TL;DR: Cybersecurity Awareness Month runs October 1 to 31 every year. It started in 2004 and is co-led by CISA and the National Cybersecurity Alliance. In 2026, it has two official themes, one from each organization, which is why you keep seeing different slogans. The four habits it teaches still work. What’s changed is the speed and volume on the attacker side, so security teams need a plan for attacks that never touch an employee.
Introduction
In this year’s Verizon Data Breach Investigations Report, software vulnerabilities surpassed stolen passwords as the top entry point, at 31% of breaches. A third party was involved in 48% of breaches, up 60% in a single year. October is when most companies talk about all of this. Then November arrives, and the posters come down.
Two official themes. One October.
The two organizations that co founded the campaign published different wording this year. Knowing which belongs to which saves an awkward correction in front of your exec sponsor.
Tied to the 250th anniversary of the United States. Aimed at the operators who keep power, water, transport and health services running.
Built on real cases of scammers who were caught, used to show four habits that make an attacker’s job harder.
Most published guides this October cite only one of these. If your campaign quotes a theme, name the organization next to it so nobody has to guess which one you mean.
What is Cybersecurity Awareness Month?
Cybersecurity Awareness Month is a global campaign held every October. The Cybersecurity and Infrastructure Security Agency (CISA) and the National Cybersecurity Alliance (NCA) co-lead it. Governments, companies, and schools use the month to push a small set of security habits to employees and the public. 2026 marks the 23rd year.
When is Cybersecurity Awareness Month?
October 1 to 31, every year. There is no fixed weekly structure, so most organizations build their own four-week plan around whichever theme they pick.
What is the Cybersecurity Awareness Month 2026 theme?
There are two in 2026, published by the two organizations that co-founded the campaign. If you’ve seen conflicting slogans, that is why.
CISA 2026 theme: Securing the Next 250
CISA is running “Securing the Next 250,” tied to the United States’ 250th anniversary. It targets critical infrastructure operators and their suppliers and asks them to practice what CISA calls the 3Rs: Reduce, Replace, Recover.
NCA 2026 theme: Don’t Make It Easy for Them
The National Cybersecurity Alliance is running “Don’t Make It Easy for Them.” Its 2026 toolkit uses real cases of scammers who were arrested or shut down to illustrate four threats: password cracking, unprotected accounts, unpatched systems, and phishing. The message is that attackers pick easy targets.
Which theme should you run?
Pick CISA’s if you operate or supply critical infrastructure, because the material is written for that audience. Pick the NCA’s if your October campaign targets employees. Whichever you quote, name the organization next to it so nobody has to guess.
Why people still call it National Cybersecurity Awareness Month
It used to be called National Cybersecurity Awareness Month. The campaign dropped “National” as participation spread outside the United States. Both names refer to the same October campaign, so search results and toolkits still mix them.
When did October Cybersecurity Awareness Month start?
It started in October 2004, created by the U.S. Department of Homeland Security and what was then the National Cyber Security Alliance. Early advice was as basic as updating antivirus software twice a year. The campaign has run every October since.
The four habits the campaign asks for
Cyber hygiene does most of the work in security, and the campaign’s core advice has stayed consistent for years:
- Use long, unique passwords and a password manager
- Turn on multifactor authentication, and use phishing-resistant MFA where you can
- Learn to recognize and report phishing
- Install software updates promptly
CISA adds four more for organizations: turn on logging, back up your data, encrypt it, and report incidents so other defenders get the warning. None of this is new. Most breaches still involve skipping at least one of these.
What changed in 2026
The habits still hold. The conditions around them moved.
Attacks now run at machine speed
Attackers automated the slow parts. Hoxhunt’s detection network, which monitors more than four million users, logged AI-generated phishing jumping from about 4% of reported phishing in November 2025 to 56% in December, settling near 40% in January 2026. Treat the exact figures as directional and the direction as clear. The spelling mistakes and odd phrasing that awareness training taught people to spot are gone.
Ransomware operates like an industry
Ransomware appeared in 48% of breaches in the 2026 DBIR, up from 44%. Its share has never gone down in any edition of the report. The economics are shifting, though: 69% of victims refused to pay, and the median payment fell to about $139,875. Attackers have responded by running the pipeline earlier, with 73% of ransomware victims showing an infostealer infection or credential leak in the year before the attack.
More connections mean more surface
Every new SaaS tool, cloud account, API, and AI integration adds another entry point for an attacker. The DBIR found only 26% of vulnerabilities in CISA’s Known Exploited Vulnerabilities catalog were fully remediated in 2025. These are flaws confirmed to be under active attack, published in a free public list, and three-quarters of them stayed open.
Suppliers became the way in
Third-party involvement reached 48% of breaches, up 60% from 30% a year earlier. Verizon traces most of the headline incidents to plain authentication failures at the vendor: missing MFA, stale credentials, no least privilege. An annual vendor questionnaire does not catch any of that.
Quantum is a timing problem, not a future one
Attackers are already collecting encrypted data to decrypt later, once quantum computers can break current math. NIST’s transition plan deprecates RSA 2048 and ECC P-256 by 2030 and removes quantum-vulnerable algorithms from its standards by 2035. If your data stays sensitive past those dates, the clock started when it left your network.
Awareness covers the people. Look where breaches start.
Four numbers from this year’s Verizon Data Breach Investigations Report, which analyzed more than 22,000 confirmed breaches across 145 countries.
Awareness training works on the share of attacks that need a person to make a mistake. These four lines sit outside that share, and they are where October budget usually is not spent.
Why the answer to AI risk involves AI
Defenders cannot read 3,000 alerts a day by hand while attackers generate attacks by the thousand. In the WEF Global Cybersecurity Outlook 2026, 94% of respondents named AI as the biggest driver of change in security this year, and 77% of organizations already use AI somewhere in their security work.
The hesitation is about control, not capability. The same report lists the top barriers to adopting AI in security as missing knowledge and skills (54%), the need for human oversight (41%), and uncertainty about risk (39%). Security teams will hand work to AI. They will not hand over decision rights.
That distinction is the whole design question. AI that only advises leaves the work with your analyst. AI that acts without boundaries creates a problem you cannot explain to an auditor. AI that acts inside scope you define, with approval gates on consequential steps and a logged trail, gets work done and stays defensible.
When to bring in outside help
Most mid-sized teams can find a problem. Fewer can find it, fix it, prove the fix, and still run the day job. The WEF report found that among organizations reporting weak cyber resilience, 85% also said they lacked critical security skills and people. Small organizations reported insufficient expertise at 46%, against 29% for large ones.
Two questions worth answering before the month ends. If you were breached tomorrow, who recovers your systems, and how long would it take? And is anything checking your exposure between audits, or does an attacker get to find it first?
How Secure.com helps
Secure.com runs governed AI teammates above the stack you already own. They attack your defenses, harden what they find, and give your team back hundreds of hours a month, inside scope and approvals you set.
- The Red Teammate tests your environment continuously inside an approved scope, so exposure is found between audits rather than during them
- The SOC Teammate handles triage, enrichment, and case assembly, which cuts the queue that makes real alerts easy to miss
- Offensive findings feed defensive work automatically, so what is exploitable gets fixed first instead of landing in another backlog
- Consequential actions stop at a human approval gate, and every recommendation, approval, and action is logged for your auditor or board
- It starts with one teammate on one function, works above your existing tools, and goes live in days
Your team sets the rules. AI teammates do the work.
A four-week plan for October
Attack. Harden. Prove. Repeat.
- Week 1, attack: run a scoped test against your own people and your own exposed surface
- Week 2, harden: fix what carries a real exploit path first, starting with KEV items and vendor accounts missing MFA
- Week 3, prove: rerun the same test, record the before and after state, keep the approval trail
- Week 4, repeat: put the cycle on the calendar for the other eleven months
Attack. Harden. Prove. Repeat.
Posters and quizzes cover the people. These four weeks cover the systems, and they leave you with evidence instead of a completion rate.
Run a scoped test against your own people and your own exposed surface. Send the phishing simulation, then go further and check what an attacker reaches from outside.
Fix the findings that carry real exploit paths first. Patch the KEV items, close the vendor accounts missing MFA, tighten the rules that let the test through.
Run the same test again against the same targets. Record the before and after state, and keep the approval trail that shows who authorized each change.
Put the cycle on a calendar for the other eleven months. Report reporting rate and time to report to the board, rather than how many people finished a module.
Every consequential step in this cycle stops at a human approval gate, and every action is logged. The work moves. Control stays.
How to measure whether it worked
Completion rates measure attendance. These measure behavior:
- Reporting rate: what share of simulated phishing gets reported, not just avoided
- Time to report: how many minutes pass between delivery and the first report
- Repeat clicker rate: the same small group usually drives most of the risk
- Mean time to respond on employee-reported incidents
- Percentage of KEV listed vulnerabilities closed during the month
Free resources and toolkits
CISA publishes a free Cybersecurity Awareness Month toolkit with posters, sample emails, a press release template, slide decks, and social copy. The National Cybersecurity Alliance publishes its own toolkit built around the 2026 theme. Both are free, and both save you from designing October from scratch.
