The Situation: Warfighters worldwide often rely on traditional NSA Type 1 encryptors to connect to sensitive data in motion.
The Problem: Each time a Type 1 encryptor is activated, adversaries can detect the location, timing, and duration of the VPN connection, exposing valuable intelligence about warfighter patterns of life and the systems they access. Once a connection is established, adversaries can also observe metadata associated with the VPN session. This creates a real-time attack surface that can be exploited for:
- Distributed Denial of Service (DDoS) flooding attacks
- Quantum analysis of encrypted data
- Kinetic targeting of personnel in the field
The Solution: SCATR™ Zero Trust Transit™ security addresses this critical operational security gap. Using patented, quantum-resistant Data Camouflage™ technology and multi-path routing capabilities delivered through the STUN™ platform, SCATR™ effectively removes the identifiable signature of Department of Defense (DoD) personnel and warfighter connections, making it significantly more difficult for adversaries to gather actionable intelligence.
Key Benefits of SCATR Data Camouflage™ Technology:
- Obscured Connection Signatures: Camouflages network traffic generated by Type 1 encryptors so it blends with regular traffic, concealing the times, locations, and durations of warfighter connections.
- Protected Metadata: Obfuscates metadata tied to VPN sessions, preventing adversaries from identifying patterns of communication or operational activity.
- Reduced Attack Surface: Minimizes the real-time visibility adversaries have into connections, making targeted network or personnel attacks far more difficult to execute.
- Quantum-Resistant Security: Employs patented Data Camouflage™ technology to safeguard data in motion, even against emerging quantum-computing threats.
- Enhanced Data Security: Shields the digital footprint of DoD personnel, reducing mission risk and improving the safety and effectiveness of operations.
Implementing SCATR Data Camouflage™ technology across DoD networks removes identifiable connection signatures, protects sensitive metadata, and ensures mission-critical data in motion remains secure—strengthening operational resilience and personnel safety.
Contact us today to learn how SCATR™ can help protect your organization’s data in motion.
USE CASES
Data with the freedom to move in any environment
Data in Motion: A Blind Spot in Your Zero Trust Security Strategy?
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.
Mastering Data Camouflage with Packet and Protocol Command
SCATR empowers organizations to master data camouflage by effortlessly altering data packets and protocols that adversaries seek on untrusted IP networks.
Connect to Global Zero Trust Transit with Ease
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.
The Most Resilient Zero Trust Transit Network Ever Created
SCATR is a resilient, decentralized, and self-healing Zero Trust Transit solution for securing an organization's data in motion.
Quantum-Proof Zero Trust Transit
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.
A Modular Open Systems Approach
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.
Protecting Our Warfighters' Data in Motion
Warfighters across the globe are utilizing traditional DoD Type 1 encryptors to connect to sensitive data in motion.