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Network Chemistry has a deep understanding of the different market requirements by industry and works closely with customers based on where they are in their wireless life cycle. Whether enforcing a "no wireless" policy, planning for wireless infrastructure deployment, or protecting authorized wireless networks, data, and users, Network Chemistry has the solution.
By their very nature, wireless LANs (WLANs) are difficult to roll out, secure and manage, even for the most savvy network administrators. Unlike traditional wired networks in which communications travel along a shielded copper wire pair or optical cable, wireless radio frequency (RF) signals literally traverse the open air. As a result, RF signals are completely exposed to just about anybody and subject to fluctuating environmental factors that can degrade performance and make management an administrative nightmare.
Whether authorized or not, wireless access points and users are subject to malicious activity and can be a major problem for your enterprise. As radio signals spread over and outside your building, your network becomes easily accessible from adjacent areas, such as your parking lot.
Hackers aren't the only trouble that you must contend with. When a RF signal traverses the air, it runs a mean gauntlet. It lessens in strength and performance as it reflects off materials and objects. Rearrange some office furniture and signal strength can vary. Signals also can be disrupted by common devices such as cordless phones, cell phones, microwave ovens, and other radios that utilize or spill into the same radio spectrum. And they can be impacted by signals from other WLANs that dissect their path. Unfortunately, intermittent performance issues are the hardest to troubleshoot. Left unresolved, they'll drain network resources, reduce network reliability, and frustrate your employees.
As the wireless security experts, Network Chemistry is trusted by hundreds of leading enterprises and government agencies and is poised to help you secure and manage your wireless environment.
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