Restrict and Protect Transmission and Movement of Information

SOC 2 CC.7 requires organizations to restrict and protect the transmission, movement, and removal of information. It matters because it prevents unauthorized interception, modification, or loss of sensitive data while it is actively moving across networks or being transferred.

To restrict information movement SOC 2 compliance dictates the use of data loss prevention (DLP) technologies, strict access controls, and policies that limit data transfers strictly to authorized internal and external users and processes.

Examples of controls for SOC CC.7 include enforcing TLS encryption for web traffic, utilizing secure VPNs, managing mobile devices with MDM software, and applying strict encryption standards to removable media.

It protects data in transit by mandating the use of encryption technologies or secure communication channels, ensuring that even if data is intercepted beyond connectivity access points, it remains unreadable to unauthorized parties.

The difference between data at rest and in transit SOC controls is that data at rest refers to information stored statically on disks or databases, while data in transit involves information actively moving across networks, which SOC 2 CC.7 explicitly protects.

Yes, to encrypt data in transit for SOC 2 compliance is a fundamental expectation. The SOC 2 Trust Services Criteria CC.7 explicitly calls for using encryption technologies or secure communication channels to protect data during transmission.

Auditors provide SOC audit guidance for CC.7 control by reviewing encryption policies, data flow diagrams, VPN configurations, and TLS screenshots to verify the organization applies effective IT security controls for data transmission movement.

SOC 2 data movement protection best practices include using SFTP for file transfers, implementing MDM for laptops and smartphones, deploying DLP solutions to restrict the ability to perform transmission, and forbidding unencrypted removable media.

Yes, mobile devices can comply if processes are in place to protect them as information assets. This typically involves using mobile device management (MDM) software to enforce encryption, secure transmission channels, and remote wipe capabilities.

Organizations document how to implement SOC 2 CC.7 controls by maintaining an updated encryption policy, retaining logs of secure data transfers, providing TLS/SSL configuration screenshots, and diagramming secure encrypted data flows.

WatchDog Security's Compliance Center helps automate the collection of evidence required for SOC 2 CC6.7 compliance by providing templates for encryption policies, monitoring data transmission, and flagging gaps in your existing data protection controls. The platform helps ensure your organization maintains encryption protocols and data loss prevention (DLP) settings, centralizing evidence for SOC audits.

WatchDog Security's Posture Management helps identify misconfigurations in network security settings and ensures that encryption standards, such as TLS for web traffic, are in place to protect data in transit. It provides actionable remediation steps to help organizations comply with SOC 2 CC6.7.

WatchDog Security's Compliance Center helps automate the collection of evidence required for SOC 2 CC6.7 compliance by providing templates for encryption policies, monitoring data transmission, and flagging gaps in your existing data protection controls. The platform helps ensure your organization maintains encryption protocols and data loss prevention (DLP) settings, centralizing evidence for SOC audits.

WatchDog Security's Posture Management helps identify misconfigurations in network security settings and ensures that encryption standards, such as TLS for web traffic, are in place to protect data in transit. It provides actionable remediation steps to help organizations comply with SOC 2 CC6.7.

WatchDog Security's Compliance Center helps automate the collection of evidence required for SOC 2 CC6.7 compliance by providing templates for encryption policies, monitoring data transmission, and flagging gaps in your existing data protection controls. The platform helps ensure your organization maintains encryption protocols and data loss prevention (DLP) settings, centralizing evidence for SOC audits.

WatchDog Security's Posture Management helps identify misconfigurations in network security settings and ensures that encryption standards, such as TLS for web traffic, are in place to protect data in transit. It provides actionable remediation steps to help organizations comply with SOC 2 CC6.7.

WatchDog Security's Compliance Center helps automate the collection of evidence required for SOC 2 CC6.7 compliance by providing templates for encryption policies, monitoring data transmission, and flagging gaps in your existing data protection controls. The platform helps ensure your organization maintains encryption protocols and data loss prevention (DLP) settings, centralizing evidence for SOC audits.

WatchDog Security's Posture Management helps identify misconfigurations in network security settings and ensures that encryption standards, such as TLS for web traffic, are in place to protect data in transit. It provides actionable remediation steps to help organizations comply with SOC 2 CC6.7.

WatchDog Security's Compliance Center helps automate the collection of evidence required for SOC 2 CC6.7 compliance by providing templates for encryption policies, monitoring data transmission, and flagging gaps in your existing data protection controls. The platform helps ensure your organization maintains encryption protocols and data loss prevention (DLP) settings, centralizing evidence for SOC audits.

WatchDog Security's Posture Management helps identify misconfigurations in network security settings and ensures that encryption standards, such as TLS for web traffic, are in place to protect data in transit. It provides actionable remediation steps to help organizations comply with SOC 2 CC6.7.