Limit the number of DHCP addresses to the number of wireless access points that you will be using. Optionally, set static IP addresses, set to non-standard network blocks. Consider using VPN, SSL, Firewalls, RADIUS, Kerberos or other access control, or end-to-end encryption. Most of these can be integrated into your 802.11b appliance.

All users of data networks need to take care and use common sense no matter how they’re physically connected to those networks. The network is secure as long as you take precautions that would be appropriate for making any network connection.

It is very important to follow the vendor's recommendations for securing your wireless devices and systems. If you no longer have the documentation, you can probably obtain it from the vendor's Web site. Make the SSID long and difficult to guess. Also block any non-essential network services and broadcast messages. Generate or supply a key, and populate the clients with the key. Make encryption keys long and difficult to guess, and frequently change them.

Yes the iTech Telecom has access control through digital keying of communication from the remote to the Network Operating Centre. Triple layer encryption ensures terminals receive and send secure data.

YES! Wireless networks can be configured to be just as secure as a wired network. All data transmission can be encrypted with a 128bit encryption key allowing only known machines to receive and decrypt this information. About Us | News | I.T. Services | Web Services | FAQ | Site Map | Contact Us | Terms & Conditions | Web Directory | Resources

The BeCom network uses built-in security mechanisms to minimise the possibility of security breaks from within the network. These mechanisms include the use of proprietary air interfaces between BeCom's base stations and customer modems, beam pointing technology to direct signals to the location where customer modems are placed, traffic broadcast filters and authentication technology.

The college wireless network uses 802.1x authentication to ensure that only authorized users can use the service. In addition, it uses advanced encryption using rotating "keys" protects the privacy of your transmitted information. However, wireless networking is intrinsically not as secure as wired communications since it is still subject to "eavesdroppers" who can possible "hack" your communications.

Our private wide-area network provides tremendous security unlike the public Internet. The network is monitored 24 hours a day, 7 days a week and is equiped with a variety of alarms and alerts.

A WiFi Internet connection to a secure website is just as secure as a traditional wireline connection. However, Toronto Hydro Telecom recommends that its customers take steps to secure their data over any Internet connection. This may include encryption software and the installation of personal firewalls.

Keeping a computer secure on a wireless network is the same as keeping a computer secure on a wired network. One must keep the computer virus protection up-to-date, install any patches for the computers operating system and keep the password(s) safe and secret. The official Information Systems wireless policy can be found at http://www.policy.ku.edu/it/Wireless LAN Policy 3-25-04.doc

Radio traffic is not encrypted. Secure connection methods such as SSH are highly recommended for use in panOULU.

Ans: Bluetooth is extremely secure in that it employs several layers of data encryption and user authentication measures. Bluetooth devices use a combination of the Personal Identification Number (PIN) and a Bluetooth address to identify other Bluetooth devices. Data encryption (i.e., 128-bit) can be used to further enhance the degree of Bluetooth security. The transmission scheme (FHSS) provides another level of security in itself. Instead of transmitting over one frequency within the 2.

ANS' data centers are compliant with the American Institute of Certified Public Accountants' SAS 70 standards. SAS 70 standards require a data center's network infrastructure and processes to pass rigorous, third-party testing and demonstrate an environment with the processes and controls to effectively host and exchange corporate data and financial information for enterprise customers.