Wireless networks can be protected against a variety of threads and vulnerability. The most common concern is that unauthorized people access and use the network. This can be prevented by using strong passwords with a strong security scheme (e.g. WPA2). Additional tools such as MAC-ID authentication or SSID hiding are not very secure by themselves, but can contribute in concert with other steps.
It's also a good idea to protect the router or wireless LAN access point, for example by assigning a strong non-default password, disabling WAN access, etc.
Once a potential intruder is within reach of the wireless network, you can't prevent the intruder trying to intrude. The aforementioned tools make success very unlikely, though.
wireless networks accesible from your mobile phone
Wi-fi Protected Access. It's a security protocol embedded in Windows to secure wireless networks.
Two are : WEP (Wired Equivalent Privacy) WPA (Wi-Fi Protected Access )
To use protected by key wireless networks (WPA, WPA2-PSK AES), MAC filters, deny access to ports which are not used.
Rob Flickenger has written: 'WIRELESS' 'Wireless' 'Building wireless community networks' -- subject(s): Local area networks (Computer networks), Metropolitan area networks (Computer networks), Standards, Wireless communication systems
Wired networks have a wire that connects them to an internet port, wireLESS networks do not.
You will need a good firewall. Having a password protected is a must as well.
yes it falls under the category of wireless networks
International Journal of Wireless Information Networks was created in 1994.
Wireless networks are wireless so they flout in the air, like radio waves. Then a hacker can hook on and gain access.
If you have chosen, "Do not broadcast SSID" you will not able to see it. Your network will under "Other networks" and requires to enter the network name and key (if exists) in order to create connection.
Wireless networks are not laid out using the same topologies as wired networks. They have their own, different layouts. Smaller wireless networks, in which a small number of nodes closely positioned need to exchange data, can be arranged in an ad hoc fashion.