What Are DISA STIGs + [Pass Your Next DISA STIG Audit]

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what are stigs

In today’s fast-changing digital world, keeping information safe is no longer just a choice — it’s a critical operational requirement.

For practical implementation, you need expert opinion to set up internal security that meets the recommended standards. That’s exactly what DISA STIGs are. They’re like powerful guides that help organizations protect their critical data and online assets.

In this concise guide, we will explore the idea of DISA STIGs. We’ll discuss what are DISA STIGs, why they’re important, and how they help protect sensitive information. We’ll also break down the complicated aspects of DISA STIGs and show you the benefits of following these recommendations.

Plus, we’ll discuss the challenges organizations often face and share several ideas to overcome these challenges. You’ll be ready to tackle your next DISA STIG audit without problems by the end.

Let’s start with the introductions.

Table Of Content

  1. What Is DISA STIG?
  2. What are STIGs?
    1. How Does DISA STIGs Enhance Your Organization’s Cybersecurity?
  3. How DISA Develops and Publishes STIGs?
    1. What DISA Hopes to Accomplish With STIGs?
    2. Enhancing Security Posture
    3. Reducing Vulnerability Exploitation
    4. Aligning with Standards
  4. Understanding DISA STIGs
    1. Components of a Typical DISA STIG Document
    2. Introduction
    3. Compliance Requirements
    4. Security Controls
    5. Benchmarks
    6. The Technical Depth of DISA STIGs
    7. Systems
    8. Applications
    9. Network Components
  5. What Do DISA STIG Compliance Levels Indicate?
  6. How to Implement DISA STIG Guidelines
    1. A Four-step Framework for Implementing DISA STIGs
    2. Find Relevant STIGs
    3. Use Test Environments Before Pushing Changes
    4. Evaluate STIG Compliance
    5. Sustain STIG Compliance
  7. The Role of Automation in STIG Compliance
    1. Benefits of Using Automated Tools for STIG Compliance
    2. Consistency and Accuracy
    3. Timely Updates
    4. Continuous Monitoring
    5. Real-time Auditing
    6. Detailed Reporting
    7. Audit Trail
    8. Scheduled Audits
    9. Tools Used For Automated STIG Compliance
    10. Security Content Automation Protocol (SCAP) Tools
    11. Configuration Management Tools
    12. Vulnerability Management Tools
    13. Compliance Reporting and Auditing Tools
    14. Automated Patch Management Tools
    15. Continuous Monitoring Solutions
    16. Configuration Assessment Platforms
    17. Automated Remediation Tools
    18. Governance, Risk, and Compliance (GRC) Tools
    19. Cloud Compliance Tools
    20. Benefits For Auditing and Reporting with Automation
  8. Conclusion
  9. FAQs


DISA STIG are technical manuals (STIG — Security Technical Implementation Guide) published by DISA (Defense Information Systems Agency).

DISA operates as a support entity within the Department of Defense (DoD), catering to the IT and communication needs of DoD entities and personnel. DISA is mainly responsible for the technical and ICT aspects of arranging, dispensing, and supervising defense-related information.

This scope extends to STIG directives, which describe proper protocols for overseeing and administering security software and systems within an organization.

What are STIGs?

STIGs, which stands for Security Technical Implementation Guides, are rulebooks for cybersecurity. For businesses, STIGs are expert guidelines for building and maintaining secure digital environments.

Given the DISA’s vast experience in dealing with all sorts of cyber threats, ranging from sneaky hackers to cunning viruses, they produce STIGs to provide specific instructions and standards for organizations to protect their digital assets and infrastructure.

How Does DISA STIGs Enhance Your Organization’s Cybersecurity?

DISA STIG is a comprehensive set of expert instructions and standards crafted by cybersecurity professionals. In most cases, STIG offers a ready-made, standardized process that businesses can customize to fit their needs. These processes cover all aspects of systems security, including operating systems, applications, and network devices.

The key goal of DISA STIGs is to ensure organizational security. By adhering to these guidelines, businesses can significantly improve their ability to counter cyberattacks and minimize the impact of vulnerabilities.

DISA STIGs also ensure alignment between your business security processes and the recommended government and industry cybersecurity standards. As a result, businesses can easily demonstrate their commitment to cybersecurity best practices and regulations by implementing STIG recommendations.

How DISA Develops and Publishes STIGs?

DISA uses the expertise of both in-house and on-call third-party cybersecurity experts to create STIGs. This combination brings the broadest possible knowledge to creating a comprehensive strategy and action plan for protecting against the latest cyber threats. DISA shares these STIGs so everyone can use them to strengthen their information security.

What DISA Hopes to Accomplish With STIGs?

The main goal of DISA STIGs is to ensure the highest security for digital environments. In practical terms, DISA STIGs help all businesses and stakeholders by: 

Enhancing Security Posture

DISA STIGs help organizations adopt a strong and proactive stance against cyber threats. By following these rules, they’re better equipped to prevent, detect, and respond to potential security breaches.

Reducing Vulnerability Exploitation

Cyber attackers often target weak spots created by known hardware and software infrastructure vulnerabilities. DISA STIGs provide instructions to patch these weak points, making it much harder for attackers to find a way in and initiate attacks.

Aligning with Standards

Governments and industries set specific rules and standards to ensure cybersecurity. DISA STIGs are designed to help businesses align internal security processes with these regulations, ensuring that organizations meet the required levels of security.

Understanding DISA STIGs

DISA STIGs are organized to make them easy to follow and implement. They usually contain a detailed introduction explaining their purpose, followed by specific security controls and benchmarks. These controls are the rules that organizations should follow, and the benchmarks help them measure how well they’re doing.

Let’s study these parts in more detail to get to know STIgs better.

Components of a Typical DISA STIG Document

A DISA STIG document is like a roadmap that guides organizations toward robust cybersecurity practices. It consists of several key components designed to ensure easy understanding of the topic. 

Here’re the most common components of a DISA STIG document. 


The DISA STIG begins with an introduction that outlines its purpose and significance. It provides an overview of what the guide covers and why adhering to its guidelines is essential for safeguarding digital assets.

Compliance Requirements

This section defines the compliance standards organizations must meet. It lays out the specific criteria and regulations that businesses need to follow to achieve the intended secure digital environment.

Security Controls

DISA STIGs outline specific security controls that organizations must implement. These controls are practical steps and operational measures designed to address various vulnerabilities and threats. Generally, this section covers action items like access control, data encryption, and network configurations.


Benchmarks are performance goals that measure an organization’s progress in meeting the requirements. DISA STIGs provide relevant benchmarks for organizations to assess their security posture. These benchmarks set a standard for how well an organization should implement security controls.

The Technical Depth of DISA STIGs

DISA STIGs are known for their technical depth, covering a wide range of systems, applications, and network components.


DISA STIGs offer guidelines for different systems, including operating systems and databases. These guidelines ensure that each system’s security is strengthened according to the applicable best practices.


Software applications are prime targets for cyberattacks. DISA STIGs provide specific instructions to secure applications against vulnerabilities and breaches. The steps also cover secure coding practices and advice on regular patching.

Network Components

Networks are the highways of the digital world, and protecting them is crucial. DISA STIGs advise securing network devices and components such as routers, switches, and firewalls. This helps prevent unauthorized access and data leaks.

What Do DISA STIG Compliance Levels Indicate?

DISA STIG compliance is structured into three distinct levels called categories. These categories provide insight into the potential severity of failing to address specific vulnerabilities.

The categories are arranged from the most critical to the least:

  • Category I
  • Category II
  • Category III

Category I

Category I refers to vulnerabilities that have an immediate and direct impact on the confidentiality, availability, or integrity of systems and data. These vulnerabilities can potentially enable unauthorized access to classified information or facilities. Hackers look for these vulnerabilities to gain access to the internal systems and launch denial-of-service attacks.

These risks are most severe, with the potential for loss of life, damage to facilities, and critical mission-failure issues. Failure to mitigate these risks could result in a complete loss of reputation and revenue for the business. Category I issues become critical:

  • When the affected systems hold crucial importance in business operations.
  • When the loss of systems could result in show-stopping failures.

Category II

Category II covers vulnerabilities that can result in potential loss of confidentiality, availability, or integrity. These vulnerabilities might lead to the following:

  • Escalation to a Category I vulnerability (especially when unaddressed for long).
  • Personal injuries, equipment, or facility damage.
  • Compromised mission performance.

Category III

Category III includes vulnerabilities that weaken protective measures and could lead to loss of data and systems confidentiality, availability, or integrity. These vulnerabilities can potentially:

  • Progress to a Category II vulnerability.
  • Cause delays in recovering from outages.
  • Impact on the accuracy of data and information.

Understanding these categories helps prioritize allocating efforts and resources to address vulnerabilities within a DISA STIG compliance framework.

How to Implement DISA STIG Guidelines

DISA STIGs provide in-depth technical instructions to mitigate security risks and address known vulnerabilities. These guidelines are presented as a configuration checklist. For many businesses, running through these detailed checklists can be time and resource-intensive due to the many controls involved.

The complexity arises from maintaining compliance with new iterations and the varying effort required to meet each stipulation. STIGs may encompass directives regarding minimal training levels for personnel, update frequencies, and configuration settings.

A Four-step Framework for Implementing DISA STIGs

The main challenge in implementing the recommendations of DISA STIGs is the lack of a standard framework that businesses could adopt for their unique requirements.

We present the following framework that businesses could modify to suit the requirements of their industries and operational scenarios. 

Find Relevant STIGs

Navigate and download STIGs from the updated STIG catalog maintained by DISA. Always select the latest edition or one suitable for the specific device version under configuration. 

STIG updates are typically released quarterly to address emerging vulnerabilities and software updates from vendors. Newer versions of specific STIGs have revision histories detailing changes from previous documents. The documents are available for download as ZIP files.

Each STIG includes an executive summary for context, often explaining critical concepts and terminology. The document also provides detailed steps and controls required for achieving compliance and categorizing risks associated with each control.

Use Test Environments Before Pushing Changes

Organizations often operate complex network environments with various software and device providers. Due to the intricate nature of these networks, any changes to network settings and configurations should always undergo testing to avoid unintended consequences. Failure to do so could result in loss of functionality.

STIG configurations generally prioritize security over other factors, which might reduce software or device functionality. 

Configuration changes should undergo thorough testing in a staging environment before being applied to the live network. Introducing changes in a controlled test environment is crucial for identifying and rectifying functionality loss before implementation in the live environment.

Evaluate STIG Compliance

Security teams can leverage automated tools to streamline STIG compliance checks, expediting the audit process. These tools scan and audit network devices to assess compliance with pre-set configuration rules. Some scanning tools may require STIGs to be uploaded in Security Content Automation Protocol (SCAP) format.

A compliance benchmark is a foundation for scans or audits, where the automated process highlights non-compliance and related issues. Regularly scheduled compliance scans or audits are integral to the organization’s cybersecurity checklists.

For STIGs lacking a SCAP version, manual compliance checks are necessary. The STIG outlines the criteria for a passing state, the essential implementation steps, the failure state, and its resolution. During this process, auditors meticulously evaluate each control against the STIG rules.

Sustain STIG Compliance

Software and hardware products undergo continuous updates that eliminate vulnerabilities and bugs, and introduce new features. However, these updates can potentially introduce previously unknown vulnerabilities and challenges into the systems.

STIGs are updated quarterly to align with new vendor versions, vulnerabilities, and threats. Organizations frequently encounter new STIGs tailored to new software versions. 

The ultimate challenge in maintaining STIG compliance is to follow the guidelines and ensure risk mitigation as software and hardware evolve. Organizations should stay vigilant about updates that impact their systems and establish continuous compliance monitoring.

The Role of Automation in STIG Compliance

Automation integration is a pivotal requirement in streamlining the process of adhering to STIG guidelines and recommendations. 

Automation is an essential requirement because of the stringent standards for cybersecurity across various industries. Manual checks for compliance are fast getting outdated because of the increasing complexity of the systems and processes. 

Employing automated tools within the framework of STIG compliance offers an array of benefits that contribute to consistency, up-to-date adherence, simplified auditing, and streamlined reporting processes.

Let’s look into these benefits in more detail.

Benefits of Using Automated Tools for STIG Compliance

Here’re the significant benefits of automating the process of STIG compliance.

Consistency and Accuracy

Automation ensures that STIG controls and configurations are consistently applied across an organization’s infrastructure. Manual implementation leaves room for human errors and inconsistencies, which can result in security vulnerabilities. Automated tools can accurately set up configurations, reducing the likelihood of misconfigurations that could lead to security incidents.

Timely Updates

STIGs are subject to frequent updates that address emerging threats and vulnerabilities. Automated tools can incorporate these changes in near real-time, ensuring systems stay up-to-date and protected against the latest security risks. This proactive approach minimizes the window of exposure to potential threats.


Manually implementing STIG controls across multiple systems can be time-consuming and resource-intensive. Automation accelerates this process by simultaneously applying configurations to multiple devices and subsystems, saving time and effort.

Continuous Monitoring

Automated tools provide continuous monitoring capabilities, enabling organizations to detect deviations from STIG configurations in real-time. These tools identify any non-compliance and usually prompt relevant teams to execute immediate corrective actions. 

Real-time Auditing

Automated tools facilitate real-time auditing of systems against STIG requirements. This instantaneous evaluation provides a comprehensive view of compliance status without requiring manual intervention. The auditing process becomes faster, more accurate, and less prone to oversight.

Detailed Reporting

Automation generates detailed compliance reports that outline the status of each STIG control across the organization’s infrastructure. These reports contain compliance achievements, deviations, and potential risks. This clarity aids decision-makers in allocating resources effectively to address any identified gaps.

Audit Trail

Automated tools maintain a comprehensive audit trail of all changes made to configurations and settings. This trail not only enhances accountability but also assists in identifying the source of any deviations or security breaches. These details are invaluable in forensic analysis and incident investigation.

Scheduled Audits

Automation allows organizations to schedule regular compliance audits as part of their cybersecurity processes. These scheduled assessments ensure consistent monitoring, reducing the chances of non-compliance over time.

Tools Used For Automated STIG Compliance

Here are some popular tools commonly used for automated STIG compliance:

Security Content Automation Protocol (SCAP) Tools

SCAP tools automate the process of checking systems against SCAP-compliant content, including STIGs. They assess configurations, vulnerabilities, and compliance levels.

Examples: OpenSCAP, Nessus, SCAP Workbench.

Configuration Management Tools

These tools help manage configurations across a network and ensure consistent application of STIG settings.

Examples: Ansible, Puppet, Chef, SaltStack.

Vulnerability Management Tools

Vulnerability management tools can incorporate STIG checks into their scanning capabilities, helping organizations identify and address compliance deviations.

Examples: Qualys, Tenable, Rapid7.

Compliance Reporting and Auditing Tools

These tools assist in generating compliance reports and facilitating audits by providing insights into the status of STIG compliance.

Examples: XCCDF tools, ACAS (Assured Compliance Assessment Solution).

Automated Patch Management Tools

Patch management tools can automate the deployment of software updates and patches to maintain compliance with STIG requirements.

Examples: Microsoft SCCM, WSUS, Ivanti Patch.

Continuous Monitoring Solutions

Continuous monitoring tools keep a real-time watch on configurations and settings, promptly alerting you to any deviations from STIG compliance.

Examples: Tripwire, SecurityCenter Continuous View.

Configuration Assessment Platforms

These platforms offer comprehensive assessments of system configurations against STIG guidelines and provide improvement recommendations.

Examples: CIS-CAT, Tenable SecurityCenter.

Automated Remediation Tools

These tools assess compliance and automate the remediation process, making necessary configuration changes to align with STIG requirements.

Examples: Remediate, Tachyon.

Governance, Risk, and Compliance (GRC) Tools

GRC tools help manage and track compliance efforts, including STIG compliance, across an organization’s IT infrastructure.

Examples: RSA Archer, MetricStream.

Cloud Compliance Tools

Cloud-specific compliance tools automate evaluating cloud resources and services against STIG guidelines in cloud environments.

Examples: AWS Config, Azure Policy, Google Cloud Security Command Center.

It is essential to choose tools that align with your organization’s IT environment, needs, and preferences. Each tool offers different features and integrations, so assessing their suitability for your specific use case is crucial for effective automated STIG compliance management.

Benefits For Auditing and Reporting with Automation

Automation enhances auditing and reporting processes by introducing efficiency, accuracy, and real-time insights. When applied to various compliance frameworks, automation brings several benefits that enhance these critical processes:

  • Consistency and Accuracy
  • Real-time Monitoring
  • Immediate Alerts and Notifications
  • Efficient Data Collection
  • Comprehensive Reports
  • Faster Auditing Process
  • Historical Data Tracking
  • Ease of Customization
  • Reduced Manual Workload
  • Integration with Existing Systems
  • Rapid Remediation


Ensuring compliance with DISA STIGs and successfully navigating audits represents a strategic win for any organization. A successful audit indicates a business’s proactive adaptation of the latest security protocols. 

Businesses should pay close attention to the checklists laid out by the relevant DISA STIGs and apply automated processes to ensure compliance with the stringent security requirements of keeping systems and data safe from emerging threats. 

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Q. Why is automation important for DISA STIG compliance?

Automation offers accuracy, consistency, and efficiency in implementing and maintaining DISA STIG compliance. It ensures that configurations are uniformly applied, reduces manual errors, and facilitates real-time monitoring to address deviations promptly.

Q. How can I prepare for a DISA STIG audit?

Preparation involves continuous compliance checks, training ICT staff on STIG requirements, and practicing mock audits to identify areas for improvement. We suggest comprehensive documentation of your compliance efforts and actions taken to address vulnerabilities.

Q. How often should I conduct internal compliance checks?

Regular internal compliance checks should be conducted, preferably continuously (through automated tools). This ensures that configurations consistently align with STIG requirements and deviations are promptly identified.

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