
In summary, browser-based remote connections offer a flexible and secure way for everyday work. At WebConnect we rely on the support of various protocols such as RDP, VNC, SSH, Telnet and Kubernetes in order to offer our customers the best possible solution. Try it out and let our product convince you!
Remote Desktop Protocol (RDP)
The Remote Desktop Protocol (RDP) is a proprietary network protocol developed by Microsoft and included in Windows operating systems. It allows remote control of a computer over the network by allowing the transfer of screen, audio, and input data between the remote computer and the local computer. RDP is commonly used by IT administrators, helpdesk technicians, and remote workers to access and manage remote computers. It offers a secure connection by encrypting data transfer and supports various features such as file transfer and printer sharing.
Virtual Network Computing (VNC)
Virtual Network Computing (VNC) is a cross-platform network protocol that enables graphical desktop remote control. It was originally developed by AT&T and is now available as open source software. VNC works by transferring the screen data, keystrokes and mouse movements from the remote computer to the local computer and vice versa. It allows remote control of computers regardless of the operating system and supports various functions such as file transfer and chat. VNC is less secure compared to RDP as it does not offer encryption by default, however encryption can be added through additional software.
Secure Shell (SSH)
The Secure Shell (SSH) is a network protocol that establishes a secure connection between a local and a remote computer. SSH is widely used to remotely control servers and securely transfer data. It offers an encrypted connection to protect the transmission of user credentials, passwords and other sensitive information. SSH allows executing commands on the remote computer and transferring files over the encrypted connection. It is a cross-platform protocol and can be used on Windows, Linux and other operating systems.
Telnet
The Telnet protocol is a network protocol used to remotely control computers over the Internet or a local area network. It allows connecting to a remote computer and entering commands through a text-based interface. Developed in the 1960s, Telnet is now largely obsolete as it lacks encryption or security features. However, it can still be used for specialized purposes such as troubleshooting or configuring network devices. However, for security reasons, it is recommended to use SSH instead.
Kubernetes
Kubernetes is not a protocol but an open source container orchestration system. Developed by Google, it is used to manage container clusters and deploy applications in the cloud or on-premises data centers. Kubernetes provides capabilities for automated scaling, load balancing, and troubleshooting of containerized applications. It is based on an API and uses different protocols like HTTP, HTTPS and TCP to communicate between the different components of the system. Kubernetes supports a variety of container technologies like Docker and can run on different cloud platforms like AWS, Microsoft Azure and Google Cloud.
AirPlay (im Beta-Test)
AirPlay is Apple’s proprietary network protocol that enables wireless transmission of audio, video and image data between Apple devices such as the iPhone, iPad, Mac and Apple TV. It is based on the standard “Bonjour” protocol and uses the wireless network Wi-Fi to connect the devices. AirPlay allows content to be played from one device to another, so music can be streamed from an iPhone to an Apple TV, for example. It also supports screen mirroring from one device to another, which is useful for showing presentations or sharing content on a larger screen. AirPlay is a convenient way to integrate Apple devices and extend their capabilities.
PlayStation 5 (PS5) (im Beta-Test)
There is no specific protocol assigned to the PlayStation 5 (PS5). However, the PS5 uses various network protocols such as TCP/IP, HTTP/HTTPS and UPnP to connect to other devices and the internet. These protocols enable data exchange, network communication, and remote access to the console over the Internet. The PS5 can be connected to a network via a wired or wireless connection to play online games, download downloadable content, or communicate with other players.
