We’re all told that security is important, but what does that mean for your business? In this blog post, Here’s What No One Tells You About SECURITY SERVICE EDGE, we’ll break it down and show you why security should be a top priority for your company. Stay safe online!
Here’s What No One Tells You About SECURITY SERVICE EDGE
SSE, an emerging industry trend, addresses basic difficulties enterprises confront regarding remote work, cloud computing, secure edge computing, and digital transformation. Data dispers farther and farther away from a company’s on-premises data centers as more companies use cloud-based software and infrastructure services (SaaS, IaaS).
In addition, an increasing number of users are on the go and may access their cloud-based apps and data from any location, using any type of connection, at any time.
Traditional network security methods are ineffective in protecting cloud apps and mobile users because:
- Legacy systems, which are dependent on the data center, cannot keep track of connections between users and cloud-based applications.
- Everything slows down when typical VPN traffic did send to a data center for examination.
- Traditional data center approaches are expensive to administer and maintain.
- Because of a lack of patching, VPNs are vulnerable.
Furthermore, today’s data center security stacks are increasingly challenging to integrate since they have developed into a collection of point products that are tough to combine.
Because of the gaps between the various security solutions due to this complexity, sophisticated threats and ransomware assaults are an ever-present danger.
Making the best decision for your SSE needs
SSE platforms that offer rapid, scalable security and zero-trust user experiences are what you should be looking for in an SSE platform. You’ll require a system that can:
Designed from the ground up to be lightning-fast for both users and cloud apps
To provide quick and safe access, a big data center footprint must be spread internationally using a cloud-native architectural design. When it comes to real-time content inspection, dedicated SSE clouds have the edge over those housed on IaaS clouds.
Every data center must be an inspection node to ensure rapid and local security. SSE suppliers should also offer quick and powerful peering to keep cloud app performance at its best.
Zero-trust architecture is built from the ground up.
Identity should always determine access control, and people should never add to your network. Choose cloud-native providers who allow zero-trust access for a wide range of endpoints. These include mobile devices, IoT devices, cloud apps, and workloads.
With a worldwide data center footprint, you’ll be able to ensure that all of your users have an uninterrupted experience. It happens without the need for a VPN.
A demonstrated track record of large-scale worldwide deployments of your vendor’s ZTNA approach to SSE is essential for remote user productivity.
In-line, scalable proxy inspection is possible.
When a proxy inspects a connection, both the device and the cloud app do disconnect. As a result, a comprehensive SSL inspection carries out and no connections are permitted to “slip through” Traditional passthrough firewalls can’t compete with this level of protection and inspection.
Consider platforms that can offer content and TLS/SSL inspection worldwide, such as SSE. Interruptions caused by scalability concerns can significantly impact in-line inspection. It frequently used to check business-critical traffic.
Your SSE provider should have strong service-level agreements (SLAs). Also, it proves track record of examining in-line traffic for major worldwide corporations.