Born from warfighter requirements and inspired by the animal kingdom’s natural defense mechanisms, we developed patented, quantum-resistant Data Camouflage™ technology for data in motion—safeguarding enterprises and the individuals who depend on them.
When data is set into motion–traversing through untrusted networks–is when it’s most vulnerable to attack.
And legacy solutions like SD-WAN and VPN simply don’t provide the level of security required to protect data in motion for a post-quantum world.
Yet existing data security architectures focus almost exclusively on data at rest and data in use.
When data is set into motion–traversing through untrusted networks–is when it’s most vulnerable to attack.
And legacy solutions like SD-WAN and VPN simply don’t provide the level of security required to protect data in motion for a post-quantum world.
Yet existing data security architectures focus almost exclusively on data at rest and data in use.
The STUN™ security platform empowers organizations to proactively secure data in motion across untrusted networks, providing data obfuscation, resiliency, and quantum-proof security. Our patented, quantum-resistant Data Camouflage™ technology allows enterprises to secure their data in motion across the world’s most hostile environments, addressing a critical gap in Zero Trust security architectures that often focus on protecting data at rest and data in use.
SCATR Delivers Zero Trust Transit™ security for data in motion.
Zero Trust security strategies have primarily focused on protecting data at rest and data in use, leaving the security of data in motion reliant on outdated VPN technologies or limited SD-WAN implementations.
SCATR™ empowers organizations to master securing data in motion by effortlessly altering data packets and protocols that adversaries seek on untrusted IP networks.
SCATR™ streamlines global Zero Trust Transit connectivity through a unified platform, extensive partner network, rapid onboarding, and multi-path routing for enhanced performance and resilience.
SCATR™ is a resilient, decentralized, and self-healing Zero Trust Transit™ solution for securing an organization's data in motion.
SCATR™ combines advanced data camouflage techniques, a resilient IP network fabric, and a Zero Trust security model to provide a comprehensive, quantum-proof solution for protecting an organization's data in motion.
The U.S. Department of Defense (DoD) has made the Modular Open Systems Approach (MOSA) a requirement for future weapon system modifications and new development programs.
Warfighters across the globe are utilizing traditional DoD Type 1 encryptors to connect to sensitive data in motion.