One of the most challenging security concerns for IT managers today is the rogue wireless access point. As 802.11 technologies continue to become more popular, less expensive, and easier for end users to install, the threat to corporate network security increases. A rogue access point is any Wi-Fi access point connected to your network without authorization. It is not under the management of your network administrators and does not necessarily conform to your network security policies. A rogue AP allows anyone with a Wi-Fi-equipped device to connect to your corporate network, leaving your IT assets wide open for the casual snooper or criminal hacker. Rogue APs can be a problem even if your company does not have its own wireless LAN.
Related white papers
Intel Case Study: Strix Systems Access/One Network
The difference between a Strix Systems Access/One Network and a typical enterprise network is simple: wires or, no wires. Going where only wired solutions have gone before, Strix Systems designed...
Pfizer Finland Gives Sales Force Real-Time Access to Key Reporting Data With Nokia 9500 Communicators and IBM Wireless Software
The challenge before Pfizer was to give sales representatives access to vital information on the move so they can reduce reporting time, increase productivity and generate better leads. The solution...
Statoil Fires Up Connection on the Move With Wireless Hotspots
Statoil is Scandinavia's leading upstream and downstream oil company. Statoil operated a Frame Relay-based Wide Area Network and switched to an infrastructure based on Internet Protocol (IP) in a bid...
Exploiting Medium Access Diversity in Rate Adaptive Wireless LANs
Recent years have seen the growing popularity of multi-rate wireless network devices (e.g., 802.11a cards) that can exploit variations in channel conditions and improve overall network throughput. Concurrently, rate adaptation...
Crescent Girls' School Unwires Secondary Education With Pervasive Mobile Computing
Crescent Girls' School in Singapore is 1400-student secondary school that has integrated learning technologies into its curriculum in many innovative ways. Crescent Girls' School, through its m-Learning@Crescent e-learning initiative deployed...
Asymptotic Performance of Transmit Diversity Via OFDM for Multipath Channels
Many wireless systems exploit transmit diversity for more reliable detection of signals at the receiver. To accomplish this, coding is spread across multiple transmit antennas. An example of this is...
Performance Analysis of Diversity Combining Method for OFDM Blind Carrier Synchronization
Orthogonal Frequency Division Multiplexing (OFDM) communications transform frequency selective channels into multiple low rate subchannels robust against frequency selective fading. Carrier Frequency Offset (CFO) between transmitter and receiver local oscillators...


