| It may sound strange but is true that
| |
| | manually reconfigure your wireless access
|
| several organisations, which have adopted
| |
| | points, your networks will be
|
| Wireless networking, are open to severe
| |
| | broadcasting data that is unencrypted.In
|
| security breaches. Mostly the reasons are
| |
| | the old world of wired local area
|
| that organisations simply plug the access
| |
| | networks, the architecture provides some
|
| points and go live without bothering to
| |
| | inherent security. Typically there is a
|
| change the default factory settings.
| |
| | network server and multiple devices with
|
| Wireless local area networks are open to
| |
| | an Ethernet protocol adapter that connect
|
| risk not because the systems are
| |
| | to each other physically via a LAN
|
| incapable but due to incorrect usage. The
| |
| | backbone. If you are not physically
|
| biggest problem lies with inadequate
| |
| | connected, you have no access to the
|
| security standards and with poorly
| |
| | LAN.Compare it with the new wireless LAN
|
| configured devices. For a start, most of
| |
| | architecture. The LAN backbone of the
|
| the wireless base stations sold by
| |
| | wired world is replaced with radio access
|
| suppliers come with the in-built security
| |
| | points. The Ethernet adapters in devices
|
| Wired Equivalent Privacy (WEP) protocol
| |
| | are replaced with a radio card.
|
| turned off. This means that unless you
| |
| |
|
