What is a hybrid device? A hybrid device is one that performs the function of more than one hardware component. This is one of the biggest advantages of hybrid devices. One such example is a Microsoft Surface.
Microsoft’s new and exciting hybrid device, the Microsoft Surface, includes two main components: a stylus pen and a Windows operating system. The pen includes a built-in Windows key logger, also known as a Windows Key Containment Device or WKCD. This device acts as a password protector for your Windows operating system. The WKCD is invisible to anyone else and only you have access to it – including using it to log into your Windows computer.
However, a WKCD isn’t the only way to protect your privacy while using your Windows computer. There are other software programs called “hybrid devices” or “hybrid access networks.” These are software programs that combine the security of a dedicated access network with the ease of a touch screen. In other words, they allow you to use your Windows computer without giving up the convenience of a stylus. There are several popular examples of such software programs which include SuSe VPN (also referred to as Server VPN), Comodo Firewall, and ParetoLogic Free Computing Network.
Microsoft has taken advantage of the hybrid topology in order to give their users an even greater experience. By using the same WKCD for multiple functions, the user is able to manage their access networks and their passwords at the same time. Here are some of the ways that hybrid topology can benefit you:
Managing your access networks has never been easier thanks to hybrid topology. You no longer need to memorize several codes or store passwords in various locations. With this topology, your data centers will be able to serve as one big data center. This means that you’ll be able to save money on cooling costs and power since everything will be located in one location. More importantly, you will have the luxury of managing all of your computers from one location.
Another example of hybrid computer architecture is the bus topology. In order to understand bus topology, it is important to understand how a typical PC is built. When a processor, memory, hard drive, video card, and USB controller are all put together in the same single enclosure, you have a single computer network. As an example, the Ethernet card in your laptop is connected to the PC via a bus topology (a thin optical cable) rather than through a PCI bridge (an expensive method of connection).
Finally, the last example of hybrid computer network topology is tree topology. Unlike the previous examples, tree topology involves connecting multiple processors to a single keyboard and monitor. However, unlike the previous two examples, this type of hybrid networking architecture requires an active converter (i.e. a NIC card). In other words, this type of architecture is more complex since it requires active components to be able to communicate with each other.
Hopefully, this article has given you the answers to the question, what is a hybrid device? Many companies have discovered that hybrid devices are ideal for securing sensitive information in the modern age. Microsoft has implemented a technology called Windows Embedded Security Key (WESK) into their Windows 7 operating system which enables network administrators to use smart cards to log onto a system and create a unique identity.
When the administrator logs off, so do the keys that are on the microchip embedded in the card. These keys cannot be copied or duplicated, which makes them nearly impossible to steal or hack.
