The Top 5 SASE Trends in 2024

The Top SASE Solutions

More and more organizations are turning to Secure Access Service Edge (SASE) to protect their remote workers and digital assets. But even though SASE is still considered a cutting-edge solution, it continues to evolve quickly, and staying on top of the latest trends is key to making sure your network security keeps pace. 

What is Secure Access Service Edge (SASE)?

Before we get into the key trends, let’s take a step back and understand what Secure Access Service Edge (SASE) is all about. 

In a nutshell, SASE is a cloud-based solution that brings together key networking and security services like:

This makes it easier for organizations to protect their networks without juggling multiple, separate tools. With hybrid work and cloud migration becoming the norm, traditional security models are no longer suitable to protect corporate networks. 

That’s why a unified, scalable, cloud-native solution like SASE is key to meeting demands today for high connectivity, flexibility, and security. 

Top 5 SASE Trends of 2024

Here are the five SASE trends of 2024.

#1. Integrating Zero Trust for Stronger Access Control

Zero trust works on the principle that no user or device, whether inside or outside the network, should be automatically trusted. It requires constant authentication, authorization, and monitoring for every user, device, and application based on strict security policies before granting access to resources. 

Integrating zero trust with SASE allows organizations to provide robust access controls, regardless of where users are located. This strengthens security by restricting access based on context, minimizing the risk of unauthorized access and insider threats—protecting sensitive data right across the network.

Case Study: 

NQM Funding adopted Zero Trust Network Access (ZTNA) to grant secure, role-based access to its remote workers. 

The company improved its security posture and set up a simple, secure onboarding process for new employees by implementing posture checks and enforcing least-privilege access.

#2. Harnessing AI for Smarter Threat Detection

AI has revolutionized threat detection and response by enabling organizations to identify and address threats more quickly and accurately. When integrated with SASE, AI provides automated, intelligent threat responses that maintain security without disrupting performance.

With AI-powered SASE, organizations enjoy proactive threat detection, automated responses, and minimal latency. This reduces the workload on IT teams, accelerates response times, and ensures uninterrupted service.

Case Study: 

Aqua Security used AI-powered SASE to simplify its network access and boost security. 

By integrating with Azure Active Directory (AD), they made user authentication easier, cut down on administrative tasks, and reinforced their security. This setup provided employees with smooth, secure access while improving overall operational efficiency.

#3. The Rise of Single-Vendor SASE Solutions

Many organizations are looking to simplify their security infrastructure, which is driving the popularity of single-vendor SASE solutions. According to a recent Gartner survey, 75% of businesses are pursuing vendor consolidation. 

By adopting unified SASE solutions, organizations streamline management and enhance security cohesion.

A single-vendor SASE solution provides a centralized platform for managing both network and security operations. This reduces integration issues, simplifies policy enforcement, and lowers costs by reducing redundancies, ensuring smooth, reliable security and network performance across all environments.

Case Study: 

Zivver chose a single-vendor SASE solution to simplify its network security setup. This move streamlined management, boosted security, and cut down on operational costs. By combining network and security functions into one platform, Zivver made its operations more efficient and less complex.

#4. SASE at the Network Edge

With the expansion of IoT and the increase in data processing at the edge, security must extend to these devices and locations to maintain speed and safety. Integrating SASE with edge computing enables secure, low-latency access for real-time applications.

Edge-compatible SASE solutions ensure consistent security across branches, devices, and edge networks, providing a seamless experience without compromising performance.

Case Study: 

Datagen used SASE at the network edge to securely connect its global workforce, focusing on remote teams in India. By implementing SASE solutions with edge gateways, Datagen boosted connection speeds, lowered latency, and strengthened security for its remote teams.

#5. Support For Multi-Cloud and Hybrid Cloud Models

Most organizations now rely on multi-cloud or hybrid networks, creating a need for secure, seamless connectivity across diverse infrastructures. 

By standardizing security policies, regardless of cloud provider,  SASE streamlines the complexities of multi-cloud security management and provides a centralized platform for better control and compliance.

Case Study: 

A leading healthcare technology company used SASE to secure access to its multi-cloud environment, including Amazon Web Services (AWS). The solution simplified user authentication, reduced manual effort, and strengthened their security posture. 

With SASE, the company also achieved HITRUST compliance and streamlined its network access management.

The Future of Enterprise Security: The Rise of SASE

In 2024, staying ahead of security threats requires more than just traditional network solutions. 

SASE is rapidly becoming essential for businesses looking to enhance security and improve network performance. Industries like financial services, healthcare, and technology are leading the charge in adopting SASE due to their reliance on digital technologies and sensitive data. 

But, sectors such as manufacturing and retail are starting to catch up. 

Factors like industry maturity, regulatory requirements, and IT complexity can influence how quickly these sectors adopt SASE. Still, SASE is becoming a must-have for businesses across all industries. Companies must act now to protect their digital assets from rising cyber threats and ensure their network performance can keep up with increasing user and operational demands.

Maximize Network Security with Check Point’s SASE

Maintaining a secure network calls for a strong, adaptable solution that keeps pace with evolving threats. Check Point’s SASE offers fast, secure access to both on-premises and cloud resources, protecting your network with a:

  • Zero-trust model
  • Intelligent threat detection
  • AI-driven security

Check Point’s SASE offers a unified, flexible platform that brings together advanced security technologies to safeguard remote workers and critical resources from sophisticated threats. 

Schedule a free demo today to find out more.  

FAQs

What is a SASE solution?
A SASE solution is a cloud-based framework that combines network and security services like secure web gateways (SWG), cloud access security brokers (CASB), and zero-trust principles into a single platform. This simplifies security management and protection against cyber threats.
What are the benefits of using a SASE solution?
SASE solutions offer enhanced security, improved network performance, simplified management, cost savings, and easy scalability. They also provide a user-friendly interface and automated tools for efficient IT operations.
What are the top SASE providers in 2024?
Some of the leading SASE providers in 2024 include Check Point, Zscaler, Fortinet, Palo Alto Networks, and Cato Networks, each offering unique features and benefits.
How do I choose the right SASE provider for my organization?
Consider factors such as security features, network performance, scalability, ease of management, global reach, integration with existing infrastructure, customer support, pricing, and compliance with industry regulations.
What are some challenges associated with implementing a SASE solution?
Potential challenges include the complexity of setup, initial investment costs, and the need for compatibility with legacy systems.

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