Cybersecurity Tools Are Becoming Commodities. Good Decisions Aren’t.

The cybersecurity market is full of good technology. The challenge is no longer simply finding the tools—it is knowing which ones actually fit the business, how they should be applied, and where a standard solution falls short.

That matters because many standard security stacks are built around infrastructure rather than the applications the business actually depends on. A company may have strong endpoint, email, identity, network, and backup controls while critical applications, integrations, or business workflows receive far less attention.

The problem begins when the provider’s standard stack becomes the customer’s cybersecurity strategy.

A manufacturer, municipality, professional-services firm, nonprofit, and energy company may use many of the same security technologies, but they do not run the same business. Their critical applications are different. Their tolerance for downtime is different. The information that creates liability is different. The systems that generate revenue, support customers, run production, or deliver essential services are different.

That is why the real differentiator is becoming less about access to the tools and more about the expertise required to understand the business and apply those tools correctly.

Having the Tool Is Not the Same as Having the Protection

Susquehanna Glass, a family-owned manufacturer in Columbia, Pennsylvania, provides a useful example.

In December 2025, ransomware disrupted the company during its busiest season. Financial records, inventory information, customer data, and employee files became unavailable. Employees were sent home, production was interrupted, and the attackers demanded $1 million.

The company did not pay, but its recovery exposed an important weakness.

Susquehanna Glass had backups, yet the attackers were able to delete them. The company was fortunate that the deleted data could still be recovered by a specialist after the drives were shipped to California.

That is not the same thing as having a resilient recovery strategy.

A backup only becomes a dependable recovery capability when it is protected from the same attack, tested regularly, and designed around what the business actually needs to restore. Backup technology itself is widely available. The expertise lies in knowing which systems and applications must come back first, how quickly they need to return, what they depend on, and whether the recovery path will still exist if the primary environment is compromised.

Susquehanna Glass recovered, but its ability to do so depended partly on luck. A business should not design recovery around luck.

The Business Impact Continued After Recovery

The attack also demonstrates why restoring systems does not end the problem.

Reporting indicated that roughly 35 GB of data was exfiltrated, including sensitive information involving current and former employees. The company subsequently had to provide identity-theft protection to affected employees.

Those obligations continue after production resumes.

Legal, forensic, notification, insurance, administrative, and employee-support costs can remain long after the immediate outage is over. Susquehanna Glass reportedly spent more than $100,000 recovering from the incident while also dealing with production delays and the effort required to catch up on customer commitments.

For a business of that size, those are not abstract cybersecurity expenses. They affect cash flow, employee time, customer service, operations, and management attention.

The incident also shows why a standard security stack can provide a false sense of completeness. A business may have the expected security products and still have gaps around the applications, data flows, integrations, and recovery requirements that actually keep the company operating.

For a manufacturer, protecting a laptop is important. But so is understanding what happens if the ERP system is unavailable, inventory cannot be accessed, production scheduling stops, customer orders cannot be processed, or the applications supporting those functions depend on systems that were never part of the standard security conversation.

The technology should be designed around those business dependencies. The business should not be forced to fit whatever package the provider normally sells.

Expertise Is the Differentiator

There is nothing wrong with standardization. Proven technologies and repeatable processes can improve reliability and control costs.

But standardization should support the strategy, not replace it.

The value of a cybersecurity provider is the ability to understand both the technology and the business it is supposed to protect. That means knowing which applications and processes are critical, where a standard solution is sufficient, where additional protection is justified, how existing investments can be used more effectively, and which weaknesses could create the largest business consequences.

Two providers may recommend many of the same technologies. The important difference is how they arrived at the recommendation.

A better question for management is not simply:

What products are included?

It is:

How did you determine that this approach fits our business, our applications, and the risks that could materially disrupt us?

The answer should begin with the business.

Cybersecurity tools are becoming commodities. Good decisions aren’t.

If your cybersecurity program is built around a standard stack, the question is not whether the products are good. The question is whether they were selected, configured, and integrated around the way your business actually operates.

At CustosIQ, we help organizations answer that question by starting with the business, identifying the systems and applications that matter most, and determining whether the current cybersecurity approach actually fits the risk.

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