The 7 Biggest Benefits of SASE

Secure Access Service Edge (SASE) is a security architecture that offers a range of benefits for businesses in 2025. Rather than following a perimeter-based model and securing specific on-prem infrastructure or data centers, SASE is a cloud-based solution delivered at the network edge to provide protection wherever your network requires.

The primary benefits of SASE come from combining network and security functions into a single solution. Integrating security controls and connectivity streamlines network management while delivering unified security policies across all systems, devices, users, and applications.

(regardless of location.) 

This provides a framework for utilizing SaaS applications and allowing remote work without compromising security. 

Key Components of Secure Access Service Edge Architecture

Key security components of secure access service edge include:

  • Cloud Access Security Broker (CASB): Extends security policies into the cloud to protect against threats while using SaaS applications and identify shadow IT (unauthorized use of SaaS apps).
  • Secure Web Gateway (SWG): Prevents users from accessing unsecured or malicious websites using various filtering and inspection techniques.
  • Firewall as a Service (FWaaS): Transitions firewall security functions to the cloud instead of the traditional network perimeter for improved scalability and flexibility, while enforcing consistent policies.
  • Zero Trust Network Access (ZTNA): Updates access controls to continually authenticate user identity rather than assuming trust. ZTNA incorporates least-privilege access and dynamic access controls based on contextual information to minimize the impact of compromised accounts or insider threats.

SASE combines these security capabilities with its networking component, a cloud-based Software-Defined Wide Area Network (SD-WAN). 

SD-WANs deliver reliable, secure connectivity between different locations while also enabling remote workforces. They rely on distributed Points of Presence (PoPs) in strategic locations across the cloud to provide global coverage while reducing latency.

  • Users connect to their nearest PoP rather than having to route traffic through a centralized data center.
  • These PoPs also integrate SASE security capabilities throughout the cloud, eliminating the need for standalone systems at every location. 

7 Biggest Benefits of SASE, and Why You Need It

Combining these key components and enforcing security controls regardless of location produces many SASE benefits. The list below highlights 7 of the biggest benefits of SASE that you should know about when considering whether the architecture is right for your business. 

#1. Enhanced Security

The first major benefit of SASE is the enhanced security it provides for modern, distributed networks.

Bringing all of these security capabilities together in a single cloud-delivered platform allows you to implement unified protection for every user and endpoint. 

With comprehensive, advanced security capabilities, you can:

  • Inspect all traffic
  • Apply consistent policies for every workflow.

This helps eliminate security gaps and vulnerabilities.

Integrating and managing all these security tools from a single platform also improves visibility while improving threat intelligence and behavioral analytics. This allows SASE to better respond to threats in real-time, including:

  • More accurate detection rates based on machine learning techniques
  • Lower false positives to prevent alert fatigue

If an attack gets past initial defenses, enforcing ZTNA prevents lateral movement to limit its impact. ZTNA applies continual authentication to ensure users are who they say they are while also implementing advanced security mechanisms.

These can include multi-factor authentication and dynamic access controls that consider contextual information to identify suspicious requests.

Another aspect of ZTNA SASE architecture that enhances security is network segmentation.

Splitting up your network and enforcing additional security controls as users try to pass between them also limits the impact of data breaches.

#2. Improved Network Performance

With strategically placed cloud-based PoPs, requests can travel significantly shorter distances, reducing network latency. This improves the network performance – faster services and a better user experience.

Using an SD-WAN can also optimize routing.

Identifying the fastest path as users change location or rerouting traffic if high traffic creates a bottleneck at a specific PoP.

#3. Simplified Network Management

Centralizing network and security functions into a single cloud-based solution makes everything visible and controllable from a single interface. IT teams no longer have to configure multiple tools to manage the network.

For instance, configuring different security policies for various SaaS applications or managing siloed security hardware for each site.

This eases the workload for IT teams, reducing operational overhead and the risk of misconfigurations while allowing staff to focus on other tasks. Centralized management also makes compliance and governance simpler.

With visibility  from a single platform, you enforce regulations and gather the data to prove compliance.

#4. Scalability and Flexibility

A cloud-native solution by design, SASE capabilities seamlessly scale as your business grows and its network requirements evolve.

This includes adding new sites and users, developing new applications, or changing cloud providers.

SASE minimizes network hardware requirements with SD-WAN technology, providing connectivity between assets without you needing to consider physical infrastructure like servers and data centers.

This also means less time updating physical hardware and sending out engineers.

#5. Cost Efficiency

By combining functionality into a unified solution, businesses gain comprehensive security and networking capabilities while incurring less hardware and licensing costs.

The nature of SASE is that it replaces multiple point solutions and physical hardware with a cloud-based service for reduced capital expenditure and operational expenditure.

Other cost efficiency benefits of SASE include:

  • Enhanced network performance leading to greater productivity.
  • Less administrative overhead allows staff to focus their time on more valuable tasks.
  • Centralized management also saves time enforcing policies and troubleshooting issues.
  • Easier maintenance and upgrades.

#6. Support for Remote Work

With ZTNA and secure remote access capabilities, SASE allows employees to safely access network resources and data, as well as SaaS applications from any location and device. As remote work continues to be a significant part of business operations, SASE facilitates the practice without compromising security, even allowing Bring Your Own Device (BYOD) policies.

SD-WAN built on a distributed network of PoPs also minimizes latency for remote workers. By connecting to the closest PoP, SASE eliminates the need to route all traffic through a central data center.

#7. Future-Proof Infrastructure

SASE is a fairly new security framework, first defined by Gartner in 2019, that enables modern business practices, including utilizing SaaS applications and supporting remote work. But, as a flexible cloud-based solution, it can also adapt to the newest technologies and business models. 

A combination of security and networking capabilities, SASE is modular by design.

These tools can be added to or adapted without majorly redesigning the deployment. SASE doesn’t tie you to expensive and inflexible hardware. It remains agile and ready for whatever comes next.

Maximize Security with Check Point’s SASE

To experience these benefits first-hand, schedule a call with Check Point’s sales team and see Check Point’s SASE in action.

Our team will take you through a demo of Check Point’s SASE.

You will learn all about how our product delivers faster networking and enhanced security compared to the competition.

FAQs

How does SASE differ from traditional VPN or MPLS setups?
SASE replaces traditional VPNs and MPLS with cloud-native, scalable architecture. While VPNs backhaul all traffic to a central data center and MPLS is expensive and rigid, SASE allows secure, low-latency access directly at the edge through nearby Points of Presence (PoPs), with integrated zero-trust controls.
Can SASE integrate with existing security tools, or is it a full replacement?
SASE is modular, meaning it can augment or gradually replace existing tools. Organizations can integrate their current security stack during migration, then phase out legacy firewalls, VPNs, and web gateways as SASE components take over.
What industries benefit most from adopting SASE architecture?
Industries with distributed offices, hybrid workforces, or heavy cloud/SaaS usage benefit most—such as finance, healthcare, education, and retail. SASE helps them maintain regulatory compliance, performance, and security across complex digital ecosystems.
How does SASE handle encrypted traffic inspection (e.g., HTTPS)?
SASE platforms like Check Point’s use advanced TLS/SSL inspection to decrypt, scan, and re-encrypt traffic at the PoP level without compromising performance. This is crucial for detecting threats hiding in encrypted channels, which now make up the majority of web traffic.
What’s required to transition to SASE—how disruptive is the process?
Transitioning to SASE doesn’t require a full rip-and-replace. Many businesses adopt it incrementally, starting with remote access or SaaS traffic. Cloud-delivered deployment means minimal hardware changes, and most configurations can be rolled out centrally with minimal user disruption.

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