Security is now mainly focused on cloud-delivering and is driving the need for integrated services to improve agility and speed, enable multi-cloud, reduce complexity, and secure the SD-WAN architecture into networks.

SASE offers many security enterprise benefits and functionalities delivered at endpoints from a single integrated cloud service. It helps organizations rise to modern network demands to secure remote work and mobile access. Businesses have numerous benefits to receive from applying SASE.

What is SASE Architecture?

SASE Architecture

SASE (Secure Access Service Edge), voiced as “sassy,” is a cloud-based network security architecture that incorporates multiple security-as-a-service features and delivers them as a single focused solution.

SASE helps organizations unify their security features in a single, independent management console. In this approach, organizations can locate resources for safe and easy access to employees. In addition, it uses widespread cloud technology to incorporate network security features with SD-WAN.

SASE Focus

SASE Architecture

SASE focuses on providing secure access to data and applications from cloud platforms or data centers. For instance, Google Cloud, AWS, and SaaS providers offer services based on user identities, IoT, devices, and even services.

The service edge is the global point of presence (PoP), IaaS, or area of point for locating traffic from endpoints and different branches for secure allocation before being distributed to their required destinations without necessarily being transferred to the data center focal points. When organizations combine networking and security service delivery from the cloud, they will be able to connect devices and users to any application and offer the best experience.

Gartner refers to the SASE architecture as a vision of a future secure networking model which has had countless companies kick off the deployment.

How Does SASE work?

SASE Architecture

SASE incorporates the full security stack that embeds security into a universal network fabric. Some key SASE components include Software-defined WAN (SD-WAN), Cloud Access Security Broker (CASB), Secure Web Gateways (SWG), Zero Trust Network Access (ZTNA), and Firewall-as-a-Service (FWaaS).

As earlier stated, SASE integrates network security like Zero Trust or SaaS with enterprise network architecture to create a single, cloud-based service. The SASE technology has two distinct elements: network traffic management and technology for managing network security.

Regarding network traffic management, SASE prioritizes controls on the cloud edge than within the data center. As a result, the edge expands users’ network perimeter to devices and applications while removing the need for VPNs—a network of traffic control approaches that can reduce latency in the service.

The sessions are designed primarily to include various important features such as zero-trust policies, identity-based access, etc. For example, when a request is made for network access, it becomes critical for a user or device authentication to be done before access is granted.

Continuous risk assessment is equally carried out and monitoring things such as how sensitive resources are or the device’s condition gaining access to uphold top-level security. You can read here for further information.

The Role of SASE In Addressing IT Challenges

SASE Architecture

Gartner says that every company must be able to strive to integrate SASE into its system. The swift SD-WAN adoption is helping enterprises to reassess how security and user validation are managed in the cloud.

Gartner’s Secure Access Service Edge (SASE) provides a direction to managing the rising technology by moving into the security architecture gradually as the IT team considers how best to connect their remote workforce to the distributed information resources that are required in the company.

Here are some vital roles SASE can play in addressing the challenges of IT Teams.

1. SASE Merges Network and Security

Merging security and security components in organizations is beneficial for various reasons. It is easier and more straightforward on the most elementary level than having them deployed and operated individually. With the multiple systems converging, you’ll only have to configure one system.

The benefit of combining different network and security architecture helps to save costs. And even when you are providing SASE as a service using a third-party company, you’ll still be able to assemble the components on your own and save much more. So, in the end, you’ll be enjoying improved and effective solutions at a reduced cost.

2. SASE Helps To Manage and Monitor Endpoints

Monitoring and managing endpoints are way more complex and diverse today than in the past. One of the key reasons for this is that more people connect to networks leveraging top-level technology from different locations. When considered together, security risks are intense, and that’s where SASE comes in to alleviate the concerns.

SD-WAN, combined with security features, means that organizations can better monitor and filter network traffic. And even when remote access is built to enterprise networks, SASE will still help to ensure that only the right people have access.

3. SASE Supports Expert Oversight

The high level of cyber insecurity in today’s world can not be overemphasized. And this has called for constant expert oversight, which SASE offers.

An enterprise security breach in The United States costs an average of a whopping $8.64million! Regardless of how big your company is, this is not a negligible sum. Data loss can cause huge damage to a company’s reputation than its revenue.

By having SASE expert oversight to support network security, you’ll be able to detect and intervene in any breach or vulnerability even before the internal staff finds out about them. Aside from protecting and upgrading organizations’ networks, SASE has several ways to address some of the biggest confrontations of the IT department.

Explore further: