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October 15, 2020 | Updated on: April 23, 2024 | Reading time 4 minutes

Cybersecurity Automation: Definition, Advantages & Tools

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Vice President of Product

What is cybersecurity automation?

Cybersecurity automation is the set of software tools that run critical cybersecurity operations of a company with minimal human involvement. They usually use playbooks created by the organization’s security teams.

The automated operations include the management of:

  • cyber vulnerabilities:
    • detection
    • assessment
    • removal
  • cyber threats:
    • identification
    • estimation
    • protection
  • cyber incidents:
    • prevention
    • detection
    • investigation
    • analysis
    • elimination
    • recovery

Types of security automation and how they work:

  1. Reactive

This type is based on historical data. The software has a number of preprogrammed responses to certain incidents. Once the tool comes across the “familiar” activity, a predetermined action is triggered.

For example, an antivirus program has the ability to detect the viruses that are in its database. However, it might be defenseless against a new type of virus.

  1. Proactive

Proactive cybersecurity automation analyses new types of cyber incidents. It then decides whether to take response action and sometimes which actions to take.

For example, the ransomware protection tool SpinOne analyzes data behavior in Google Workspace and Microsoft 365. It detects abnormalities that may indicate a ransomware attack. In case of a ransomware infection, it removes the malware and restores the data.

The advantages of security automation:

  1. Procedural:
    1. Improved analysis, e.g., a machine can spot correlations where humans can’t.
    2. The increased speed of security operations, including incident response time.
    3. No human error.
    4. Fewer inefficiencies in operations.
    5. Working 24/7 throughout the year
    6. Automated reporting.
  2. Talent management:
    1. Remedy for the lack of talent
    2. Fewer tedious tasks
    3. Prevent the fatigue from overwhelming alerts
    4. Your employees can contribute more time to complex tasks that require human intelligence
  3. Compliance:
    1. The employees do not gain access to sensitive information including PII during incident management
    2. Automation decreases the probability of human error that can cause unauthorized access
  4. Budget:
    1. Cut expenses on human work

The cons of cyber automation:

  1. The initial misconfiguration of security automation might create cyber vulnerability.
  2. The lack of control from the cybersecurity team can lead to malfunctions in the system.

Types of cybersecurity automation tools:

  • Local aka Robotic Process Automation (applied to a certain operation or a limited number of operation)
  • General aka Security Orchestration, Automation, and Response (a single platform manages all the local security automation tools)

How to get started with cybersecurity automation

  1. Create a playbook
    • Analyze your regular operations and identify the ones you want to automate.
    • Investigate the recent cybersecurity incidents (if any), and assess which ones are the most likely to occur
    • Estimate the existing threats to your cybersecurity.
    • Evaluate the existing and potential vulnerabilities.
    • Define which vulnerabilities, threats, and incidents you want to manage automatically.
    • Write down the playbook for your automation tool(s).
  2. Study the market of cybersecurity automation tools
    • What solutions are there?
    • What are its limitations?
    • What are the estimated costs of these tools?
  3. Revisit your playbook to tweak it in accordance with your budget and the capabilities of the tools on the market.
  4. Pick the solution(s).
  5. Start the trial period.
  6. Tweak the solution and continue the trial.
  7. Make the final decision on the tool.

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Written by

Vice President of Product at Spin.AI

Davit Asatryan is the Vice President of Product at Spin.AI

He is responsible for executing product strategy by overseeing the entire product lifecycle, with a focus on developing cutting-edge solutions to address the evolving landscape of cybersecurity threats.

He has been with the company for over 5 years and specializes in SaaS Security, helping organizations battle Shadow IT, ransomware, and data leak issues.

Prior to joining Spin.AI, Davit gained experience by working in fintech startups and also received his Bachelor’s degree from UC Berkeley. In his spare time, Davit enjoys traveling, playing soccer and tennis with his friends, and watching sports of any kind.

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