Washington Works Blog

When we talk about IT security or business continuity, the conversation often gets lost in technical jargon like encryption layers or redundancy. For a business owner, these can often feel like abstract costs rather than strategic investments. Downtime, however, is one number that you don’t want to feel abstract, and it shouldn’t be treated as such. To justify your IT spending, you need to know how much revenue your business is leaving on the table due to technical issues.

Connecting to a public Wi-Fi network is, at best, a roll of the dice, and more often than not, foolhardy and actively dangerous. Meant as a convenience, it is most convenient for someone trying to monitor your network traffic. These networks, maintained by a third party, are left wide open by design… making them in no way trustworthy, particularly for business purposes.

Checking a box on an insurance application used to be enough to get your business covered. Not anymore. Since cybercriminals have caused significant problems over the last few years, insurance companies are aggressively altering their rules to protect their own finances.

Sometimes we field questions from potential clients asking us about billing and the value they might receive from working with us. They might look at the proposed service plan and think, “My buddy’s IT guy only charges him when things break, and his bill is way lower than this. Why is managed IT more expensive?” It’s a fair question, but to answer it, we have to look at it through a more holistic lens.

Business technology often operates in a reactive cycle. Expenses occur only when hardware fails or when a threat emerges. This approach results in redundant costs and fragmented systems.

Before making new investments, document your current environment. This includes identifying software subscriptions that overlap and assessing the age of physical equipment. Hardware exceeding a five-year lifespan represents a significant risk for failure and should be slated for replacement.

It is a common frustration when a workstation that once felt fast begins to lag. As you perform your daily tasks, the operating system collects digital baggage that interferes with performance.

You do not always need to spend money on new hardware to solve this. Often, the goal is simply to use the technology you already have in a more effective way. When a computer slows down, it is usually because the system resources are being stretched too thin by background processes and unnecessary files.

On May 22, 1973, a memo was drafted that changed the professional world forever: the first description of the Ethernet. Before this innovation, computers were isolated islands of data. Now, the Ethernet is the invisible highway that allows your team to collaborate, share files, and access the cloud in real-time.

Nevertheless, like any highway, if the pavement is old and crumbling, traffic comes to a halt.

Artificial Intelligence is often framed as a productivity solution, but it has introduced a significant security risk known as shadow IT—specifically, shadow AI. This occurs when employees use unauthorized, public AI tools to summarize meeting notes, write code, or analyze spreadsheets without oversight from the IT department.

While the intent is usually to improve efficiency, employees often unknowingly upload proprietary company information to public databases.

Most “Acceptable Use Policies” are relics of the 1990s—ten-page legal documents filled with all kinds of “thou shalt nots” that employees sign once and immediately forget. Modern business requires a different approach. A lockdown policy drives your best talent toward implementing shadow IT solutions, or unapproved apps, and it creates a culture of resentment that ultimately holds your business back.

We have all seen the headlines about what AI can do. It can write emails, analyze spreadsheets, and generate images in seconds. We rarely talk about the physical requirements for that to happen. When you ask a chatbot a question, you are triggering a massive chain reaction of resource consumption.

Standard antivirus is no longer sufficient. A single compromised laptop or workstation can provide a gateway for ransomware to paralyze your entire organization. Small-to-medium-sized businesses (SMBs) are increasingly targeted because they often lack the 24/7 monitoring needed to detect sophisticated lateral movement within their networks. Relying on reactive security measures puts your data, reputation, and financial stability at significant risk.

Let’s talk about how endpoint detection and response mitigates these risks.

Think of your digital security like your skincare routine or your gym habits: it is all about consistency over intensity. You don’t need a million-dollar setup to stay safe; you just need to stop leaving the metaphorical front door unlocked. Since the line between work life and real life is nonexistent these days, one weak password on a random app can give a hacker the keys to your entire company’s kingdom. You should spend the next seven days on this digital hygiene sprint because it is low-effort, high-reward, and honestly, you owe it to your future self.

Tim Cook has been at the helm of Apple for 15 years, and as he’s set to retire as CEO in September we thought we’d take a look at some of the differences between the Apple, Inc. he’s leaving behind and the one he took over in 2011.

It’s easy when things are going well to ignore the annual IT health check, but that doesn’t make it any less important. Today, we’re sharing a 15-point IT infrastructure health check to keep your technology working smoothly so your business can continue operations. We’ll cover everything from zombie software licenses to expired warranties and aging hardware.

For a long time, one of the best practices for phishing prevention has been to pick up the phone and call up the person apparently sending a message. Unfortunately, in some cases, phone calls are now being exploited.

Now, AI enables scammers to mimic the voices of the people they impersonate through voice cloning. As a result, it is more important than ever to verify who you are talking to before sharing any sensitive information.

Want to hear a secret? Despite all the buzzwords and jargon, cybersecurity has a pretty simple foundation… one that many professionals refer to as the CIA Triad (unrelated to the intelligence agency). Its three pillars—Confidentiality, Integrity, and Availability—serve as the three critical sides of the cybersecurity triangle. If any fail, the whole of your systems are at risk.

Let’s go over what makes up each side.

If you ask ten different IT guys to define "the cloud,” you’ll probably get twelve different answers involving scalability, elasticity, and other buzzwords that don't actually help you run your business on a Wednesday morning.

Let's strip away the jargon. The cloud isn't some magical, invisible ether. It’s essentially just entrusting someone else—usually a massive corporation like Microsoft, Google, or Amazon—to manage the physical computer for you.

Instead of having a humming, heat-generating server box locked in your broom closet, you’re renting space on a much more powerful, much more secure server in a data center somewhere else.

Digital accessibility makes technology usable for everyone, helping employees stay productive and giving employers access to more talent. Microsoft Word includes a built-in Accessibility Assistant to help you easily create inclusive documents.

Think of it like spellcheck, cranked up to 11, intended to ensure as many people as possible are able to access the information you’re trying to share.

It feels good to be right. It feels even better to have an assistant that never argues, never pushes back, and seems to be on your exact wavelength 24/7. We have a name for a system that never disagrees with you: a broken one.

The reality is that AI lacks a moral compass or a personal creed. It doesn't have a "gut feeling" telling it when you’re about to make a massive business mistake. It operates purely on a map of mathematical probabilities, designed to reflect your own intent back to you with perfect clarity.

On March 23, 2026, the digital landscape shifted overnight. The FCC issued a sweeping mandate that reclassified almost every consumer-grade Wi-Fi router in American homes as a “national security threat.” The policy was a direct response to Salt, Flax, and Volt Typhoon campaigns—state-sponsored cyberattacks that, according to official reports, utilized residential routers as the primary entry points for breaching critical infrastructure.

We know the question on your mind, and it’s the same as many other businesses: “How does this impact me?” That’s what we’re here to answer.