5 Steps to Assessing Risk Profiles of Third-Party SSE Platforms

5 Steps to Assessing Risk Profiles of Third-Party SSE Platforms

November 20, 2023 at 07:45AM

Shifting to a converged Secure Services Edge (SSE) model with a clear path to SASE improves cybersecurity, but it’s important to assess risk profiles before adopting SSE platforms. Factors to consider include certifications and compliance, reputation and history, data security measures, service-level agreements, and commitment to continuous improvement. By evaluating these aspects, organizations can make informed decisions and minimize risks associated with SSE adoption.

Key takeaways from the meeting notes:

1. Shifting to a converged Secure Services Edge (SSE) model with a clear migration path to Secure Access Service Edge (SASE) is a positive step in cybersecurity.
2. SSE can fortify the virtual organizational perimeter and eliminate the risk from third-party tools and services.
3. However, SSE itself can introduce vulnerabilities, so it’s important for businesses to assess the risk profiles of different SSE platforms before adopting.
4. Businesses should check certifications and compliance to ensure SSE platforms adhere to regulations and industry standards.
5. Research the market reputation of SSE platforms and analyze their incident response plans and history of handling security incidents.
6. Examine the data security measures of SSE platforms, including encryption, access controls, data loss prevention, and backup protocols.
7. Review service-level agreements (SLAs) for uptime guarantees, service performance, issue resolution, and post-incident support.
8. Look for SSE platforms that have a commitment to continuous improvement, including proactive threat intelligence gathering and timely patch management.
9. By assessing risk profiles beforehand, organizations can minimize risks and maximize the benefits of SSE adoption.

Overall, it is important to thoroughly evaluate and assess SSE platforms to make an informed decision that aligns with the organization’s risk tolerance and security requirements.

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