10 Best Security Service Edge (SSE) Solutions

Security Service Edge (SSE) is an idea in cybersecurity that shows how network security has changed over time. It combines different security services into a single, cloud-based tool that gives users full protection and access control, no matter where they are.

SSE is made to help today’s spread-out workers, where standard network walls don’t exist anymore because so many people use cloud services, work from home, and use mobile devices.

With a focus on customized solutions, Security Service Edge  Solutions leverages its expertise in multiple programming languages, frameworks, and methodologies to create reliable and scalable software solutions.

Report on the Market Share, Forecast, and Growth of Security Service Edge (SSE). The market size of the Security Service Edge is projected to reach around $0.8 billion by 2023. The projected growth rate from 2023 to 2028 is estimated to be 25.4% on an annual basis.

Table of Contents

What is SSE Solutions?
Benefits of SSE Solutions
Best practices on SSE Solutions
Challenges in Implementing SSE Solutions
Top 10 SSE solution providers and its features
Top 10 SSE solution providers
1.Perimeter 81 
2.NordLayer
3.Twingate
4.Cisco Umbrella Cloud Security Service
5.Forcepoint 
6.Skyhigh Security 
7.Netskope Security Service Edge
8.Palo Alto Networks 
9.Proofpoint 
10.Zscaler SASE
Conclusion
FAQ

What is Security Service Edge (SSE) Solutions?

SSE Solutions, standing for Security Service Edge, is an idea in cybersecurity that focuses on delivering comprehensive security services immediately at a network’s border.

This approach’s integrated security capabilities include a secure web gateway, cloud access security broker, zero-trust network access, and firewall-as-a-service.

Its goal is to ensure the safety of users, apps, and data in a cloud-centric environment by supporting safe access to resources regardless of location.

Organizations may strengthen their defenses against ever-changing cyber threats with the help of SSE Solutions, which consolidates security services to improve visibility, control, and reaction capabilities. This helps with digital transformation strategies, remote work, and overall cyber resilience.

What is the Difference SASE vs SSE ?

The main differences between Secure Access Service Edge (SASE) and Security Service Edge (SSE) are shown in the table below. It shows their main purpose, their parts, how they are deployed, and how they are usually used:

Feature	SASE	SSE
Definition	A comprehensive networking and security model that combines WAN capabilities with cloud-native security functions.	A subset of SASE focused specifically on security services, providing secure access to web, cloud services, and private applications.
Primary Focus	Integrates network and security services to provide secure and fast network connections regardless of user location.	Concentrates on security aspects, ensuring safe access to applications and data across any environment.
Key Components	– SD-WAN (Software-Defined Wide Area Networking) – CASB (Cloud Access Security Broker) – ZTNA (Zero Trust Network Access) – SWG (Secure Web Gateway) – FWaaS (Firewall as a Service)	– CASB (Cloud Access Security Broker) – ZTNA (Zero Trust Network Access) – SWG (Secure Web Gateway) – Data Loss Prevention (DLP) – Threat Protection
Deployment Model	Delivered as a cloud service, integrating both networking and security functionalities.	Primarily delivered as a cloud-based service, focusing on security services without the networking aspect.
Use Cases	– Organizations looking to simplify their network and security architecture – Businesses requiring secure remote access to applications and services globally – Companies needing to optimize network performance and access to cloud resources	– Enterprises aiming to enhance their security posture with a focus on cloud and web-based resources – Organizations looking to implement a Zero Trust security model – Businesses needing comprehensive security across multiple cloud environments

Benefits of Security Service Edge (SSE) Solutions

• Improved Security: SSE solutions offer a complete security framework that protects against many online threats by combining security services like FWaaS, CASB, secure web gateways, and more.
• Simplified Security Infrastructure: Simplifying security design and management, SSE minimizes the difficulty of managing many point solutions by integrating various security tasks into a single platform.
• Improved Visibility and Control: Whatever the size or location of your organization, SSE gives you centralized control and visibility over all of your users, devices, apps, and data. Because of this, policy enforcement and risk management can become more effective.
• Support for Remote and Hybrid Work: Security Service Edge ensures that security standards are consistently executed regardless of the user’s location or device type. This facilitates secure access to apps and data for remote and hybrid employees.
• Cloud-native Integration: Scalable, adaptable, and in line with cloud adoption objectives, SSE solutions are built to work in cloud environments and interact with cloud services and apps without problems.
• Reduced Latency: Reducing the latency associated with backing up traffic to a centralized data center, SSE improves application performance and user experience by delivering security services closer to where the users are.
• Zero Trust Security Model: To reduce the attack surface, SSE solutions frequently adhere to the Zero Trust principles, which include authenticating all users and devices, only allowing the lowest level of permission, and constantly scanning for threats.
• Cost Efficiency: Saving money and easing the administrative load on IT departments are two benefits of consolidating security services onto one platform.

Best Practices on SSE Solutions

• Understand Your Security Needs: Evaluating user behavior, data sensitivity, application kinds, and compliance requirements is important before deploying an SSE solution. This will help you determine your organization’s security needs. This understanding will serve as a guide for the features and configurations chosen.
• Integration with Existing Infrastructure: Verify that your current IT and security systems are compatible with the SSE solution. Minimizing interruptions and making the most of your security expenditures are possible when new tools and systems are compatible with existing ones.
• Prioritize User Experience: Security must never come at the expense of the user experience. Look for SSE solutions that provide an acceptable medium between advanced security features and ease of use. The ideal solution would allow users to access data and applications with little delay and effort.
• Continuous Monitoring and Analysis: Keep an eye on things like network activity, user actions, and application utilization with the help of the reporting and analytics features included with SSE solutions. Potential security dangers can be better understood, and access controls can be fine-tuned using this data.
• Educate and Train Users: User awareness initiatives and training sessions should be conducted regularly. Security breaches can be drastically reduced with user education on acceptable practices, possible dangers, and the proper use of SSE features.
• Scalability and Flexibility: Choose scalable and flexible solutions to meet your organization’s evolving demands. It would help if you had an SSE solution that can scale with your company, supporting additional users, devices, and data without sacrificing security or speed.

How to Choose Best Security Service Edge (SSE) Solutions ?

Choosing the best Security Service Edge (SSE) solution for your organization involves evaluating a range of factors to ensure that the solution aligns with your business requirements, security needs, and technological infrastructure. Here’s a structured approach to selecting the most suitable SSE solution:

1. Assess Your Security Needs

• Identify Sensitive Data: Understand what sensitive data you have, where it resides, and how it’s used.
• Analyze Access Requirements: Determine who needs access to what resources and from where (e.g., remote work, office locations).
• Regulatory Compliance: Consider the regulatory requirements your organization needs to comply with (GDPR, HIPAA, etc.).

2. Evaluate Core Capabilities

• Comprehensive Coverage: Ensure the solution includes essential components like CASB, SWG, ZTNA, and FWaaS.
• Integration and Compatibility: Check how well the solution integrates with your existing security stack and IT infrastructure.
• Scalability and Performance: The solution should scale with your organization’s growth without compromising performance.
• Advanced Threat Protection: Look for capabilities to defend against advanced threats, including malware, ransomware, and zero-day attacks.

3. Consider Usability and Management

• User Experience: The solution should not overly complicate the user experience or hinder productivity.
• Centralized Management: Prefer solutions offering centralized visibility and control over security policies and events.
• Automation and Orchestration: Evaluate the ability to automate responses and orchestrate security workflows.

4. Look into the Provider’s Reputation and Support

• Vendor Reputation: Research the provider’s history, stability, and reputation in the cybersecurity industry.
• Customer Support: Ensure the provider offers robust customer support, including 24/7 assistance, technical resources, and a knowledgeable support team.
• Community and Ecosystem: A strong community or ecosystem around the product can provide additional resources and integrations.

5. Total Cost of Ownership (TCO) and Return on Investment (ROI)

• Cost Analysis: Understand all costs involved, including subscription fees, implementation costs, and any additional hardware or software requirements.
• ROI Consideration: Consider how the solution can improve security posture, reduce risk, and potentially lower costs in other areas (e.g., reducing the need for multiple point solutions).

6. Proof of Concept (PoC)

• Test in Your Environment: Before making a final decision, conduct a PoC to see how the solution performs in your environment. It should meet your security requirements without impacting performance.
• Feedback from Stakeholders: Gather feedback from IT, security teams, and end-users to ensure the solution meets technical and usability requirements.

7. Reviews, References, and Case Studies

• Independent Reviews: Look for reviews from independent analysts (e.g., Gartner, Forrester) and customer testimonials.
• Reference Checks: If possible, speak with existing customers about their experiences with the solution and the provider.

Selecting the best SSE solution is a critical decision that requires careful consideration of your organization’s specific needs, the solution’s capabilities, and the provider’s support and reputation. Taking a comprehensive and methodical approach to this process will help ensure that you choose a solution that effectively secures your digital assets and supports your business objectives.

Top 10 SSE Solution Providers and its Features

Top 10 SSE solution providers	Key Features
1.Perimeter 81	1.SSE, ZTNA, SDP 2.Global Backbone Network · 3. Hybrid Secure Web Gateway (SWG) 4. Malware Protection 5.SWG Web Filtering 6.Split Tunneling.
2. Twingate	1. Granular Access Controls 2 Device Intelligence 3. Universal MFA 4. Seamless Compliance 5. Zero Trust as Code 6. Security at Scale 7. Internet Security Client Configuration 8. Administration and Admin Console Security
3. Cisco Umbrella Cloud Security Service	1. DNS-Layer Security 2. Secure Web Gateway 3. Cloud Access Security Broker (CASB) 4. Cloud Data Loss Prevention (DLP) 5. Cloud-Delivered Firewall 6. Cloud Malware Protection 7. Remote Browser Isolation (RBI)
4. Forcepoint	1. Zero Trust Network Access (ZTNA) 2. Secure Web Gateway (SWG) 3. Data Loss Prevention (DLP) 4. Forcepoint ONE Firewall 5. Cloud Access Security Broker (CASB) 6. Remote Browser Isolation (RBI) 7. Email Data Loss Prevention
5. Skyhigh Security	1. Centralized policy management 2. Unified classification 3. Cloud application control 4. Malware protection 5. Data and permission controls 6. Web traffic routing 7. Threat protection 8. Secure web gateway functionalities
6. Netskope Security Service Edge	1. Simplified operations 2. Modernized cloud security 3. Zero trust with adaptive controls 4. Superior data protection 5. Enhanced user and app experience 6. Industry-leading SLAs
7. Palo Alto Networks	1. ML-powered Next-Generation Firewalls (NGFW) 2. High AAA rating for NGFW 3. Maximized ROI with network security platform 4. Unified network security architecture 5. Deep learning for real-time threat prevention 6. Advanced threat prevention and URL filtering 7. DNS security and data loss prevention 8. IoT security and SD-WAN
8. Proofpoint	1. Advanced BEC Defense 2. Email Fraud Protection 3. Unified Email Security Solution 4. Intelligent Content Filtering 5. Real-time URL and Attachment Defense 6. Policy-based Data Loss Prevention 7. Automatic Email Encryption
09. Zscaler SASE	1. Zero Trust Exchange 2. Cloud Protection 3. Digital Experience Monitoring 4. Client Connector 5. Privacy and Compliance 6. Secure SD-WAN Solution 7. Granular Security Solution 8. SSL Inspection 9. Bandwidth Control
10. NordLayer	1. SASE (Secure Access Service Edge) 2. Zero Trust Security Frameworks 3. Network Segmentation and Control 4. User Provisioning 5. Always On VPN 6. Shared and Virtual Private Gateways 7. Deep Packet Inspection (Lite)

10 Best Security Service Edge (SSE) Solutions – 2024

• Perimeter 81 
• NordLayer
• Twingate
• Cisco Umbrella Cloud Security Service
• Forcepoint 
• Skyhigh Security 
• Netskope Security Service Edge
• Palo Alto Networks 
• Proofpoint 
• Zscaler SASE

1. Perimeter 81 

An architectural paradigm integrating cloud-based security functionalities at the network edge. Traditionally, network security relies on internal appliances like firewalls and IDPS.

SSE solutions address challenges by deploying security measures closer to data sources and users, diverging from centralized solutions. 

This approach combines advanced security services with network functionality at the edge. Encrypted tunneling through public or private gateways is installed locally for low-latency secure connections.

Organizations benefit from SSE’s comprehensive network security approach, ensuring asset protection, sustained performance, threat adaptability, and support for modern work environments.

Encrypt the network using client-based or agentless access, starting from local hardware and ending at mobile edge locations.

Features

• Protects the privacy and security of data sent by remote users by encrypting it.
• It makes managing a network easier by giving you a single screen to manage users, rules, and device settings.
• Adds security controls to cloud services like AWS, Azure, and Google Cloud Platform without any problems, giving you full safety.
• Makes sure security by checking every user and object connecting to the network, no matter where they are.
• Provides an extra layer of protection by needing more verification than just passwords.

What is Good?	What Could Be Better?
Monitors all major cloud providers for robust visibility.	Dependency on internet connectivity may pose availability concerns.
Enforces precise access based on identity, role, and device.	Limited advanced threat detection capabilities.
Integrates security at the network edge for adaptability.

Perimeter 81  – Trial / Demo

2. Twingate

Seamlessly integrates the foundational networking and security elements of Secure Service Edge (SSE) technology. 

As a software-only solution, Twingate eliminates the need for intricate network infrastructure adjustments. Provides valuable insights into network access activities, offering visibility based on user and device identities.

Admins and end users benefit from a straightforward implementation process, requiring no reconfiguration or technical support.

End-user setup is simplified to installing a consumer app and signing in, with no technical expertise necessary. Extensive logging capabilities empower security monitoring across the entire network. 

Facilitates seamless authentication through major identity providers such as Okta, OneLogin, Azure AD, and Google Workspace, ensuring a secure and streamlined user authentication process.

Including out-of-the-box split tunneling optimizes user connectivity by selectively routing traffic bound for secured resources through Twingate, enhancing overall network performance and efficiency.

Features

• Sets up private, encrypted links between people and resources, reducing the area that can be attacked.
• Offers a central dashboard for managing users, access rules, and network visibility in an effective way.
• It is easy to set up and doesn’t require complicated VPN settings, which cuts down on the time and effort needed for deployment.
• It makes security better by letting administrators set exact access rules based on user roles, applications, and networks.
• Sets up a Zero Trust security approach that makes sure users can safely access resources based on their identity and the trustworthiness of their device.

What is Good?	What Could Be Better?
Utilizes verified user identities for granular access control.	It may require additional integration efforts for specific environments.
Enhances user connectivity, security, and productivity with swift deployment.	Could face interoperability issues with certain applications.
Eliminates the need for intricate network infrastructure adjustments.

Twingate – Trial / Demo

3. Cisco Umbrella Cloud Security Service

Cisco’s Secure Access cloud-based architecture delivers top-notch security, scalability, and resilience against various attack vectors. 

Positioned between users and data, it enforces granular access controls for robust threat protection and compliance. 

Simplify deployment, management, and optimization with a unified, cloud-managed console in hyper-distributed environments.

Facilitate secure connections for users and devices, ensuring confidence in accessing the internet and critical applications. 

A full cloud security service with zero trust network access (ZTNA), secure web gateways (SWG), cloud access security brokers (CASB), cloud firewalls, DNS-layer security, data loss prevention (DLP), and remote browser isolation (RBI) can help you stay safe.

Features

• Uses Cisco Talos Intelligence, which is one of the world’s biggest threat intelligence teams, to detect and prevent new threats before they happen.
• Checks DNS queries to find and stop malicious behavior; this is the first line of defense against threats.
• It can be set up quickly and easily, and there is no hardware to install or manage. It protects users everywhere, on or off the network.
• Filters real-time internet traffic to stop people from going to dangerous websites and make sure that acceptable use rules are followed.
• Checks and manages all web data, even encrypted ones, to detect and prevent sophisticated threats.

What is Good?	What Could Be Better?
Consistent security across diverse platforms and environments	Potential challenges in fine-tuning configurations for specific environments.
Granular access control for specific application-level permissions	Limited granularity in policy customization for complex security needs.
Comprehensive visibility into cloud applications and shadow IT

Cisco Umbrella Cloud Security Service – Trial / Demo

4. Forcepoint 

Facilitate secure access to the web, cloud, and private apps with Forcepoint ONE, bolstering productivity across diverse environments. 

For cost-effectiveness, streamline processes and make use of the AWS hyperscaler platform. Real-time economic insights are delivered through Forcepoint Insights, reflecting the security posture. 

Enforce the principle of least privilege with identity-based access control, ensuring tailored access for employees, contractors, and guests on any device. 

FlexEdge Secure SD-WAN complements this approach, supporting offices and remote sites, enabling secure BYOD, and managing unmanaged devices. 

Elevate web security with Zero Trust web access, combining Secure Web Gateway, Remote Browser Isolation, and Zero Trust CDR to guarantee the safety of every website visit and file download.

Features

• Makes sure that security regulations are followed for cloud services and apps to stop data breaches and make sure that they are followed.
• Keeps private information safe by keeping an eye on and managing how it moves through networks, endpoints, and cloud apps.
• Finds insider threats and accounts that have been hacked by looking at how users act and using machine learning techniques to find strange things.
• Real-time content inspection and URL filtering protect users from web-based risks like malware, phishing, and bad websites.
• Advanced threat protection by inspecting and filtering data at the network edge based on the user and application.

What is Good?	What Could Be Better?
Thwarts cyber threats and displays insights promptly.	Potential delays in updating threat intelligence databases.
Maintains a transparent view of compliance status.	Complexity in managing policies across diverse user groups.
Tracks how users interact with data continuously.

Forcepoint – Trial / Demo

5. Skyhigh Security 

Skyhigh Security Security Service Edge solutions ensure comprehensive workforce protection and data security across web, cloud, email, and private applications. 

It employs real-time threat defense at each control point, reducing security costs and simplifying management through a unified platform.

By deploying real-time data and threat protection against sophisticated and cloud-enabled threats across all vectors (web, cloud, email, and private apps), SSE solutions optimize security protocols and protect sensitive data.

Efficient traffic handling is achieved through secure direct-to-cloud access, boasting 99.999% availability and ultra-low latency. A scalable, cloud-native architecture and a global cloud footprint make this possible.

The solution integrates advanced technologies, including User and Entity Behavior Analytics (UEBA), for identifying malicious behavior. 

Remote Browser Isolation (RBI) also contains web browsing within an isolated cloud environment. The Gateway Anti-Malware (GAM) engine employs real-time emulation sandboxing for enhanced security measures.

Features

• Watches how the cloud is used and enforces security policies to make sure that rules and laws are followed.
• Allows you to see and manage cloud services and apps, protecting your data and following the rules.
• Keeps private information from getting out or being shared in a bad way between cloud services, which stops data breaches.
• Finds and keeps an eye on any cloud use that isn’t allowed within the company, which helps lower security risks.
• Protects against cyber threats that are aimed at cloud environments by allowing for advanced threat detection and reaction.

What is Good?	What Could Be Better?
Ensures protection across the web, cloud, email, and apps.	Limited visibility into certain encrypted traffic.
Achieves secure direct-to-cloud access.	Scalability concerns for rapidly expanding enterprises.
Provides advanced security measures against malware.

Skyhigh Security – Trial / Demo

6. Netskope Security Service Edge

Quick and easy transaction protection is provided by Netskope’s Security Service Edge, which protects users and data in a variety of settings. 

The platform enhances inline threat defense, elevating malware and phishing detection while minimizing false positives.

The SSE solutions streamline operations through a unified policy structure and management console, offering simplicity and efficiency across a singular platform. 

Leveraging AI/ML-driven app discovery and trust scoring, Netskope enables granular policies and automated workflows for investigations, ensuring adaptability to environmental changes.

Customers benefit from continuous enforcement of data movement policies and robust threat protection. This all-encompassing strategy promotes risk reduction and safe cooperation.

Inline behavior coaching and step-up challenges prevent unintentional or unauthorized data access or movement within applications. 

Features

• Offers real-time web security controls to keep users safe from web-based risks and make sure they follow rules about acceptable use.
• Keeps private information from getting out or being shared in a bad way between cloud services, which protects against data breaches.
• Gives you control and insight over cloud apps and data, making sure you follow the rules and avoiding data loss.
• On both endpoints and cloud services, it finds and stops advanced threats like malware, ransomware, and phishing attempts.
• Uses the Zero Trust security strategy to make sure that users and devices are who they say they are before letting them access resources.

What is Good?	What Could Be Better?
Converges multiple security capabilities into one cohesive cloud platform.	Initial setup and configuration may be time-consuming.
Addresses security for both company and personal instances comprehensively.	The learning curve for administrators new to the platform.
Enforces corporate policies to meet regulatory compliance requirements.

Netskope Security Service Edge – Trial / Demo

7. Palo Alto Networks 

Maximize security by enabling private onboarding and automated app discovery. Make sure there is comprehensive security inspection, ongoing trust verification, and fine-grained access control.

Effortlessly transition from legacy solutions to gain online visibility and control over internet and SaaS app traffic. Make use of cutting-edge security measures driven by ML and AI.

Swiftly discover and manage all SaaS applications with an integrated Next-Generation CASB. Take advantage of strong inline/API controls and SaaS security posture management.

Regulating access levels to sensitive information requires the implementation of contextual policies. Secure application access can be obtained up to five times quicker than direct Internet access.

Improve the performance of “first-mile” connections in real-time by utilizing an intelligent App-Aware edge. 

Features

• Deep packet inspection, application-level control, and intrusion prevention are some of the advanced threat security features it offers.
• Uses machine learning algorithms and global threat intelligence feeds to find and block new threats as they appear in real time.
• Provides full endpoint protection with features such as file sandboxing, endpoint detection and response (EDR), and malware prevention.
• Uses a Zero Trust architecture to make sure that people and devices are who they say they are before letting them access resources.
• Protects cloud settings with CASB integration, workload protection, and security controls that are built to work in the cloud.

What is Good?	What Could Be Better?
Continuous validation of trust for sustained security assurance.	Limited customization for unique organizational requirements.
Robust controls at both inline and API levels for security.	Higher initial investment may be a deterrent.
Seamless management and discovery of SaaS applications.

Palo Alto Networks – Trial / Demo

8. Proofpoint 

Security Service Edge solutions concentrate on safeguarding remote data access and setting standards for robust data protection. 

Adhering to SSE practices is imperative for any external entity connecting remotely to corporate data, ensuring data integrity and security. 

Monitoring and tracking policies form a pivotal part of Security Service Edge strategies, enhancing incident response and investigations, particularly in cases of insider threats and unauthorized access.

In contrast to traditional security paradigms, zero-trust network access treats every request as a potential threat, eliminating implicit trust in authenticated users. 

Cloud-deployed firewalls act as a protective service, securing data and regulating access across network segments. 

Web gateways scrutinize user-internet traffic, permitting or blocking communication-based on administrator configurations. 

CASB is crucial in consistently enforcing authorization and authentication policies across network resources. These technical measures collectively fortify organizations against potential security breaches.

Features

• Protection against email-based risks like spam, phishing, and malware that is strong.
• Helps businesses meet legal requirements by following regulations and making sure data is safe and private.
• Advanced threats, such as ransomware and business email compromise (BEC) attempts, are identified and prevented.
• Keeps private information from getting out or being shared in a bad way through email, cloud services, and other methods.
• Offers interactive training tools to teach workers the best ways to keep their data safe and lower the chance of error.

What is Good?	What Could Be Better?
Protects data and regulates access across network segments.	Rely on timely threat intelligence updates.
Enforces policies consistently across network resources.	Integration challenges with certain third-party applications.
Ensures data security.

Proofpoint  – Trial / Demo

9. Zscaler SASE

The Zscaler Cloud Security Platform, designed as a purpose-built SSE solution, prioritizes risk reduction, performance, and scalability. 

The Security Service Edge architecture simplifies security services, expediting cloud adoption by eliminating IT friction and consolidating security functions. 

Its unified platform, free from appliance management, ensures a cohesive approach to risk reduction for all users, whether on or off the network. 

Employing business policies, the Security Service Edge architecture facilitates native application segmentation, connecting authenticated users to authorized apps without network involvement. 

The globally distributed cloud situates protection close to users, enforcing consistent policies, threat management, and data protection for all user-to-app connections. 

It also enhances security by concealing source identities, obfuscating IP addresses, and preventing exposure of the corporate network to potential internet threats.

Features

• Uses a global network of data centers to connect users all over the world with low latency and good performance, no matter where they are.
• Offers security services from the cloud, so you don’t need hardware on-site. It also offers security options that are scalable and flexible.
• Gives managers a central view of and control over user activity and security policies, so they can effectively monitor and manage security posture.
• Makes sure that users can only access certain apps and data based on their name and the trustworthiness of their device. This can be done from anywhere.
• Provides a full range of security services, such as web security, CASB, DLP, and firewalls, to keep you safe from many types of dangers.

What is Good?	What Could Be Better?
Centralized cloud services ensure consistent security across diverse locations.	Limited control over detailed policy configurations for some users.
Least-privilege access minimizes network exposure for remote users.	Dependencies on Zscaler’s infrastructure and service reliability.
Automated deployment and management streamline operational efficiency.

Zscaler SASE – Trial / Demo

Conclusion

10. NordLayer

NordLayer, known for its cybersecurity solutions, has expanded its offerings to include Security Service Edge (SSE) functionalities, aiming to cater to the modern needs of businesses looking for secure access and data protection in a cloud-centric world.

NordLayer’s approach to SSE is designed to simplify secure access to resources for remote and distributed workforces, integrating key security services into a unified platform.

Implement the SSE framework for robust business security, seamlessly integrating user-centric authentication and access control across the cloud.

Utilize Secure Web Gateways (SWGs) like NordLayer to enforce policies, ensure compliance, and block malicious web traffic to safeguard against threats.

With CASB capabilities, it securely manages user access to cloud infrastructure, controlling access to critical resources for enhanced security.

Adopt the Zero Trust Network Access approach, continuously reviewing and adapting trust levels to remove implicit trust from computing infrastructure.

Empower employees with secure tools, enabling smarter and more efficient work while ensuring complete safety.

DNS-layer security (SSE) solutions support remote work and BYOD policies, extending secure protection to devices used by remote workers and contractors for effective responsibility execution.

Features

• Uses a huge network of servers around the world to improve performance and make sure that users can join reliably from anywhere.
• Uses the most up-to-date encryption standards and security measures to keep you safe from cyber threats.
• It has a central dashboard that makes managing users, access rules, and network settings easy.
• Works smoothly on a number of different devices and running systems, giving you options and making it easy to access.
• It offers encrypted paths for sending data safely, protecting confidentiality and security.

NordLayer – Trial / Demo

Conclution

Today’s cybersecurity ecosystem would be incomplete without SSE solution providers, who provide integrated services to protect digital assets in various settings.

Their strength is in providing comprehensive, adaptable, and easy-to-use solutions, allowing for smooth integration without affecting performance.

Companies that put an emphasis on being flexible, innovative, and customer-centric will be the ones to succeed in the ever-changing digital landscape.

To tackle new threats effectively, these providers should adhere to zero-trust principles and monitor future security developments.

Whoever provides the greatest insight into and solutions for companies’ ever-changing cybersecurity demands will ultimately determine the industry’s future.