Which Of The Following Is Not Considered A Remote Access Technology?

Remote Access Networks are typically enabled through Virtual Private Networks (VPN) or Remote Desktop Protocol (RDP). VPNs create a secure and encrypted connection to the organization's internal network, allowing remote users to access resources as if they were physically present in the office.

A number of common remote links to an internal network now make it easy for people in other places to get to resources. Virtual private networks (VPNs) are a well-known example. They make a safe tunnel across the internet that lets users join the company network from afar as if they were there in person. This protection keeps data private and stops people who aren't supposed to see it from getting to it.

Remote Desktop Protocols (RDP) are another important way to connect to a computer and handle it from afar. RDP lets people handle a computer that is in a different place by sending screen images and keyboard input from one device to another. On the private network, users can now get to files and apps.

Cloud-based tools also make it much easier to talk to people far away. VDI platforms use cloud resources to give users virtual desktop environments that let them connect to business networks and access data from anywhere with an internet connection.

Safe Shell (SSH) is a popular way to communicate safely over networks that you don't trust because it can set up secured connections for tasks like remote login and command execution. It is a safe way to connect to internal networks from outside the company because it protects the data sent between the client and server.

LANs, or Local Area Networks, are a great example of a type of technology that only works locally and sometimes for online access. LANs link devices that are in the same place, like a home, office, or school. In this small area, they make it easy for PCs, printers, and servers to share resources, talk to each other, and quickly transfer data. Technologies like Ethernet and Wi-Fi are often used to build the design of local area networks (LANs).

Nearby and local connections are more important to local area networks (LANs) than remote access technologies, which let users connect to resources or systems from afar. When two devices are connected to the same local area network (LAN), they can talk to each other without using the internet or other wide-area networks. LANs are reliable and useful for communicating within a small area, but they aren't meant to connect people over long distances without other technologies.

LANs' main job is to make it easy for people in the same area to talk to each other and share resources. LANs are an important part of networking that makes things run more easily in homes and businesses. They can only work in their local area, though, unlike remote access technologies that can be used across national borders. It is very important to know the difference between these two types of computing environments so that you can build and run networks that work well in both types.

Remote Authentication Dial In User Service (RADIUS) is an Internet standard protocol that provides centralized authentication, accounting and IP management services for remote access users in a distributed dial-up network.

The Remote Authentication Dial-In User Service (RADIUS) protocol is widely used and has all the features needed for safe and effective remote access. Centralized authentication is an important part that lets network managers control who can access what from a single server. This makes it easier for administrators to keep an eye on all the entry points by ensuring a single, standardized way to log in.

RADIUS also supports centralized authorization, which lets administrators set and manage access rules from a single place. This keeps users' entry levels in line with what they need to do in their jobs. With attributes, the protocol lets you set connection features like speed limits, services that are allowed, and the longest time a session can last.

By tracking and logging user behavior, RADIUS adds to the accounting tools that are already available. This means keeping an eye on how much data is used, how long connections last, and other important details. The full accounting features help with budgeting, fixing problems, and managing networks.

The protection that RADIUS offers is another important thing to think about. With this protocol, strong verification methods like PAP (Password verification Protocol) and CHAP (Challenge-Handshake Authentication Protocol) can be used, which makes remote access connections safer overall. Secure transfer protocols, like transfer Layer Security (TLS), can also be used with RADIUS. These protocols encrypt extra data as it moves from the client to the RADIUS server.

Remote access servers can be configured as RADIUS clients. What features does RADIUS provide for remote access connections? The user permission necessary for VPN remote access can be granted in the properties of a user account or remote access policy.

Not true. Remote Access Servers (RAS) and RADIUS (Remote Authentication Dial-In User Service) servers are used for different things when talking over a network. Centralizing permission, authentication, and accounting for network access is what a RADIUS server does. This is often done in conjunction with remote user authentication. A Remote Access Server, or RAS, on the other hand, lets people who are not on the same network use its tools.

RADIUS clients are computers or other devices that send requests for authentication to a RADIUS server. A Remote Access Server, on the other hand, needs to be set up to work as a RADIUS client. A RAS, on the other hand, talks to the RADIUS server. It sends authentication requests to the RADIUS server on behalf of a user who wants to join a network through it. This makes the RAS a client. After these requests are processed, and the user is confirmed, the RADIUS server sends the authorization data back to the RAS. This data is then used to either allow or refuse access.