Network security is one of the most important aspects of any business, large or small. Deciding on the right network security solution can be difficult, but Why SSE is Better than Over Traditional Network Security.
There are many different types of network security solutions available, but one option that is often overlooked is SSE. Here’s why SSE is better than traditional network security solutions.
Why is SSE Better than Over Traditional Network Security?
SSE helps enterprises overcome traditional network security difficulties. SSE offers four major benefits:
Improved risk reduction
SSE allows cybersecurity to give without relying on a network. A cloud platform provides security by following the user-to-app communication regardless of location.
Singly delivering all security services decreases risk by eliminating the gaps sometimes encountered between point products. SSE also increases visibility across users and data, independent of the channels used. Furthermore, SSE automatically enforces security upgrades throughout the cloud, eliminating the traditional lag time associated with conventional IT management.
Access with no trust
With a robust zero-trust policy based on four factors: user, device, application, and content, SSE platforms (together with SASE) should offer least-privileged access from users to cloud or private apps. No user should assume to be trustworthy, and access should be granted based on identity and policy.
Because users are never put on the network, securely connecting users and apps via business policies over the internet guarantees a more secure remote experience. Meanwhile, attacks cannot spread laterally, and apps stay safe behind the SSE platform.
Apps are not accessible to the internet and do not detect, lowering the attack surface, boosting security, and lowering business risk.
User encounter
According to Gartner, SSE must completely disperse over a global network of data centres. In contrast to companies hosting their SSE platforms in IaaS infrastructures, the finest SSE architectures are purpose-built for inspection in every data center.
Because content inspection—including TLS/SSL decryption and inspection—occurs where the end-user connects to the SSE cloud, the distributed design enhances speed and minimizes latency.
When combined with peering across the SSE platform, this provides the optimal experience for your mobile consumers. They no longer need to rely on sluggish VPNs, and access to apps in public and private clouds is quick and easy.
Benefits of Consolidation
Lower costs and less complexity will result from the unification of all important security services. SSE may provide numerous critical security services on a single platform, including SWG, CASB, ZTNA, cloud firewall (FWaaS), cloud sandbox, cloud data loss prevention (DLP), cloud security posture management (CSPM), and cloud browser isolation (CBI). Furthermore, if you don’t want everything right immediately, you may quickly add any of these services as your company expands.
With all protection consolidated under one policy, your users and data do protect consistently.
What has prompted the demand for SSE?
SSE addresses basic organizational difficulties such as remote work, the cloud, secure edge computing, and digital transformation as an emerging industry trend. Organizations’ data is becoming more spread outside of their on-premises data centers as they adopt software and infrastructure as a service (SaaS, IaaS) services and other cloud apps. Furthermore, many users are mobile and remote, accessing their cloud apps and data from anywhere, using any connection.