Fortress utilizes its MacroMesh technology to create highly dynamic and robust networks with self-forming, self-healing, path-optimizing capabilities that can support thousands of wireless mesh nodes in a highly mobile network. To accomplish this, MacroMesh incorporates both proactive and reactive routing algorithms into a layer 2 meshing protocol that requires less than 5% of the bandwidth for control traffic regardless of the network size. Furthermore, Fortress has implemented FIPS certified Layer 2 AES encryption to protect both the data in transit and the network itself, complying with the various government wireless and security policies. Fortress has implemented these technologies into both wireless infrastructures, such as the ES520. The Fortress ES520 enables organizations to rapidly establish a high-performance wireless mesh network by combining the functions of an access point, switch, wireless bridge and security gateway in a form factor engineered specifically for harsh outdoor environments. The ES520 weighs less than 5 lbs and uses less than 12 watts of power while providing superior performance in distance and throughput. Coupled with industry leading client support, Fortress offers an end-to-end solution that supports robust communications from the vehicle to the Warfighter or first responder under high tempo mobility. Fortress has extensive experience providing tactical wireless solutions that provide broadband quality networking (voice, video and data) in environments where there is little or no centralized control, no available infrastructure and no reliance on aerial relay nodes. Fortress products are currently deployed in many of the worlds most demanding environments. The U.S. Army selected Fortress to protect what is one of todays largest tactical Wi-Fi installations in Iraq consisting of over 11,000 wireless access points and 8,000 Fortress gateways. The Texas National Guard is relying on next generation Rapid Response Communications Kits from Fortress to quickly establish communications in dynamic environments which have no existing infrastructure. Supporting operations in these environments has required an innovative and integrated approach.
Keywords: Secure Mobile Ad-Hoc Networks, Suite-B Encryption, Secure Mobile Networks, Secure Mobile Mesh Networks, Mesh Networks, Wireless Mesh Network,
