When it comes to internet security, there are a lot of things to know to stay safe. And with so much information out there, it can be hard to know where to start. We’ve put together this list of the top things you should know about security service edge.
Top Things You Should Know About SECURITY SERVICE EDGE
Security service edge (SSE), as described by Gartner, is a convergence of network security services supplied from a purpose-built cloud platform. SSE is a component of the Secure Access Service Edge (SASE) framework, which is focused on security services in its design.
Encrypted access to cloud services and the web
It is one of the most common use cases for the security service edge to enforce policy control over user access to the internet and other online and cloud services (historically accomplished by an SWG).
As end-users consume content both on and off the network, SSE policy management helps to reduce the risk of security breaches. Enforcing corporate internet and access control regulations for compliance is also a critical driver for this use case across IaaS, PaaS, and SaaS.
Another essential function is cloud security posture management (CSPM), which protects your company from unsafe misconfigurations that might lead to breaches.
Threats can be detected and mitigated.
Detecting risks and avoiding successful assaults over the internet, online, and cloud services are significant reasons for adopting SSE and, to a lesser extent, SASE.
With end-users accessing material across any network or device, companies need a solid defence-in-depth approach to malware, phishing, and other threats.
Your SSE platform must have sophisticated threat protection features, including cloud firewall (FWaaS), cloud sandbox, malware detection, and cloud browser isolation. CASBs enable data analysis within SaaS apps and can discover and quarantine existing malware before it inflicts damage.
The key to this approach is adaptive access control that adjusts access based on a user’s device position.
Connect and secure remote workers
It is essential for the contemporary remote workforce to have access to cloud services and private apps without the inherent hazards of VPNs. Permitting access to programs, data, and content without enabling access to the network is a vital aspect of zero trust access because it removes the security repercussions of placing the user on a flat network.
Providing safe access to private and cloud apps without needing to open firewall ACLs or expose programs to the internet is crucial here. SSE platforms need to have native app-to-app networking so that apps remain “black” to the internet.
With a ZTNA strategy, all of your users should be able to enjoy the same high-speed experience, regardless of where they are located.
Identify and safeguard confidential information.
With SSE, critical data may be located and managed from any location. An SSE platform makes it easier to monitor and manage sensitive data across all channels because it unifies critical data security technologies.
Cloud DLP makes it possible to find, classify, and safeguard sensitive data (such as PII) following PCI (Payment Card Industry) standards and other regulations of compliance. By using CASBs, you can define DLP rules for inline traffic and data at rest in cloud apps and apply them across both with a single set of SSE-created DLP policies.
The best SSE systems include high-performance TLS/SSL inspection capabilities (that is, most data in transit). Organizations may restrict dangerous or sanctioned applications across all endpoints with the help of shadow IT detection.