USE CASE

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. Our patented data camouflage techniques provide the means to manipulate and modify the size, structure, format, and characteristics of data packets in real time, making it nearly impossible for attackers to recognize and identify the true nature of the transmitted data.

  • Camouflaged Data: By changing data packets and protocols, SCATR effectively camouflages an organization's data to blend in with other network traffic. This obfuscation technique makes it challenging for attackers to distinguish between legitimate data and SCATR-protected data, as the packets appear similar to regular network traffic.
  • Adaptive Security: The ability to change data packets and protocols on demand allows SCATR to adapt to evolving security threats. If a particular protocol is compromised or becomes vulnerable, SCATR can quickly switch to a different protocol, ensuring the continued security of the transmitted data. This adaptability keeps attackers guessing and makes it harder for them to develop targeted exploits.
  • Increased Complexity for Attackers: Identifying and filtering SCATR-protected data packets becomes a complex task for attackers when data protocols are constantly changing. Attackers would need to continuously monitor and analyze network traffic to determine which packets are part of the SCATR transmission, and even then, they would only have access to incomplete and obfuscated data fragments.
  • Resilience Against Protocol-Specific Attacks: By varying data protocols, SCATR becomes resilient against attacks that target specific protocols. Even if an attacker manages to exploit a vulnerability in one protocol, the impact is limited as SCATR can switch to a different protocol, maintaining the security of the organization's data in transit.

The ability to modify data packets and protocols on demand is a powerful feature of SCATR that enhances an organization's data security by obfuscating the nature of the transmitted data and making it difficult for attackers to identify and target specific data packets. This protocol obfuscation, combined with data fragmentation and distributed routing, creates a robust and adaptable security solution for an organization's data in motion.

To see how SCATR can turn your organization into a master of data camouflage, contact us for a demo.

USE CASES

Data with the freedom to move in any environment

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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.

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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.

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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.

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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.

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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.

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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.

Warfighter in the Field
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Protecting Our Warfighters' Data in Motion

Warfighters across the globe are utilizing traditional DoD Type 1 encryptors to connect to sensitive data in motion.