What is automated red teaming?

    Automated red teaming is an approach to cybersecurity where an organization uses automation-driven software to emulate cyberattacks against their systems. As such, automated red teaming solutions can be considered powerful tools for running cyber attack scenarios. By replicating the tactics, techniques, and procedures used in real attacks, automated red teaming enables organizations to assess their security measures and identify gaps for remediation.

    The benefits of automated Red Teaming

    There are several key ways that automated red teaming can benefit an organization:

    • Reducing business risk: Automated red teaming identifies security gaps early and prioritizes their remediation, allowing for continuous rather than periodic assessments. This proactive stance strengthens security postures and reduces business risk
    • Reducing third-party reliance and expenses: By internalizing red teaming processes, organizations reduce dependency on external services, cutting costs significantly while staying updated on vulnerabilities through continuous assessment. 
    • Increasing team productivity: Pentera automates red team activities, enhancing the efficiency of cybersecurity teams and extending red team capabilities to organizations without such resources, improving their incident response weaknesses identification.
    • Accelerating time-to-remediation: When compared to traditional red teaming, automated red teaming offers a much quicker response time for remediation. By detecting and automatically prioritizing security vulnerabilities, automated red teaming tools can empower organizations to act more quickly in remediating them. This allows for improved incident response capabilities, which significantly strengthens an organization’s security posture.

    How does automated red teaming differ from traditional penetration testing?

    Automated red teaming and traditional penetration testing differ primarily in terms of scope, with automated red teaming being a more focused and intensive approach to security assessment.

    Typically, traditional penetration testing involves assessing security measures across an entire IT environment to identify all potential vulnerabilities and determine the attack surface. Automated red teaming, on the other hand, focuses on testing specific systems, emulating real attacks to assess the effectiveness of threat detection and incident response.

    Additionally, traditional penetration testing is conducted periodically with short test windows, while automated red teaming is carried out on an ongoing basis.

    Is automated red teaming enough?

    While automated red teaming is essential to a strong cybersecurity strategy, it is not enough by itself. Given its focused nature, red teaming is best used in conjunction with thorough pentesting. This way, systems can be broadly assessed to remediate exploitable vulnerabilities before read teaming exercises are conducted, allowing threat detection and incident response measures to be thoroughly tested. 

    Human intervention is also necessary for automated red teaming to be most effective. While automated tools are highly effective in handling more repetitive tasks, red team professionals can better emulate evolving threats by adapting to the nuances of specific systems.

    Emulate real-world attacks to identify security gaps
    Scale red team

     

    Automating red teaming to improve threat response

    At a time when cyber threats are becoming more sophisticated and elusive, automated red teaming tools are an essential part of how organizations strengthen their security posture. By using automated red teaming, you can emulate the tactics, techniques, and procedures used in real attacks to continually assess the effectiveness of threat detection and incident response measures. As the cybersecurity landscape continues to evolve, automated red teaming will remain a core component of a strong cybersecurity strategy.

    Glossary related terms
    Automated Penetration Testing Automated Security Breach and Attack Simulation (BAS) External Attack Surface Management (EASM) Ransomware Readiness Assessment Security Control Validation Security Validation Vulnerability Management
    Emulate real-world attacks to identify security gaps
    Test like attackers