- Block all communications with selected IP and IP ranges with ease
- Last updated on 01/16/14
- There have been 0 updates within the past 6 months
- The current version has 0 flags on VirusTotal
Computers that are paired in a p eer-to-peer network run the same networking protocols and software. As there are different networks available to be deployed across devices, we list the best p eer-to-peer networks to go for. Peer-to-peer Software Informer. Featured Peer-to-peer free downloads and reviews. Latest updates on everything Peer-to-peer Software related.
PeerBlock is an advanced IP blocking utility. In plain words, it lets you control how your PC interacts with other computers over the Internet, letting you block servers and sites known to be troublesome or even dangerous. It lets you choose what to block, and you can also import or create your own lists. PeerBlock is open source freeware maintained by the PeerBlock project.
When you first run PeerBlock, a wizard helps you set up its options, though you can change them later. These include what you want to block; by default, PeerBlock blocks anti-P2P organizations, ads, spyware, and educational institutions and universities. There's also a checkbox labeled Always Allow HTTP. This option always enables connections over ports 80 and 443 of your PC, even if they're on your blocklist. These two ports are usually for Web browsing, but other programs access them, too. If you're starting to feel your head spin, don't worry! Each step includes a paragraph-long Recommendation explaining your options. If you need more help, the online User Guide and other documentation have it. But we quickly set up PeerBlock's update scheduler and other options and clicked Finish. PeerBlock immediately downloaded an updated list of known threats and troublemakers, displaying the data in the program's simple interface. While PeerBlock's face is one only a developer could love, we appreciate its logical layout and efficient control suite. PeerBlock's interface has two tabs, Protection and Settings, with the Settings tab stretching over two pages. Right-clicking PeerBlock's system tray icon opens its main console; left-clicking it opens a context menu with instant access to Enable and Disable controls, allow HTTP options, basic but useful controls like always on top, and support. If we changed our blocked list, PeerBlock automatically updated its settings and downloaded the latest correct definitions.
Of course, most of the time you won't be aware that PeerBlock is doing its thing, but if you need convincing, just activate it and browse to some perfectly ordinary sites, like major media sites. Then simply check PeerBlock's log view to watch servers trying to slip ads under your eyes. Highly recommended.
What do you need to know about free software?
PeerBlock is an advanced IP blocking utility. In plain words, it lets you control how your PC interacts with other computers over the Internet, letting you block servers and sites known to be troublesome or even dangerous. It lets you choose what to block, and you can also import or create your own lists. PeerBlock is open source freeware maintained by the PeerBlock project.
When you first run PeerBlock, a wizard helps you set up its options, though you can change them later. These include what you want to block; by default, PeerBlock blocks anti-P2P organizations, ads, spyware, and educational institutions and universities. There's also a checkbox labeled Always Allow HTTP. This option always enables connections over ports 80 and 443 of your PC, even if they're on your blocklist. These two ports are usually for Web browsing, but other programs access them, too. If you're starting to feel your head spin, don't worry! Each step includes a paragraph-long Recommendation explaining your options. If you need more help, the online User Guide and other documentation have it. But we quickly set up PeerBlock's update scheduler and other options and clicked Finish. PeerBlock immediately downloaded an updated list of known threats and troublemakers, displaying the data in the program's simple interface. While PeerBlock's face is one only a developer could love, we appreciate its logical layout and efficient control suite. PeerBlock's interface has two tabs, Protection and Settings, with the Settings tab stretching over two pages. Right-clicking PeerBlock's system tray icon opens its main console; left-clicking it opens a context menu with instant access to Enable and Disable controls, allow HTTP options, basic but useful controls like always on top, and support. If we changed our blocked list, PeerBlock automatically updated its settings and downloaded the latest correct definitions.
Of course, most of the time you won't be aware that PeerBlock is doing its thing, but if you need convincing, just activate it and browse to some perfectly ordinary sites, like major media sites. Then simply check PeerBlock's log view to watch servers trying to slip ads under your eyes. Highly recommended.
Peer-to-peer networking is an approach to computer networking in which all computers share equivalent responsibility for processing data. Peer-to-peer networking (also known as peer networking) differs from client-server networking, where specific devices have responsibility for providing or serving data, and other devices consume or otherwise act as clients of those servers.
Characteristics of a Peer Network
Peer-to-peer networking is common on small local area networks (LANs), particularly home networks. Both wired and wireless home networks can be configured as peer-to-peer environments.
Computers in a peer-to-peer network run the same networking protocols and software. Peer network devices are often situated physically near one another, typically in homes, small businesses, and schools. Some peer networks, however, use the internet and are geographically dispersed worldwide.
Home networks that use broadband routers are hybrid peer-to-peer and client-server environments. The router provides centralized internet connection sharing, but files, printer, and other resource sharing are managed directly between the local computers involved.
Peer-To-Peer and P2P Networks
Internet-based peer-to-peer networks became popular in the 1990s due to the development of P2P file-sharing networks such as Napster. Technically, many P2P networks are not pure peer networks but rather hybrid designs as they use central servers for some functions such as search.
Peer-To-Peer and Ad Hoc Wi-Fi Networks
Wi-Fi (wireless) networks support ad-hoc connections between devices. Ad hoc Wi-Fi networks are pure peer-to-peer compared to those that use wireless routers as an intermediate device. Devices that form ad hoc networks require no infrastructure to communicate.
Benefits of a Peer-To-Peer Network
P2P networks are robust. If one attached device goes down, the network continues. In client-server networks, when the server goes down, it takes the entire network with it.
Computers in peer-to-peer workgroups can be configured to allow sharing of files, printers, and other resources across all the devices. Peer networks allow data to be shared in both directions, whether for downloads to a computer or uploads from a computer.
On the internet, peer-to-peer networks handle a high volume of file-sharing traffic by distributing the load across many computers. Because they do not rely exclusively on central servers, P2P networks both scale better and are more resilient than client-server networks in case of failures or traffic bottlenecks.
Peer-to-peer networks are relatively easy to expand. As the number of devices in the network increases, the power of the P2P network increases, as each additional computer is available for processing data.
Security Concerns
Peer To Peer Software Download
Like client-server networks, peer-to-peer networks are vulnerable to security attacks.
Peer To Peer Software For Mac
- Because each device participates in routing traffic through the network, hackers can easily launch denial of service attacks.
- P2P software acts as server and client, which makes peer-to-peer networks more vulnerable to remote attacks than client-server networks.
- Data that is corrupt can be shared on P2P networks by modifying files that are on the network to introduce malicious code.