Thinking “That Won’t Happen to Us” Is the Real Risk
Most organizations understand that cyberattacks are happening more frequently than ever.
They read about ransomware shutting down major corporations, hospitals, cities, and government agencies. They hear about stolen credentials, compromised systems, and sensitive information appearing on the dark web.
But those incidents often feel distant.
They happen to other organizations or larger corporations. Organizations with more money, more data, more visibility, or more valuable targets.
This creates a common mindset: “We’re too small to be a target.”
From the surface, that conclusion can feel reasonable. Why would a cybercriminal spend time targeting a smaller organization, local government office, court, or professional firm when much larger potential victims exist?
The reality is that many cyber attackers are not carefully selecting one organization at a time.
They are scanning systems, testing credentials, searching for known vulnerabilities, and identifying exposed technology at scale. In many cases, the attacker does not begin by asking how large an organization is.
The attacker begins by asking: “Can we get in?”
That makes size far less important than vulnerability. And believing an attack will not happen may be one of the greatest risks your organization can create.
The False Sense of Security in “We’re Too Small”
Most smaller organizations would never say cybersecurity or data protection is unimportant.
But many quietly operate under assumptions such as:
- “We don’t have anything hackers would want.”
- “Attackers are focused on large corporations.”
- “We’re not well-known enough to attract attention.”
- “Our systems are too small to be worth the effort.”
- “We have antivirus, so we should be protected.”
- “Our IT provider would stop an attack.”
- “We’ve never had a problem before.”
These assumptions create confidence without evidence.
Your organization may have security tools. It may have IT support. It may use cloud systems, strong passwords, or a firewall. But none of those measures proves that every vulnerability has been identified, every backup is protected, or every critical system can be recovered.
As discussed in our May article, having IT support is not the same as having an organization-wide data protection strategy. IT may maintain systems and respond when problems occur, but leadership must still understand operational risks, identify essential data, establish recovery priorities, and ensure the organization can continue functioning during a disruption.
The same distinction applies here. Not expecting to be attacked is not a form of data protection. It is a dangerous assumption that you aren’t exposed enough to warrant an attack.
Perception: Attackers Choose Victims Based on Size
The traditional image of a cyberattack often involves a criminal group researching a specific company, studying its finances, and developing a highly customized plan to break into its systems.
Some sophisticated attacks do work that way. But many attacks begin much more broadly.
Attackers often use automated tools to search the internet for exposed systems, unpatched software, weak credentials, improperly configured remote access tools, and other known security gaps. Once a vulnerable system is identified, the attacker can attempt to gain access, deploy malware, steal information, or move deeper into the network.
This means your organization may be discovered because it has a weakness, not because it has a recognizable name.
Recent breach research supports that shift. Verizon’s 2026 Data Breach Investigations Report found that 31% of breaches began with the exploitation of software vulnerabilities, making vulnerabilities a more common initial access point than stolen credentials. The report also found that generative AI is now strengthening multiple attack techniques, helping threat actors work faster as they search for weaknesses and conduct attacks.[i]
Government cybersecurity agencies have similarly documented threat actors exploiting large numbers of vulnerable, internet-connected devices across many IP addresses at the same time.[ii]
In other words:
- An attacker does not need to know who you are before finding your systems.
- A vulnerable server does not tell an automated scanning tool how many employees you have.
- An exposed remote-access portal does not explain whether you are a national organization or a county office.
- An unpatched application does not become less exploitable because the organization using it is small.
From the attacker’s perspective, any vulnerability creates an opportunity.
Reality: Smaller Organizations Can Be Attractive Targets
Smaller organizations may have fewer financial resources than large corporations, but they often possess many of the same categories of valuable information:
- Employee and payroll records
- Social Security numbers
- Financial and banking information
- Court and legal records
- Property and tax records
- Medical or insurance information
- Customer and vendor data
- Email accounts and stored credentials
- Payment information
- Confidential internal communications
They may also provide access to larger organizations through shared platforms, vendors, contractors, or partner networks. But data value is only part of the equation.
Cybercriminals also understand that smaller organizations may have:
- Limited internal IT staffing
- Older or unsupported systems
- Inconsistent software updates
- Fewer cybersecurity tools
- Less frequent employee training
- Unmonitored remote access
- Backups connected to the primary network
- Recovery plans that have never been tested
- One person who holds most of the technical knowledge
These conditions can make smaller organizations easier, not less worthwhile, to attack.
An attacker does not always need the largest possible ransom or the most valuable possible data. A repeatable attack against multiple vulnerable systems can still be profitable.
That changes the risk calculation.
The question is not whether your organization is important enough to be attacked. The question is whether your systems are accessible enough to be compromised.
Real-World Example: Iowa County, Wisconsin
The 2025 ransomware attack against Iowa County, Wisconsin, provides a clear example of why smaller organizations cannot assume they will be overlooked.
Iowa County has a population of approximately 24,000 people. It is not a major metropolitan government or nationally prominent organization.
Yet on April 28, 2025, the county detected unauthorized activity within its computer network and later confirmed that it had experienced a ransomware attack.
The incident disrupted access to services involving:
- Real estate transactions
- Land records
- Deeds
- Tax office operations
County employees had to work through limited systems and manual processes while restoration continued. The county later disclosed that the threat actor intentionally deleted a significant portion of its network, including backups for certain systems. Although some information could be recovered, other data could not, creating a lengthy and complex rebuilding process.[iii]
Months after the initial attack, the county was still working to reconstruct searchable land-record systems containing more than one million document images.
The organization’s size did not protect it.
The impact was not measured only in encrypted computers. It affected residents, businesses, title professionals, government employees, tax payments, land transactions, public records, and confidence in local services.
The Iowa County incident also reinforces another concept from our previous VaultTek articles including the 3-2-1 Backup Rule as the best baseline data protection practice of separation, protection, and designed for ease and priority of recovery.
If an attacker can reach and delete the backups through the same compromised environment, the organization may have copies of its data – but not a truly resilient recovery system which can be outlined using a three step Risk Management plan including performing tabletop exercises to test and refine.
Large or Small, Operational Impact Is the Same
A smaller organization may not face the same total financial loss as a major corporation, but the operational consequences can be just as serious.
For example:
- If a court cannot access case records, proceedings may be delayed.
- If a local government cannot retrieve land records, transactions may stall.
- If a professional firm loses access to client files, work may stop.
- If payroll records are unavailable, employees may not be paid correctly or on time.
- If email systems are compromised, attackers may use trusted accounts to target employees, vendors, or members of the public.
For the people who depend on that organization, its size is irrelevant. They still expect essential services to continue. They still expect their information to be protected. They still expect records to be available, accurate, and recoverable.
That is why cybersecurity cannot be evaluated only by asking, “How likely is someone to target us?” Organizations must also ask, “What would happen if someone succeeded?”
The Risk of Relying on Probability Alone
Every organization makes risk decisions. Leadership cannot eliminate every possible threat, and budgets are never unlimited. But effective risk management should not be based solely on the belief that an incident is unlikely.
VaultTek’s three-part risk-management approach provides a more practical framework:
Identify the events most likely to affect access to essential data. These may include:
- Ransomware
- Credential compromise
- Unpatched software vulnerabilities
- Phishing
- Accidental deletion
- Hardware failure
- Cloud or vendor outages
- Data corruption
- Power loss
- Severe weather or facility damage
The purpose is not to predict the exact incident that will occur. It is to identify where data and operations are most exposed.
Determine which systems, records, departments, and workflows would be affected if data became unavailable, encrypted, corrupted, or deleted.
Ask:
- Which systems support essential operations?
- Which records must remain available?
- How long could each department function without access?
- Which services would stop?
- Which legal, compliance, financial, or public-trust consequences could follow?
- What manual alternatives would be available?
- How long could those workarounds realistically continue?
Risk becomes clearer when it is connected to operations rather than discussed only as a technical possibility.
Once risks and impacts are understood, define how they will be reduced.
This may include:
- Applying software updates and security patches promptly
- Strengthening access controls
- Requiring multi-factor authentication
- Limiting unnecessary administrator privileges
- Training employees to recognize suspicious activity
- Monitoring internet-facing systems
- Protecting and isolating backups
- Maintaining multiple geographically separate copies
- Testing restoration processes
- Conducting tabletop exercises
- Defining incident and recovery responsibilities
The objective is not to guarantee that an attack will never happen. The objective is to make the organization harder to compromise and better prepared to recover.
Vulnerability Is Not Always Obvious
One reason organizations underestimate their risk is that vulnerabilities often remain invisible during normal operations.
> A backup job may appear to be running.
> A remote-access system may continue working.
> An employee account may remain active long after the employee leaves.
> A server may function normally despite missing important security updates.
> A cloud platform may synchronize files without maintaining an independent recovery copy.
Nothing appears wrong – until the vulnerability is discovered by an attacker or exposed during a failure. This is why confidence in data protection cannot come from the fact that systems are currently working.
As our March article emphasized, saving files is not the same as backing them up. Storage maintains access during normal operations. True backup preserves independent, versioned, and recoverable copies for the moment normal operations fail.
The same principle applies to cybersecurity readiness: Having security tools is not the same as knowing the organization can withstand an incident.
Confidence must come from visibility, testing, and validation.
Practical Tools Organizations Can Use
Leaders do not need to become cybersecurity experts to reduce risk. But they should create a regular process for evaluating exposure and asking better questions. Here are a few tools you can access or exercises you can implement to start with.
- CISA Cyber Hygiene Vulnerability Scanning
The Cybersecurity and Infrastructure Security Agency offers no-cost vulnerability-scanning services for eligible organizations. The service continuously evaluates internet-accessible systems and provides reports identifying vulnerabilities, risky services, and known exploited weaknesses.[iv]
This can help organizations see portions of their external environment in a way similar to how an attacker may see it.
- CISA Known Exploited Vulnerabilities Catalog
CISA also maintains a catalog of vulnerabilities known to have been actively exploited. IT teams and technology partners can use the catalog to help prioritize updates instead of treating every available patch as equally urgent.[v]
- Tabletop Exercises
A tabletop exercise brings leadership, IT, operations, records management, communications, and other key stakeholders together to work through a simulated incident.
The exercise may begin with a simple scenario:
“Employees arrive Monday morning and cannot access the shared network, email, or case-management system. A message indicates that files have been encrypted.”
The group then works through questions such as:
- Who is notified first?
- Who has authority to disconnect systems?
- How will essential operations continue?
- Which systems must be restored first?
- Are protected backups available?
- How will employees communicate?
- Who will communicate with the public?
- What happens if the primary IT contact is unavailable?
As discussed in our disaster-recovery planning article, tabletop exercises expose assumptions before those assumptions become problems during a real event.
- Tested Backup and Recovery
Organizations can also perform actual restoration tests. For this, a status report showing that a backup is completed is not enough.
Once initialized, restoration tests should show:
- Whether the required data is present
- Whether historical versions are available
- Whether backups are isolated from the production environment
- Whether systems can be restored in the correct order
- Whether recovery time supports operational requirements
- Whether employees know what to do while systems are unavailable
A plan becomes reliable only when the organization has demonstrated that it works when put to the test.
A Simple Exercise: Are You Relying on Size for Security?
Want to start with an even easier exercise? As part of a leadership team meetings, carve out time to run through and discuss the following questions:
- Why do we believe we are or are not likely to experience a cyberattack?
- Is that belief supported by evidence or assumption?
- Which of our systems are accessible from the internet?
- When were those systems last evaluated for vulnerabilities?
- How quickly are critical security patches applied?
- Do we require multi-factor authentication for remote and administrative access?
- Are inactive employee and vendor accounts removed promptly?
- Which data would create the greatest operational impact if it became unavailable?
- Could an attacker reach our backups from the primary network?
- Do we maintain versioned and geographically separate backup copies?
- When did we last restore essential data from backup?
- How long would recovery realistically take?
- Could operations continue during that recovery period?
- Has leadership participated in a recent tabletop exercise?
- Who has authority to make decisions during an incident?
If the answers are unclear, assumed, or dependent on one person, the organization may be more vulnerable than its size suggests and it’s the perfect time to address planning for more proactive data protection measures.
From “Why Us?” to “What If?”
If you find there is pushback on pursuing more proactive data protection measures, or you face the instinctive response to cybersecurity planning of: “Why would anyone attack us?”
Ask them this more useful question: “What would happen if they did?”
That shift moves the conversation away from trying to predict an attacker’s interest and toward understanding the organization’s actual resilience. It also changes the goal. The goal is no longer to prove that an incident is unlikely.
The goal is to ensure that:
- Known vulnerabilities are addressed
- Employees understand their role
- Critical data is identified
- Backups are protected from the primary environment
- Recovery priorities are clear
- Leadership and IT understand their responsibilities
- Recovery has been tested
- Essential operations can continue
This is the difference between hoping your organization will be overlooked and preparing it to withstand disruption.
From Assumption to Vault-Tight Protection
Your organization does not need to be large, famous, or wealthy to be affected by a cyberattack. It only needs to have a vulnerability an attacker can find.
For courts, local governments, and organizations responsible for essential records, protection must be intentional, layered, and built around recovery – not around the assumption that attackers will look elsewhere.
At VaultTek, our vault-tight approach to data protection is grounded in the proven 3-2-1 backup methodology. VaultTek provides triple-redundant protection through secure on-site backup and two geographically separate, U.S.-based off-site backups, supported by proactive monitoring and personalized service.
This layered structure helps protect recovery options even when primary systems, local infrastructure, or individual backup copies are compromised.
Because confidence does not come from believing an attack will never happen. It comes from knowing your data is protected, your recovery path is clear, and your organization is prepared if it does.
[i] Verizon, “2026 Data Breach Investigations Report.”
[iii] Iowa County, Wisconsin, “Iowa County Cyber Incident.”
[iv] Cybersecurity and Infrastructure Security Agency, “Cyber Hygiene Services.”
[v] Cybersecurity and Infrastructure Security Agency, “Known Exploited Vulnerabilities Catalog.”