Resource Library
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CAPABILITIES STATEMENT
Learn how Intelligent Waves collaborates, innovates, and integrates technologies to enable operational agility for resilient and secure communications.
GRAYPATH SOLUTION BRIEF
GRAYPATH (GP) is a simple, asymmetric solution that ensures robust, reliable, secure, non-attributable global communication.
GRAYPATH is the next generation of expeditionary communications. Through its patented IP Spread Spectrum technology, GP leverages the cloud to randomize and distribute message packets through the simultaneous use of multiple transport paths and encrypted channels.
WHAT IS GRAYPATH?
GRAYPATH is a virtual networking approach comprised of software components that channelize, route, and accelerate application data to significantly enhance network security, reliability, and performance across branches and devices including laptops, tablets, phones, and IoT.
GRAYPATH COMPARISON
Organizations require a new generation of SD-WAN to support a digital transformation strategy.
GRAYPATH is a software-defined, cloud-based, Distributed Virtual Network (DVN) that uses patented Spread Spectrum IP technology to overcome the limitations of VPN and SD-WAN technologies and provide a modern solution to address the needs of the digital enterprise.
PHANTOM SOLUTION BRIEF
Phantom Next Generation provides the ability for organizations to access foreign points of presence to conduct remote open-source information gathering and research while at the same time protecting organizations and individuals from exposure to foreign intelligence. Intelligent Waves has achieved this by combining the GRAYPATH software-defined obfuscated network with the managed attribution capability of the Phantom platform in a secure but unclassified package.
SD-WAN SOLUTION BRIEF
Businesses and government agencies are looking for ways to simplify the deployment, management, scalability, and security of their enterprise networks. The quickest way to achieve that goal is to reduce—or eliminate—dependence upon legacy network topologies and slow, inefficient, and costly Multiprotocol Label Switching (MPLS) routing techniques.