At Microsoft’s annual Build conference on Tuesday, the company announced a slew of new or expanded AI initiatives, including a super app, in-house reasoning models, a cybersecurity tool, and OpenClaw-esque AI agents. All this news added up to a clear message: Microsoft is positioned to be one of the biggest players in AI, and it’s finally acting like it.
Technology
Ethernet vs Wi-Fi security comparison reveals surprising results for home users seeking protection
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We spend so much time online that how we connect to the internet has become almost as important as the devices we use. Most people never give it a second thought. They connect their computer to Wi-Fi, type in a password and get on with their day. But if you have ever wondered whether plugging in an Ethernet cable is safer than sticking to wireless, you are asking the right question. The way you connect can have real consequences for your privacy and security. Recently, Kathleen reached out to me with the same doubt.
“Is it more secure to use the Ethernet connection at home for my computer, or is it safer to use the Wi-Fi from my cable provider?”
It’s a great question, Kathleen, because both options seem similar on the surface but work very differently under the hood. Those differences can mean the difference between a private, secure connection and one that’s more vulnerable to attackers.
BEWARE OF FAKE WI-FI NETWORKS THAT STEAL YOUR DATA WHEN TRAVELING
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Ethernet offers direct, wired security without wireless risks. (Kurt “CyberGuy” Knutsson)
How Ethernet and Wi-Fi differ when it comes to security
Ethernet and Wi-Fi both get you online, but they do it in completely different ways. Ethernet uses a physical cable that connects your computer directly to the router. Since it is a wired connection, data travels straight through that cable, making it much harder for anyone to intercept it. There is no wireless signal to hijack, no airwaves to eavesdrop on.
Wi-Fi, on the other hand, is built on convenience. It sends your data through the air to and from your router, which is what makes it so easy to connect from anywhere in your home. But that convenience comes with more risk. Anyone within range of your signal could potentially try to break into the network. If your Wi-Fi is protected by a weak password or uses outdated encryption, a skilled attacker might gain access without ever stepping inside your house.
At home, that risk is smaller than in a coffee shop or hotel, but it is not zero. Even a poorly secured smart device on your network can give attackers a way in. Ethernet removes many of those risks simply because it is harder to access a connection that requires physical access to a cable. Check out our steps for setting up a home network like a pro here.
DON’T USE YOUR HOME WI-FI BEFORE FIXING CERTAIN SECURITY RISKS
Why one connection might be safer than the other
It is easy to think Ethernet is automatically safer, but that is not the whole story. Your real security depends on how your entire network is set up. For example, a Wi-Fi network with a strong password, up-to-date router firmware, and WPA3 encryption is going to be far more secure than a poorly configured Ethernet setup connected to an outdated router.
There is also the question of who else uses your network. If it is just you and a handful of devices, your risk is low. But if you live in a shared space or run smart home gadgets, that changes the equation. Each device connected to Wi-Fi is a potential entry point. Ethernet reduces the number of devices that can connect, which limits the attack surface.
Ultimately, the connection type is one piece of the puzzle. The bigger factors are how your router is configured, how often you update your software, and how careful you are with what devices you connect.
Wi-Fi brings convenience but also potential exposure to hackers. (Kurt “CyberGuy” Knutsson)
6 ways to make your internet safer
Whether you stick with Wi-Fi or switch to Ethernet, there are several practical steps you can take to protect your devices and data. Each step adds an extra layer of security to your network.
IS YOUR HOME WI-FI REALLY SAFE? THINK AGAIN
1) Use a strong network password
Choose a long and unique password for your Wi-Fi. Avoid obvious choices like your name, address, or simple sequences. A strong password makes it far harder for attackers to guess or crack your network. A password manager helps you create and store strong, unique passwords for every account, reducing the chances of a hacker gaining access through weak or repeated credentials.
Next, see if your email has been exposed in past breaches. Our #1 password manager (see Cyberguy.com/Passwords) pick includes a built-in breach scanner that checks whether your email address or passwords have appeared in known leaks. If you discover a match, immediately change any reused passwords and secure those accounts with new, unique credentials.
Check out the best expert-reviewed password managers of 2025 at Cyberguy.com/Passwords
2) Enable the latest encryption on your router
Most modern routers support WPA3, which is much more secure than older standards like WPA2. Check your router’s settings to enable the latest encryption and ensure your network traffic is harder to intercept.
3) Keep your router firmware updated
Router manufacturers regularly release updates that patch security vulnerabilities. Log into your router’s admin panel occasionally to check for updates and install them as soon as they are available. This prevents attackers from exploiting known flaws.
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4) Review connected devices
Regularly check which devices are connected to your network and disconnect anything you no longer use. Each connected device is a potential entry point for attackers, so keeping the list limited reduces your network’s exposure.
5) Install strong antivirus software
Even on a secure network, malware can sneak in through downloads, phishing attacks, or compromised websites. A strong antivirus program will detect and block malicious activity, protecting your computer before damage occurs.
The best way to safeguard yourself from malicious links that install malware, potentially accessing your private information, is to have strong antivirus software installed on all your devices. This protection can also alert you to phishing emails and ransomware scams, keeping your personal information and digital assets safe.
Get my picks for the best 2025 antivirus protection winners for your Windows, Mac, Android & iOS devices at Cyberguy.com/LockUpYourTech
Ethernet cables connect to a router as part of a home network setup. (Kurt “CyberGuy” Knutsson)
6) Use a VPN for sensitive tasks
A virtual private network encrypts your internet traffic, making it unreadable to outsiders. This is especially useful if you ever use Wi-Fi in public or need an extra layer of privacy at home. A reliable VPN is essential for protecting your online privacy and ensuring a secure, high-speed connection.
For the best VPN software, see my expert review of the best VPNs for browsing the web privately on your Windows, Mac, Android & iOS devices at Cyberguy.com/VPN
Kurt’s key takeaway
So, which is safer, Ethernet or Wi-Fi? Ethernet wins in raw security because it eliminates many of the risks that come with wireless connections. But in a well-secured home network, the difference is often smaller than most people think. What matters more is how you manage your devices, passwords, software, and online habits.
Would you trade the flexibility of wireless for the peace of mind of a wired connection? Let us know by writing to us at Cyberguy.com/Contact
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Copyright 2025 CyberGuy.com. All rights reserved.
Technology
Microsoft Is Pulling the Plug on Publisher This Fall. These 8 Alternatives Prove You Don't Need It
Technology
Dark web monitoring: does it put your data at risk?
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You hear the phrase “dark web monitoring,” and it can feel unsettling. If a company is scanning shady corners of the internet for your information, are they exposing you even more?
That question comes up often. In fact, Joyce from Florida wrote in with a concern many people share:
“When companies scan the dark web for your data, doesn’t that put you at risk? Your information is now out there. Please explain what that really means.” Joyce, Fanning Springs, Fla.
Joyce, great question. A lot of people assume these services are pushing your data somewhere new. That isn’t what is happening. The short answer is simple. No, dark web monitoring does not put your information at risk. Let’s walk through what is really going on.
WHAT REALLY HAPPENS ON THE DARK WEB, AND HOW TO STAY SAFE
Dark web monitoring checks breach dumps, hacker forums and leaked databases for personal information that may already be exposed. (Annette Riedl/picture alliance via Getty Images)
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What is dark web monitoring and how does it work
These services are not uploading your data anywhere. They are not spreading your information.
Instead, they are:
- Monitoring known data breach dumps, hacker forums and leaked databases
- Searching for matches to your information, like your email or phone number
- Alerting you if your data is already found there
Here is the key point to understand. Your information is already out there before they ever find it.
Does dark web monitoring expose your data? A simple way to think about it
The simple answer is no. Think of it like checking if your stolen credit card is being used. No one is putting your card out there.
A monitoring service watches for signs that your data is already in use, so you can shut it down quickly.
10 SIGNS YOUR PERSONAL DATA IS BEING SOLD ONLINE
How dark web monitoring works without exposing your information
Reputable services use secure methods to check for your data. They are designed to protect your information during the process.
These include:
- Hashed searches, where your data turns into unreadable code before checking
- Secure databases and APIs that compare data without exposing it
- Monitoring existing breach datasets instead of live personal accounts
They are not:
- Logging into your accounts
- Posting your information
- Interacting with criminals on your behalf
That distinction matters. They are observers, not participants.
Dark web monitoring can help users respond quickly by changing passwords, freezing credit or locking down affected accounts. (Kurt “CyberGuy” Knutsson)
When dark web monitoring could put your data at risk
While the concept itself is safe, the provider you choose matters. There can be a risk if:
- You use an unknown or untrusted service
- A company asks for sensitive documents without a clear reason
- The service itself has weak security and gets breached
That is why it is important to stick with well-known providers that have a strong track record.
BE AWARE OF EXTORTION SCAM EMAILS CLAIMING YOUR DATA IS STOLEN
Why dark web monitoring is actually helpful
Without monitoring, you might never know your data was exposed. That means:
- Your email and password could be circulating for months
- Someone could open accounts in your name
- Your information could be resold again and again
With monitoring, you get an early warning. That gives you time to change passwords, lock accounts and stop fraud before it spreads. In many cases, that early alert is the difference between a close call and a major financial hit.
Ways to stay safe from data breaches and identity theft
Even with monitoring, you should take simple steps to protect yourself.
1) Limit how much data is out there
Use a data removal service to reduce your exposure over time. A data removal service works to remove your personal data from data broker sites. That reduces how much of your information is circulating online in the first place. Check out my top picks for data removal services and get a free scan to find out if your personal information is already out on the web by visiting Cyberguy.com
2) Stick with trusted services
Choose an identity theft protection service with strong security practices and clear privacy policies. They monitor your personal information and alert you quickly if it appears in breaches or suspicious activity. They also include identity theft protection tools in one place. See my tips and best picks on Best Identity Theft Protection at Cyberguy.com
Data breach alerts can warn users when emails, phone numbers or passwords are found in leaked databases. (Kurt “CyberGuy” Knutsson)
3) Watch for alerts and act quickly
If you get a breach alert, change your password right away. Avoid reusing passwords across accounts. A password manager can help. Check out the best expert-reviewed password managers of 2026 at Cyberguy.com
THE ONE THING SCAMMERS CHECK BEFORE TARGETING YOU ONLINE
4) Turn on two-factor authentication
Two-factor authentication (2FA) adds an extra layer of protection, even if your password is compromised.
5) Freeze your credit if needed
A credit freeze can stop criminals from opening new accounts in your name without your approval.
6) Monitor your financial accounts regularly
Check your bank and credit card statements often to catch suspicious activity early.
Kurt’s key takeaways
Dark web monitoring does not expose your data. It checks whether your data has already been exposed. Think of it as a radar system. It scans for danger so you can respond before things get worse. In a world where data breaches are common, that kind of early warning can make all the difference.
If your personal data was already out there right now, would you want to know or stay in the dark? Let us know by writing to us at Cyberguy.com
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Technology
Microsoft AI chief Mustafa Suleyman says there are three labs that matter — and he wants Microsoft to be the fourth.
For years, Microsoft’s AI business leaned hard on its early and exclusive partnership with OpenAI. But the drama-filled marriage slowly devolved into a situationship, and the pair effectively separated in late April (though Microsoft is still OpenAI’s primary cloud partner — for now). This year’s Build had the vibe of a freshly single divorcée posting a thirst trap on Instagram. “It’s always fun to be at developer conferences in times of great change,” Microsoft CEO Satya Nadella said onstage Tuesday, adding that events like this are about “coming to grips with the new opportunity.”
AI chief Mustafa Suleyman, in an interview with The Verge, put it even more bluntly.
“The goal is to prove that we can become one of the top four labs in the world,” Suleyman said. “There’s three labs that matter, Google DeepMind, OpenAI, and Anthropic. We are not one of them at the moment, and that’s always been my intention. It’s why I came here. I want to build the very best frontier models in the world, fully multimodal, and in order to do that, we have to prove that we can do everything that we need to from the ground up, and we’re not just going to take from others.”
One of Microsoft’s first steps at Build was indeed to play catch-up on AI models. Suleyman unveiled MAI-Thinking-1, the company’s first reasoning model, along with six other new models focused on image, voice, transcription, and coding. Microsoft said the medium-size MAI-Thinking-1 model, which will likely be marketed to primarily enterprise clients, is “built from scratch for serious math, coding, and real-world enterprise deployment.” Microsoft is years behind both OpenAI and Anthropic here; OpenAI began releasing reasoning models in the fall of 2024. But Suleyman emphasized its performance on benchmarks like coding and its price point, saying it was cheaper than OpenAI equivalents on some tasks — a big deal in the age of the AI money squeeze, which has inspired a lot of complaints with customers.
While Microsoft has had years to glean insights from OpenAI, Suleyman made sure to mention that its development did not involve any distillation, meaning that it wasn’t trained using a different company’s AI model. If MAI-Thinking-1 is good, Microsoft clearly doesn’t want people thinking it’s due to the influence of OpenAI.
Suleyman told The Verge that for Microsoft, “the pivotal moment was renegotiating our contract with OpenAI. That meant that we were allowed to train models at a larger scale and explicitly pursue superintelligence entirely with our own IP, with our own data, no distillation, training from scratch.”
Nadella also highlighted Microsoft’s recently launched AI cybersecurity tool MDASH, which he said brings together 100 AI agents to find exploitable bugs “better than any single model.” It was clearly a dig at Claude Mythos Preview, which Anthropic introduced in April to much fear and fanfare — and expanded access to just before Build. OpenAI has its own cybersecurity-focused system as well, and all three companies will likely use their offerings to jockey for position in the government and enterprise markets they desperately need to court.
Microsoft is in a more complex situation with AI agents. The popular open-source platform OpenClaw demonstrated a potential path forward for AI agents, and after OpenAI quickly hired its creator, Peter Steinberger, Microsoft (among other companies) is trying to catch up. One of its key strategies is making OpenClaw work well with Windows. At Build, Nadella said he was very committed to OpenClaw support, and Microsoft employees chatted with developers in the audience about how they were using it.
Steinberger himself made a surprise appearance to great audience reaction, taking the stage to boast about how OpenClaw had bolstered its security and earned user trust. “What I kept hearing was, ‘Peter, I love my Claw, but can I use it at work?’” Steinberger said. “You can totally run OpenClaw inside your company now, and we even made the harness itself a plug-in.” Steinberger said that whether someone trusts Copilot, Codex, or another company’s coding platform, users can now run OpenClaw on top of that via Windows.
But Microsoft is also promoting its own separate Copilot “super app” that integrates OpenClaw-esque agents. A super app is a major focal point for OpenAI right now — president Greg Brockman is leading development of one that will tie together ChatGPT, the Codex coding platform, and the Atlas web browser. Microsoft’s strategy is similar, bringing together a variety of existing Copilot AI assistants. Its agents, called “Autopilots,” are designed to act as a helpful user interface. Cassidy Williams, GitHub’s senior director of developer advocacy, called Copilot “your home base for development and operations on your computer,” demonstrating how multiple agents could perform tasks like app-building. (In an extra flourish, Williams demonstrated how she could approve or deny code changes by flashing her computer camera a thumbs-up or thumbs-down.)
Autopilots are designed specifically to appeal to business customers — Nadella called them “autonomous, long-running agents with full enterprise compliance.” The first one Microsoft will offer is “Scout,” billed as “your always-on personal agent,” but clients can build and personalize their own. The Autopilot agents should be able to look through an email inbox, join group chats in Teams, check a calendar, and send daily briefings, among other things. Accordingly, employees on stage at Build repeatedly emphasized Copilot’s security tools and guardrails — obviously aiming to calm enterprise clients who may have heard horror stories about tools like OpenClaw.
Suleyman made sure to emphasize, again and again, Microsoft’s “humanist superintelligence” as an “AI that prioritizes humanity first” — part of AI companies’ recent rebrand of AGI to make it sound less frightening in an era when people are pushing back against AI more than ever before.
Nvidia CEO Jensen Huang, another speaker known for working closely with OpenAI, appeared via video call to tout how Nvidia’s RTX Spark chip is fueling Microsoft’s AI agent goals. “I could be traveling and I’m on the phone and I can text my PC … and it would fire up the tools on the PC,” Huang said. “The idea that the PC evolved from a personal computer to a personal AI is just really exciting.”
Microsoft spent years betting on OpenAI, and in some ways, that’s left it behind in the AI race. But as OpenAI and other competitors turn to enterprise to finally make money, it’s got some obvious advantages. Microsoft already has a substantial client base and, compared with other AI companies, a reputation for safety and security. And like Google, it also has deep pockets, considerable computing resources, and a diversified revenue stream, meaning it can take big bets without a ton of risk.
Suleyman told The Verge, “There’s a lot of people who are either like chasing startup valuations or about to IPO, so we can operate with a little bit more humility and a little bit more long-term optimization.” He added, “We’ve got the money to be able to buy Anthropic [models] when we need to. We’ve got the optionality in Azure with 11,000 models, so people can use literally whatever they want whenever they want, but that buys us the time to do it right from the start.”
At the same time, there are a lot of unanswered questions here. Microsoft called out a lot of benchmark wins and advancements for its seven new models, but that doesn’t always translate to real-world adoption, and even a new model that pulls ahead for a week or two can quickly fall behind. AI super apps are a mostly yet-untested idea. And Microsoft is entering a crowded yet still largely underwhelming AI agent marketplace with a product that we haven’t seen in action. There’s still plenty of room for its promises to fall flat.
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