Analysis of Top 7 Network Security Automation Tools in 2025

Cybercrime is projected to impact $10.5 trillion annually by 2025, presenting significant challenges for network defense.¹ Given the increasing volume of threats, cybersecurity teams are being stretched too thin and network security automation tools are necessary to scale their efforts.

See top network security automation tools, as well as, key features, main benefits, and types of network security automation tools:

Top 7 network security automation tools

Table 1. Key feature comparison

*may be provided by other products of the platform

Table 2. Market presence comparison

*Based on data from leading B2B review platforms

**Based on data from LinkedIn

Disclaimer: ❌ means that the AIMultiple team couldn’t identify public evidence about a specific feature.

Ranking: The companies are ranked based on the total of employees except for the sponsored products ranked at the top.

Inclusion criteria:

• All vendors featured in this list employ over 30 individuals.
• Every vendor listed in the table provides compliance management services along with a range of other cybersecurity solutions. Compliance management entails ongoing network monitoring and assessment of systems to ensure compliance with industry standards, security protocols, and corporate or regulatory requirements.

You may explore details on key features of network security automation tools in the following sections.

1. Tufin Orchestration Suite

This software prioritizes automation efforts by focusing on zero-touch automation, allowing for efficient and automated processes. Additionally, it provides IDS and IPS functionalities, ensuring proactive threat detection and response. Tufin provides a demo option for interested users.

User reviews

✅ Tufin‘s compatibility with various firewalls and network devices offers flexibility and convenience, allowing users to manage different brand devices within a single platform² .

Figure 1. A user review on Tufin

✅ The network topology feature allows security personnel to understand permitted and restricted traffic, even without direct access to firewalls, enhancing overall security awareness.

❌ The complexity of Tufin‘s licensing system is a concern for users, especially smaller customers, who suggest a more flexible and streamlined approach would improve user experience.

2. SolarWinds Network Configuration Manager

SolarWinds’ tool focuses on network configuration management but lacks features such as network analysis, zero-touch automation, IDS, and IPS. It may suit organizations seeking basic configuration management tools. It offers a 30-day free trial.

User reviews

✅ Users appreciate SolarWinds’s difference reports which enable a comparison between past and previous configurations.

❌ Several users have reported slowness in the Orion platform, especially with additional modules and nodes, highlighting the need for performance optimization to improve user experience³ .

Figure 2. A user review on SolarWinds Network Configuration Manager

❌ Users express a need for enhanced support for multiple vendors, suggesting the inclusion of more vendor-specific equipment profiles and features to broaden its usability in various network environments⁴ .

3. ManageEngine Log360

ManageEngine Log360, as a security automation tool, facilitates threat detection with network analysis, IDS, and IPS capabilities. It offers a 30-day free trial option.

User reviews

✅ This tool allows automatic configuration backups across network devices, ensuring data security both onsite and offsite⁵ .

Figure 3. A user review on ManageEngine

✅ The pricing of the product is competitive, making it an affordable solution for organizations

❌ There are occasional reports of Log360 causing system slowdowns, especially on Mac systems, and interfering with end-user tasks.

4. NetBrain Next-Gen

Offering network analysis and IDS features, NetBrain Next-Gen empowers security engineers to monitor and detect threats efficiently but lacks IPS features.

User reviews

✅ Users appreciate that the software offers dynamic mapping, real-time path analysis, and protocol-level troubleshooting, providing insights into network traffic flow and performance.

❌ Some users find the cost of NetBrain to be relatively high, suggesting that discounts for Tier 1 users would be beneficial.

❌ Users have experienced occasional slowdowns in system performance, suggesting improvements in speed and responsiveness.

Figure 4. A user review on NetBrain Next-Gen

5. Backbox

Backbox focuses on network security automation without offering network analysis, IDS, and IPS capabilities. Backbox provides a 2-day free trial and a demo option.

User reviews

✅ According to reviews, BackBox’s automation capabilities are highly effective, enabling tasks like backups and firmware updates on firewalls to be scheduled and executed seamlessly, improving operational efficiency for security analysts.

❌ Some users express the complexity of adding new non-standard automation in BackBox, requiring additional customization and configuration, which may pose challenges for users looking to implement advanced automation tasks.

Figure 5. A user review on BackBox

6. AppViewX ADC+

Figure 6. Dashboard of AppViewX ADC+

Source: AppView⁶

AppViewX ADC+ is a network security automation tool that offers a comprehensive suite of network security automation tools, including network analysis, zero-touch automation, IDS, and IPS. It enables security teams to automate security processes, detect threats, and fix vulnerabilities efficiently.

User reviews

✅ AppViewX ADC+ can manage various vendor network products, offering flexibility and the ability to add features as needed.

❌ The interface is perceived as unclear and not very intuitive, leading to a learning curve for users, especially those in non-technical roles.

7. AlgoSec Fireflow

AlgoSec Security Fireflow focuses on IDS, and IPS capabilities, making it a tool for automating security tasks and managing security incidents effectively. However, it lacks a network traffic analysis feature.

User reviews

✅ Reviews point to an appreciation of automation and identifying obsolete rules, thus enhancing operational efficiency and reducing human error.

Figure 7. A user review on AlgoSec FireFlow

❌ Algosec’s user interface can be complex, with a steep learning curve for users not well-versed in network security or firewall management, potentially leading to misconfigurations or delays in policy implementation.

Key features of security automation tools

1. Network analysis

It is a fundamental feature of network security automation tools, providing deep insights into network traffic, patterns, and anomalies. By leveraging network analysis capabilities, security analysts can detect unauthorized access, abnormal behaviors, and potential security breaches, allowing them to take proactive measures to mitigate risks and secure the network perimeter.

2. Intrusion detection system

IDS plays a critical role in identifying and alerting security teams about suspicious activities, unauthorized access attempts, and potential security threats within the network. Integrating IDS into security orchestration tools enables automated security systems, threat detection, real-time alerts, and rapid response to security incidents, thereby enhancing overall security stance and reducing response times.

3. Intrusion prevention system

IPS complements IDS by not only detecting but also actively preventing malicious activities and cyber attacks. Security orchestration tools with IPS capabilities can automatically block or quarantine suspicious traffic, enforce security policies, and mitigate security risks in real-time, ensuring proactive defense against cybersecurity threats and maintaining a robust security posture.

4. Security orchestration, automation, and response

SOAR platforms integrate enterprise software, automate repetitive tasks, orchestrate incident response workflows, and leverage threat intelligence feeds to enhance security operations.

With SOAR, security teams can automate repetitive security tasks, streamline incident response processes, and orchestrate complex security operations. This capability not only enhances operational efficiency but also enables proactive threat hunting, incident investigation, and remediation, ultimately strengthening the organization’s overall security stance.

4 main benefits of network security automation tools

1. Streamlined security operations

Network security automation tools streamline cybersecurity operations by automating repetitive tasks, workflows, and processes. This enables security teams to focus on strategic initiatives, threat analysis, and proactive threat hunting, rather than being bogged down by manual, time-consuming tasks.

By automating security processes, organizations can achieve operational efficiency, reduce human error, and enhance overall productivity within the security operations center (SOC).

2. Proactive vulnerability management

Security automation tools facilitate proactive vulnerability management by automating vulnerability scans, assessments, and remediation processes. This allows organizations to identify and address security vulnerabilities before they can be exploited by malicious actors.

By automating vulnerability management, businesses can strengthen their security posture, reduce exposure to cyber threats, and ensure compliance with industry regulations and best practices.

3. Rapid threat detection and response

One of the primary advantages of security automation tools is their ability to detect and respond to cyber threats in real-time.

These tools leverage threat intelligence feeds, advanced analytics, and automated investigation of threats to identify suspicious activities, security incidents, and potential breaches promptly. By automating threat detection and response, businesses can minimize downtime, contain security incidents swiftly, and mitigate the impact of cyber attacks.

4. Business continuity and risk management

Network security automation tools contribute to business continuity and risk management efforts by automating risk assessments, compliance checks, and security audits. By automating risk management processes, organizations can identify, prioritize, and mitigate potential threats, thereby safeguarding critical assets and maintaining operational continuity.

Types of network security automation tools

1. SOAR platform integration

SOAR platforms integrate different security tools, automate repetitive tasks, orchestrate incident response workflows, and leverage threat intelligence to enhance security operations. Security automation platform enables a security team to streamline incident detection, prioritize alerts, automate response actions, and collaborate effectively within the security operations center (SOC).

2. Threat intelligence platforms

Threat intelligence platforms gather, analyze, and disseminate actionable threat intelligence feeds to security analysts. These tools enable organizations to stay informed about the latest cyber threats, trends, and indicators of compromise (IOCs), empowering them to proactively detect and respond to potential security incidents.

3. Vulnerability management tools

Vulnerability management tools identify, assess, and remediate vulnerabilities in network devices, applications, and systems. These tools play a crucial role in proactive threat mitigation by scanning for known vulnerabilities, prioritizing remediation efforts, and ensuring compliance with security best practices and industry standards.

4. Endpoint security solutions

Endpoint security solutions focus on protecting endpoints, such as computers, mobile devices, and servers, from cyber threats. They include features like endpoint detection and response (EDR), antivirus, anti-malware, and device management capabilities. These solutions detect and respond to endpoint incidents, prevent unauthorized access, and safeguard sensitive data, contributing to comprehensive cybersecurity defense.

How to choose the right cybersecurity automation tool?

1. Network traffic analysis

An effective cybersecurity automation tool should offer robust network traffic analysis capabilities. It should be able to monitor, analyze, and detect anomalous patterns in network traffic, helping identify potential security threats and vulnerabilities. Look for tools that provide deep packet inspection, behavior-based analytics, and real-time visibility into network activity for detecting threats and enhancing response capabilities.

2. IDS and IPS functionality

Ensure that the cybersecurity automation tool integrates IDS and IPS functionality seamlessly. IDS is essential for detecting suspicious activities and incidents, while IPS plays a crucial role in blocking and mitigating identified threats. Choose a tool that offers both IDS and IPS capabilities, with customizable rule sets, threat intelligence integration, and automated response mechanisms.

3. SOAR capabilities

A modern cybersecurity automation tool should include Security Orchestration, Automation, and Response (SOAR) capabilities. SOAR platforms enable organizations to orchestrate security systems, enhance workflow automation, automate incident response processes, and integrate disparate network security automation tools and technologies into a unified platform.

Look for SOAR features such as playbook automation, case management, threat intelligence integration, and automated response actions to streamline security operations and improve overall efficiency.

4. User-friendly interface and reporting

Ease of use and comprehensive reporting capabilities are essential factors when choosing a cybersecurity automation tool.

The tool should have an intuitive user interface, easy configuration options, and robust reporting features to provide actionable insights into incidents, threats, and vulnerabilities. Look for tools that offer customizable dashboards, real-time alerts, and detailed analytics to facilitate informed decision-making and proactive threat management.

FAQs

Important software to combine with network security automation tools

Network security audit tools: Identify threats, vulnerabilities, and malicious activity to help companies mitigate cyber attacks and follow compliance with regulations.

NCCM software: Monitor information about your organization’s network devices by documenting network device configurations.

DSPM vendors: Provide network visibility into where to find sensitive data, who has access to it, and how it has been used across the cloud.

Network security policy management solutions (NSPM): Protect network infrastructure using firewalls and security policies against all threats.

SDP software: Deliver a software-defined perimeter (SDP) across the cloud to determine who gets access to what resources.

Further Reading

• Top Firewall Management Tools: Analysis & Comparison
• Key Components of Firewall Compliance: Guidance

External Links

• 1. eSentire | 2023 Official Cybercrime Report.
• 2. Tufin Orchestration Suite Reviews 2025: Details, Pricing, & Features | G2.
• 3. SolarWinds Network Configuration Manager - Easy to deploy/use and just works | TrustRadius. TrustRadius
• 4. SolarWinds Network Configuration Manager (NCM) review in Network Automation Platforms.
• 5. ManageEngine Reviews. Capterra. Accessed: 02/May/2024.
• 6. Load Balancer Automation Platform for F5, Nginx | ADC+. AppViewX