|
||||||
|
Wireless Networks Offer Flexibility and Freedom Because the business world is rapidly changing, today’s organizations are faced with increased competition, demands to increase market share and revenues while reducing costs. Organizations can maintain their competitive advantage through the freedom and flexibility of wireless networks. A Wireless LAN (WLAN) enables flexible access to information and promotes collaboration with colleagues, business partners, and customers. WLANs can also boost productivity and speed business decision making. As a Cisco Wireless LAN Specialized partner, NFF can deploy a wireless LAN to enhance productivity, reduce organizational operating costs, increase business flexibility and the ROI of existing network infrastructures. Our wireless solutions address issues facing enterprises including: WLAN security, deployment, management, control and wireless VoIP. Wireless Network Design NFF wireless engineers design a customer WLAN based on individual business needs. NFF develops designs that are efficient, scalable and secure by evaluating the network infrastructure and its capacity to support increased service demands. Wireless Network Security We develop solutions that address enhanced security such as built-in Intrusion Prevention System (IPS) and support for Network Admission Control (NAC). Real-time high resolution location services can be used to identify the location of rogue access-points and other wireless devices that need to be located. NFF will collaborate with each customer to develop a comprehensive and detailed design for your guest access solution. Wireless IP Telephony “VoFi” Wireless Networks enable organizations to bring the mobility and flexibility of wireless networking to their voice communications systems. NFF will deploy a WLAN that is voice-ready and delivers important features such as QoS, security and fast secure roaming. Contact Us to discuss how we can help your organization maintain its competitive advantage through the freedom and flexibility of wireless networks. |
|
|||||