13 Security Automation Tools Every Organization Needs

Why Do We Need Security Automation?

The evolution of the internet has been a mixed blessing in many ways. While enabling cost reductions and improved efficiencies in business, it has provided opportunities for hackers and the like to steal information and money using cyberattacks. Cyber threats can be internal and external, intentional, or simply human error.

There are many examples of businesses failing, and countless others suffering severe reputational damage following a security breach. Having a secure operating environment has become of paramount importance for businesses of all sizes. For example, you might remember the chaos caused to travelers when a malformed software update brought down air traffic control systems in 2024.

However, security comes at a cost. Physical infrastructure and software tools such as firewalls for threat detection and blocking are often needed. In addition, dedicated staff are needed to operate and monitor the security environment and to react to security challenges. Security automation can reduce capital and operational costs while maintaining and improving security.

What Is Security Automation?

Security challenges, by and large, follow the Pareto distribution: 80 percent are of a known, detectable, and preventable type, with only 10 percent needing specific identification, attention, and response. That provides an opportunity to automate security processes.

Simply put, automated processes provide 24/7/365 coverage for the 80 percent without a need for human intervention, allowing security staff to concentrate on monitoring for new threats and dealing with them as they occur. Automation provides full coverage, enhancing threat detection and response times while reducing human error.

In some environments, it also assists with compliance with standards or statutes.

As can be seen below, there are a range of security automation tools from many reputable suppliers for different environments and threat types. The skill lies in selecting the best of breed of each that work together to create an integrated environment that meets your business needs. As an example, the tools needed in a manufacturing environment with Internet of Things (IoT) devices will be different from those for an accountant's office.

How Do Security Automation Tools Work?

Security automation tools work by using scripts, AI, and machine learning to automatically detect, investigate, and respond to security threats without requiring manual intervention. These tools integrate with existing security infrastructure to streamline processes, reduce response times, and improve threat management. Here's how they work:

1. Threat Detection

Security tools continuously monitor network traffic, system logs, and user behavior.

They use AI and predefined rules to identify suspicious activity (e.g., unusual login attempts, malware signatures, or data exfiltration).

2. Incident Response

When a potential threat is detected, the automation tool can trigger predefined response actions.

For example, it can isolate a compromised endpoint, block an IP address, or disable a suspicious user account.

3. Investigation & Analysis

Security automation tools gather and correlate data from various sources like SIEM (security information and event management) systems, firewalls, and endpoint protection platforms. They analyze patterns to determine whether an alert is a real threat or a false positive.

4. Remediation & Recovery

If a security incident is confirmed, the tool can take automated actions, such as:

• Patching vulnerabilities
• Rolling back infected systems
• Enforcing security policies (e.g., resetting passwords)

This reduces the time attackers have to exploit vulnerabilities.

5. Reporting & Compliance

Security automation tools generate reports and logs for compliance audits.

They help organizations adhere to regulations like GDPR, HIPAA, and SOC 2 by providing automated documentation of security events and responses.

Top Security Automation Tools

Security automation tools help organizations detect, investigate, and respond to threats with minimal manual intervention. They enhance security operations by integrating with existing infrastructure, automating routine security tasks, and improving response times. 

Below is a comprehensive list of essential security automation tools, each detailed in detail with how they work, their strengths and weaknesses, and their role in security operations.

1. Blink Ops

How It Works

Blink Ops is a no-code security automation platform that enables security teams to automate workflows across multiple security tools without requiring programming knowledge. It integrates with SIEM, SOAR, and cloud security platforms to streamline security incident response and compliance management.

What It’s Good For

Blink Ops is ideal for teams that need to automate security operations quickly and efficiently without requiring extensive development expertise.

Strengths

• No-code automation for easy setup and use
• Wide integration capabilities with third-party security tools
• Reduces manual workload by automating repetitive security tasks
• Enables quick response to security incidents

Weaknesses

• May require fine-tuning for highly customized security workflows
• Limited support for complex scripting compared to full SOAR solutions

2. Jit

How It Works

Jit is a security compliance automation platform that continuously monitors applications and development workflows to ensure compliance with security best practices. It integrates with CI/CD pipelines to automate vulnerability scanning and enforce security policies.

What It’s Good For

Jit is designed for DevOps teams that need a lightweight security solution to ensure compliance without disrupting development workflows.

Strengths

• Seamlessly integrates with CI/CD tools like Jenkins, GitHub Actions, and GitLab CI
• Provides real-time security insights to developers
• Automates security compliance across cloud-native applications

Weaknesses

• Primarily focused on compliance rather than active threat mitigation
• Limited advanced threat detection capabilities

3. Slauth.io

How It Works

Slauth.io is an identity and access management (IAM) security automation tool that helps organizations enforce least-privilege access policies and detect anomalies in authentication activity.

What It’s Good For

Slauth.io is ideal for securing cloud environments and preventing IAM misconfigurations.

Strengths

• Agentless deployment for quick integration
• Real-time monitoring of authentication activity
• Enforces zero-trust security principles

Weaknesses

• Requires integration with existing identity providers (e.g., Okta, Azure AD)
• Focused primarily on IAM security, requiring additional tools for broader threat management

4. Memcyco

How It Works

Memcyco is a real-time website protection tool that prevents phishing and impersonation attacks using digital watermarking.

What It’s Good For

Detecting and preventing fraudulent website clones that deceive users into providing sensitive information.

Strengths

• Immediate detection of website impersonation
• Provides alerts and remediation guidance
• Uses digital watermarking for enhanced website authenticity

Weaknesses

• Primarily focused on website security, requiring integration with other security solutions
• May require additional configuration to detect advanced phishing techniques

5. Open AppSec

How It Works

Open AppSec is an AI-driven Web Application and API Protection (WAAP) tool that defends against OWASP Top 10 threats and zero-day attacks.

What It’s Good For

Organizations looking to protect their web applications and APIs without extensive manual configuration.

Strengths

• AI-powered threat detection and prevention
• Cloud-native and easily scalable
• Protects against zero-day exploits

Weaknesses

• Potential for false positives that require manual review
• Requires ongoing tuning for optimal performance

6. Spectral

How It Works

Spectral is a developer-first security tool that scans code repositories, CI/CD pipelines, and infrastructure for hardcoded secrets, misconfigurations, and vulnerabilities.

What It’s Good For

Ensuring that sensitive credentials and security misconfigurations are not accidentally exposed in source code.

Strengths

• Fast and highly accurate scanning
• AI-driven threat analysis and remediation suggestions
• Supports multiple programming languages and cloud environments

Weaknesses

• Requires integration with other security tools for full coverage
• May generate noise in large repositories

7. Coverity

How It Works

Coverity is a static application security testing (SAST) tool that scans source code for security vulnerabilities before deployment.

What It’s Good For

Detecting security flaws in applications during development and ensuring code quality.

Strengths

• Supports multiple programming languages
• Seamlessly integrates with CI/CD pipelines
• Provides detailed vulnerability reports with remediation suggestions

Weaknesses

• Requires fine-tuning to reduce false positives
• Can slow down development workflows if not optimized

8. AppKnox

How It Works

AppKnox is a mobile application security testing (MAST) tool that identifies vulnerabilities in iOS and Android applications.

What It’s Good For

Ensuring mobile application security compliance.

Strengths

• Cloud-based security testing
• Fast vulnerability detection
• API security testing

Weaknesses

• Focused on mobile applications, requiring additional security layers for broader coverage

9. Splunk

How It Works

Splunk is a Security Information and Event Management (SIEM) platform that collects, analyzes, and visualizes security logs to help teams detect and respond to threats in real-time.

What It’s Good For

Large-scale security monitoring and threat intelligence.

Strengths

• Advanced data analytics and log correlation
• Real-time threat detection and alerting
• Customizable dashboards for security teams

Weaknesses

• Can be expensive for large deployments
• Complex configuration and management

10. SolarWinds Security Event Manager

How It Works

SolarWinds Security Event Manager (SEM) provides log and event correlation for security monitoring and compliance reporting.

What It’s Good For

Detecting suspicious activity and enhancing compliance efforts.

Strengths

• Centralized log management
• Built-in security rules

Weaknesses

• Limited advanced threat intelligence capabilities

11. Trellix

How It Works

Trellix (formerly McAfee Enterprise and FireEye) is an extended detection and response (XDR) platform. It unifies threat detection, investigation, and response across endpoints, networks, and cloud environments.

What It’s Good For

Organizations that need a centralized XDR solution for proactive threat management.

Strengths

• AI-driven threat intelligence and response
• Broad integration with security infrastructure
• Automated incident remediation capabilities

Weaknesses

• Requires significant setup and fine-tuning
• High resource consumption for large deployments

12. Sprinto

How It Works

Sprinto automates security compliance processes. It ensures that organizations meet regulatory requirements like SOC 2, ISO 27001, and HIPAA without extensive manual work.

What It’s Good For

Organizations that need automated compliance tracking and reporting.

Strengths

• Intuitive dashboard with real-time compliance insights
• Automates audit-ready documentation
• Reduces manual compliance effort

Weaknesses

• Focused primarily on compliance rather than active security threat mitigation
• Requires continuous updates to stay aligned with evolving regulatory requirements

13. LogicHub

How It Works

LogicHub is a Security Orchestration, Automation, and Response (SOAR) platform. It uses AI-driven automation to analyze security alerts and respond to threats.

What It’s Good For

Automating security operations to reduce manual effort and improve threat detection.

Strengths

• AI-powered triage and response
• Customizable security workflows

Weaknesses

• Requires configuration and tuning for optimal results

How to Go About It

The fundamental thing to understand is that you must have a clear idea of what you want from your security platform. You need a comprehensive set of policies and procedures setting out how you deal with threats, covering both the electronic and physical measures you will deploy. Check yours for relevance and, if necessary, revise or create an up-to-date version. You can then see what can be automated and the benefits and risks of each approach.

In conclusion, automating your security environment can provide full coverage help with enhancing threat detection and response times while reducing human error. In some environments, it also assists with compliance with standards or statutes.

This post was written by Iain Robertson. Iain operates as a freelance IT specialist through his own company, after leaving formal employment in 1997. He provides onsite and remote global interim, contract, and temporary support as a senior executive in general and ICT management. He usually operates as an ICT project manager or ICT leader in the Tertiary Education sector. He has recently semi-retired as an ICT Director and part-time ICT lecturer in an Ethiopian University.