Cybersecurity Awareness Month 2026
Why Secure Configuration Belongs on Your Cybersecurity Awareness Month Agenda
Each October, the Cybersecurity and Infrastructure Security Agency (CISA) and the National Cybersecurity Alliance (NCA) host Cybersecurity Awareness Month to reinforce safer digital habits. The campaign reminds us of the importance of using strong passwords, enabling multifactor authentication (MFA), keeping software updated and recognizing and avoiding phishing.
But there’s one safeguard just as foundational that rarely gets the same attention—secure configuration.
With this year’s theme of “Securing the Next 250,” Cybersecurity Awareness Month warns of evolving technologies that accelerate the rate at which bad actors can leverage system vulnerabilities to infiltrate systems. While all the recommended human behaviors will always be valid, consideration also needs to go toward reinforcing your defense with secure configurations and accelerating that process to match the pace of hackers.
After all, strong passwords cannot compensate for an exposed service. Multifactor authentication cannot fix an unnecessarily open port. And installing the latest software update does not automatically eliminate insecure default settings.
Cybersecurity isn’t just about teaching people what not to click. It’s about making sure the technology they depend on is hardened against the threats they face.
Four Core Cybersecurity Awareness Month Actions
The standard Cybersecurity Awareness Month advice is familiar, and for good reason. CISA promotes four core actions that help individuals and organizations reduce everyday cyber risk:
01
Use strong passwords and a password manager
Unique, complex passwords make it harder for attackers to compromise multiple accounts using stolen credentials.
02
Enable multifactor authentication (MFA)
Requiring a second form of verification adds protection beyond a password alone.
03
Recognize and report phishing
Employees who can identify suspicious emails, links and requests can help prevent attackers from gaining an initial foothold.
04
Keep software updated
Applying security patches closes known vulnerabilities before attackers can exploit them.
These are essential practices and provide a critical first line of defense. They reinforce safer security habits, address technical vulnerabilities and reduce opportunities for social engineering, credential theft and exploitation of known vulnerabilities.
The Missing Cybersecurity Pillar: Secure Configuration
05
The forgotten pillar
Secure Configuration
Attackers don’t always need to trick someone into clicking a malicious link. Sometimes, they simply find a system that was never properly secured in the first place.
Secure configuration, also called system hardening, is the process of configuring operating systems, applications, servers and endpoints according to proven, established security recommendations. System hardening works together with human behaviors to make your organization unattractive to attackers. Some secure configuration recommendations include:
- Removing unnecessary software, services and components
- Disabling default accounts, credentials and insecure settings
- Restricting permissions and enabling access to only what is required
- Enforcing appropriate security policies
- Configuring logging, auditing and other protective mechanisms
- Applying consistent security settings across systems
Security misconfiguration was named the #2 risk (behind broken access control) on the Open Worldwide Application Security Project (OWASP) 2025 Top 10 web application security risks. It is estimated that more than 20% of system breaches and as many as 70% of cloud breaches are the result of configuration issues.
In OWASP’s analysis, 100% of the applications tested had some form of misconfiguration, with an average incidence rate of 3%. The research also identified more than 719,000 occurrences associated with weaknesses in this category. The combined data scored system misconfiguration as a top security risk, illustrating how widespread configuration weaknesses can be, even in environments where security is a priority.
Misconfiguration by the numbers
Of applications OWASP tested had some form of misconfiguration
Of cloud breaches are estimated to result from configuration issues
Of system breaches are estimated to result from configuration issues
#2
Security misconfiguration's rank on the OWASP 2025 Top 10
719,000+
Occurrences OWASP associated with misconfiguration weaknesses
The problem is especially challenging in large enterprises, government agencies and distributed IT environments where thousands of endpoints may need to maintain the same security requirements.
That’s where established configuration standards become important. And it’s important to note that configuration isn’t a one-time event. Systems need to remain continually aligned with standards in order to maintain effective hardening.
CIS Benchmarks and STIGs: Defining What “Secure” Looks Like
Published by CIS
CIS Benchmarks
The good news is that organizations don’t have to come up with their own hardening requirements. The Center for Internet Security (CIS) publishes CIS Benchmarks, an established, comprehensive and proven roadmap for securing systems. They provide global, consensus-based configuration recommendations for operating systems, cloud platforms, applications and other technologies.
Published by DISA
STIG
For U.S. Department of War (DoW) environments and their partners, Security Technical Implementation Guides (STIGs), published by the Defense Information Systems Agency (DISA), provide security configuration requirements for systems and applications.
Both CIS Benchmarks and STIGs translate broad, NIST-based security objectives into specific, measurable configuration settings. Instead of simply declaring that a system should be secure, they provide a detailed framework for what needs to be configured, disabled and verified to keep attackers out.
Your Cybersecurity Awareness Month Checklist
Awareness is most valuable when it leads to action. This October, organizations can make meaningful progress by completing at least one task in each of the following three areas.
PEOPLE:Strengthen Everyday Security Habits
- Enforce multifactor authentication (MFA) on business-critical accounts and systems
- Conduct phishing awareness training and establish a clear process for reporting suspicious activity
- Require employees to use an approved password manager
SYSTEMS:Address Configuration Weaknesses
- Inventory endpoints, servers and operating systems to understand what needs to be secured
- Select a pilot group of systems and apply an appropriate baseline derived from CIS Benchmarks or STIGs
- Disable default accounts, unnecessary services and insecure settings
PROCESSES:Make Security Repeatable
- Document an organization-wide hardening standard that identifies approved baselines and exceptions
- Schedule recurring configuration scans to identify deviations from required settings
- Assign an accountable owner for remediation, validation and ongoing compliance
This checklist is intentionally simple. You don’t need to transform your entire security program for Cybersecurity Awareness Month. You just need to establish a repeatable process that continues from this point forward. Once you see how easy that can be, target other items on the checklist to complete before the end of the year.
Turn the checklist into a program
Scan, remediate and validate every baseline from one console
ConfigOS automates CIS Benchmarks implementation and STIG compliance, then enforces your security baseline continuously.
Moving From Awareness to Continuous Enforcement
Cybersecurity Awareness Month lasts 31 days.
Configuration drift happens year-round.
Cybersecurity Awareness Month
Configuration drift
Your administrator changes a setting to troubleshoot an application. Your configuration changes after a software update is installed. You deploy a new system using default settings. Or an exception is never revisited after it’s approved. Each change brings a gradual departure from your approved security baseline.
A one-time hardening initiative can establish a strong starting point, but the objective is to enforce and maintain a baseline continually, every day, week and month of the year. And that creates a problem. Even when an organization has established hardening standards, manually verifying every endpoint and correcting every deviation is resource-intensive and usually impossible to maintain by manual means alone.
Making Secure Configuration Sustainable With Automation
For organizations managing hundreds or thousands of systems, manual hardening is difficult to scale. Security teams need a way to assess configurations consistently, remediate issues efficiently and verify that corrective actions actually worked. Automation makes that possible.
Rather than treating hardening as a series of disconnected projects, unified automation can establish a continuous lifecycle from a single console:
Moreover, unified automation also helps organizations identify and address configuration drift and become continuously aligned with CIS Benchmarks and STIGs with very little human intervention.
SteelCloud’s ConfigOS MPO, for example, can help organizations scan, remediate, validate and report on as many as 5000 endpoints an hour against CIS Benchmarks and STIG requirements. Instead of relying on spreadsheets, manual configuration changes and periodic compliance exercises, security teams can use a centralized approach to manage hardening across distributed environments 24/7/365.
The impact of using a unified solution like this is that it establishes a more repeatable process for maintaining configuration compliance while reducing the operational burden on IT and cybersecurity teams by as much as 90%.
Up to 5,000
Endpoints scanned, remediated, validated and reported on per hour
Up to 90%
Less operational burden on IT and cybersecurity teams
Make This the Year Secure Configuration Joins Your Checklist
Cybersecurity Awareness Month serves an important purpose. Strong passwords, MFA, phishing awareness and software updates remain essential elements of a mature security program. But awareness alone cannot protect systems that are insecurely configured.
Secure configuration addresses a different layer of risk: the technology itself. By establishing recognized baselines, identifying deviations and continuously enforcing required settings, organizations can reduce unnecessary exposure and make security more consistent.
This October, stress awareness of both the human and technical aspects of cybersecurity. And, throughout the year, make secure configuration part of your organization’s everyday cybersecurity practice.
To get started with your Cybersecurity Awareness Month activities, take a few minutes to learn how automation can work to maintain baseline integrity across your environment without needing to hire new staff. Read more about unified automation or schedule a demo to see how easy aligning with CIS Benchmarks and STIGs can be.
Cybersecurity Awareness Month and beyond
Make Secure Configuration Part of Every Month
ConfigOS helps teams define security baselines, enforce them continuously and sustain hardened configurations across distributed environments.
Frequently Asked Questions
When is Cybersecurity Awareness Month and who runs it?
Cybersecurity Awareness Month takes place every October. It is led by the Cybersecurity and Infrastructure Security Agency (CISA) in partnership with the National Cybersecurity Alliance (NCA), bringing government, businesses and individuals together to promote safer online practices.
What are the main themes of Cybersecurity Awareness Month?
The overall 2026 theme is Securing the Next 250, emphasizing the importance of strengthening America’s digital defenses. CISA’s core cybersecurity guidance continues to emphasize strong passwords, multifactor authentication, phishing awareness and software updates.
What is secure configuration and why does it matter?
Secure configuration, or system hardening, is the process of applying security settings that reduce vulnerabilities and unnecessary exposure in operating systems, applications and endpoints. It matters because insecure defaults, unnecessary services and configuration drift can create opportunities for attackers even when other security controls are in place.
How common are breaches caused by misconfiguration?
Misconfiguration is a widespread security concern, accounting for 20% to 30% of breaches, and up to 70% of cloud-related security incidents. Configuration weaknesses remain an important reason organizations need consistent hardening and ongoing validation.
What should an organization actually do for Cybersecurity Awareness Month?
Organizations should reinforce employee security habits while taking concrete steps to improve their technical security posture. Start by enforcing MFA, inventorying endpoints, applying a baseline derived from CIS Benchmarks or STIGs to a pilot group, scheduling recurring configuration scans and assigning ownership for remediation.
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