The security issues of Wireless Networks are twofold. On the one hand, the data transmitted over the airwaves is insecure. There is no, or very little, security and it should be considered in the same way as sending a postcard, rather than sending a sealed envelope. On the other hand, hackers could access the corporate network and launch attacks on corporate systems, use the corporate bandwidth to "Surf the Internet", or even worse, launch attacks against other networks.
AirPatrol's WiVision Enterprise Platform provides the actionable intelligence network administrators need to confidently manage wireless threats to wired and wireless networks. The solution can be used as an Intrusion Detection solution in no-wireless environments and easily scales to protect and manage wireless networks.
Unlike traditional wireless intrusion detection and prevention systems (WIDPS), AirPatrol's comprehensive suite of network and endpoint security products delivers a unified corporate-wide Wireless Threat Management strategy that completely address all of the security issues related to the widespread use of wireless technology (Wi-Fi, cellular and broadband radio).
AirPatrol's Wireless Threat Management solution:
Aerohive Networks has introduced an innovative new class of wireless infrastructure equipment called a Cooperative Control Access Point (CC-AP). A CC-AP combines an enterprise-class access point with a suite of cooperative control protocols and functions to provide all of the benefits of a controller-based wireless LAN solution, but without requiring a controller or an overlay network. Aerohive Networks implementation of a CC-AP is called a HiveAP.
This cooperative control functionality enables multiple HiveAPs to be organized into groups, or "hives," that share control information between HiveAPs to enable functions like fast layer 2/layer 3 roaming, cooperative RF management, security and mesh networking. This capability enables a next generation wireless LAN architecture, called a cooperative control wireless LAN Architecture, that provides all of the benefits of a controller-based architecture, but is easier to deploy and expand, lower cost, more reliable, more scalable, more ubiquitously deployable, higher performing and more suitable for voice over wireless LAN than today's controller-based architectures.
HiveAPs discover each other whether they are connected to each other over a wired network, or wirelessly. When neighbors are found with the same hive or mobility credentials, they can build secure connections to each other. Once the neighbor relationships have been established between HiveAPs, they use cooperative control protocols to provide seamless mobility, cooperative RF management, resiliency and best path forwarding.
The AirPatrol WS 1000 wireless sensor delivers powerful wireless sensing capabilities with performance characteristics superior to any other currently available wireless sensor.
The AirPatrol CellSensor™ is the first device capable of accurately and reliably detecting and locating cellular phone devices on all commonly used bands without decoding their data packets.
.
Active Directory Optimization
Optimization is the process of changing the logical architecture of an Active Directory implementation to increase its security and ROI.
The Genesis architecture will quickly and simply optimise your Active Directory by implementing a pre-fabricated, production tested logical architecture that will instantly raise the security and ROI of the whole Windows Infrastructure.