Roger Linn is a legend in the world of musical instruments. He’s been at the cutting edge of music technology for decades. He created the LM-1, the first drum machine to use samples, and its successor, the LinnDrum, is one of the most iconic drum machines of all time. They were used on countless records in the 1980s, including hits by Tom Petty, Queen, and Tears for Fears. But the most notable fan was probably Prince, who used them extensively on Purple Rain and 1999.
Technology
Waymo under federal investigation after child struck
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Federal safety regulators are once again taking a hard look at self-driving cars after a serious incident involving Waymo, the autonomous vehicle company owned by Alphabet.
This time, the investigation centers on a Waymo vehicle that struck a child near an elementary school in Santa Monica, California, during morning drop-off hours. The crash happened Jan. 23 and raised immediate questions about how autonomous vehicles behave around children, school zones and unpredictable pedestrian movement.
On Jan. 29, the National Highway Traffic Safety Administration confirmed it had opened a new preliminary investigation into Waymo’s automated driving system.
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TESLA’S SELF-DRIVING CARS UNDER FIRE AGAIN
Waymo operates Level 4 self-driving vehicles in select U.S. cities, where the car controls all driving tasks without a human behind the wheel. (AP Photo/Terry Chea, File)
What happened near the Santa Monica school?
According to documents posted by NHTSA, the crash occurred within two blocks of an elementary school during normal drop-off hours. The area was busy. There were multiple children present, a crossing guard on duty and several vehicles double-parked along the street.
Investigators say the child ran into the roadway from behind a double-parked SUV while heading toward the school. The Waymo vehicle struck the child, who suffered minor injuries. No safety operator was inside the vehicle at the time.
NHTSA’s Office of Defects Investigation is now examining whether the autonomous system exercised appropriate caution given its proximity to a school zone and the presence of young pedestrians.
AI TRUCK SYSTEM MATCHES TOP HUMAN DRIVERS IN MASSIVE SAFETY SHOWDOWN WITH PERFECT SCORES
Federal investigators are now examining whether Waymo’s automated system exercised enough caution near a school zone during morning drop-off hours. (Waymo)
Why federal investigators stepped in
The NHTSA says the investigation will focus on how Waymo’s automated driving system is designed to behave in and around school zones, especially during peak pickup and drop-off times.
That includes whether the vehicle followed posted speed limits, how it responded to visual cues like crossing guards and parked vehicles and whether its post-crash response met federal safety expectations. The agency is also reviewing how Waymo handled the incident after it occurred.
Waymo said it voluntarily contacted regulators the same day as the crash and plans to cooperate fully with the investigation. In a statement, the company said it remains committed to improving road safety for riders and everyone sharing the road.
Waymo responds to the federal investigation
We reached out to Waymo for comment, and the company provided the following statement:
“At Waymo, we are committed to improving road safety, both for our riders and all those with whom we share the road. Part of that commitment is being transparent when incidents occur, which is why we are sharing details regarding an event in Santa Monica, California, on Friday, January 23, where one of our vehicles made contact with a young pedestrian. Following the event, we voluntarily contacted the National Highway Traffic Safety Administration (NHTSA) that same day. NHTSA has indicated to us that they intend to open an investigation into this incident, and we will cooperate fully with them throughout the process.
“The event occurred when the pedestrian suddenly entered the roadway from behind a tall SUV, moving directly into our vehicle’s path. Our technology immediately detected the individual as soon as they began to emerge from behind the stopped vehicle. The Waymo Driver braked hard, reducing speed from approximately 17 mph to under 6 mph before contact was made.
“To put this in perspective, our peer-reviewed model shows that a fully attentive human driver in this same situation would have made contact with the pedestrian at approximately 14 mph. This significant reduction in impact speed and severity is a demonstration of the material safety benefit of the Waymo Driver.
“Following contact, the pedestrian stood up immediately, walked to the sidewalk and we called 911. The vehicle remained stopped, moved to the side of the road and stayed there until law enforcement cleared the vehicle to leave the scene.
This event demonstrates the critical value of our safety systems. We remain committed to improving road safety where we operate as we continue on our mission to be the world’s most trusted driver.”
Understanding Waymo’s autonomy level
Waymo vehicles fall under Level 4 autonomy on NHTSA’s six-level scale.
At Level 4, the vehicle handles all driving tasks within specific service areas. A human driver is not required to intervene, and no safety operator needs to be present inside the car. However, these systems do not operate everywhere and are currently limited to ride-hailing services in select cities.
The NHTSA has been clear that Level 4 vehicles are not available for consumer purchase, even though passengers may ride inside them.
This is not Waymo’s first federal probe
This latest investigation follows a previous NHTSA evaluation that opened in May 2024. That earlier probe examined reports of Waymo vehicles colliding with stationary objects like gates, chains and parked cars. Regulators also reviewed incidents in which the vehicles appeared to disobey traffic control devices.
That investigation was closed in July 2025 after regulators reviewed the data and Waymo’s responses. Safety advocates say the new incident highlights unresolved concerns.
UBER UNVEILS A NEW ROBOTAXI WITH NO DRIVER BEHIND THE WHEEL
No safety operator was inside the vehicle at the time of the crash, raising fresh questions about how autonomous cars handle unpredictable situations involving children. (Waymo)
What this means for you
If you live in a city where self-driving cars operate, this investigation matters more than it might seem. School zones are already high-risk areas, even for attentive human drivers. Autonomous vehicles must be able to detect unpredictable behavior, anticipate sudden movement and respond instantly when children are present.
This case will likely influence how regulators set expectations for autonomous driving systems near schools, playgrounds and other areas with vulnerable pedestrians. It could also shape future rules around local oversight, data reporting and operational limits for self-driving fleets.
For parents, commuters and riders, the outcome may affect where and when autonomous vehicles are allowed to operate.
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Kurt’s key takeaways
Self-driving technology promises safer roads, fewer crashes and less human error. But moments like this remind us that the hardest driving scenarios often involve human unpredictability, especially when children are involved. Federal investigators now face a crucial question: Did the system act as cautiously as it should have in one of the most sensitive driving environments possible? How they answer that question could help define the next phase of autonomous vehicle regulation in the United States.
Do you feel comfortable sharing the road with self-driving cars near schools, or is that a line technology should not cross yet? Let us know by writing to us at Cyberguy.com
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Copyright 2026 CyberGuy.com. All rights reserved.
Somehow, those are not his greatest contributions to the music world. That would, undoubtedly, be the MPC. Linn partnered with Akai to create one of the most popular and important samplers ever. The MPC60 and its successors became the tool of choice for countless hip-hop and house producers. J Dilla’s MPC 3000 even sits in the Smithsonian.
Roger Linn was also an early adopter of MPE, or MIDI polyphonic expression. It’s a key feature of his LinnStrument, an expressive 3D controller released in 2014 — three years before the Association of Musical Electronics Industry (AMEI) officially released the MPE standard. Turns out the man stays so innovative by keeping things simple and focused.
What is your most indispensable tool?
My MacBook Pro.
Which is the most underappreciated?
My Vision Pro. I called it the most amazing product I rarely use.
What is the first app you install on a new phone or computer?
On a computer, Rhino3D.
What is one thing you wish you could change about your phone?
Apple Mail’s bugs.
What sites do you have pinned to your tab bar?
New York Times.
How many tabs do you have open right now?
One. This document.
Which social media platform do you use the most (if any)?
I don’t use social media except to announce my monthly “All Things LinnStrument” email newsletter.
What is your happy place online?
A VR app for the Meta Quest called Walkabout Mini Golf. It was a large number of artistically created open VR worlds that offer a surprising level of beauty from the Quest 3’s limited power. I go there to play a game of mini golf, fly around, or meet friends in a private instance of a particular world.
What is your favorite gadget you’ve ever owned?
I don’t know about “ever”, but these days it’s VR headsets, currently the Meta Quest 3 or Apple Vision Pro.
Which was the most disappointing?
In general, I’m disappointed by products that are designed by engineers who assume their customers are engineers.
What game do you have the fondest memories of?
Myst.
Which tech trend do you wish would go away?
Spam.
What creation are you most proud of?
LinnStrument.
What’s the best piece of advice you’ve ever received?
Keep it simple.
What is your current obsession?
VR.
What do you do when you need to focus?
Breathe. Calm down.
What do you do when you’re feeling stuck?
I try to shift my perspective.
When was the last time you went somewhere without your phone?
I never go anywhere without my phone. Maybe swimming.
What’s the last piece of physical media you bought?
That would be a long time ago. I’ve only bought books, music, films, etc. in digital form for a long time.
What do you think is worth splurging on?
If someone made a VR headset with retina resolution, very high power, lots of beautiful open worlds, but it was expensive, I’d probably buy it.
What would the tagline for your biopic be?
“He created tools that allowed musicians to make better music.”
What’s the last GIF or meme you used?
This isn’t a GIF, but maybe it’s a meme:
( ͡° ͜ʖ ͡°)
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A robot mower sounds like the kind of yard tool that should make life easier. It cuts the grass, saves you time and quietly handles a chore most people would rather avoid.
But a new independent security report raises a bigger concern about what may be happening behind the scenes. Security researcher Andreas Makris says Yarbo robots, which include autonomous lawn mowers and snow blowers, contained serious flaws that could expose owners to remote access, live camera viewing and Wi-Fi credential theft. The report says roughly 6,000 robots are currently affected.
Yarbo has since responded through its Security Center, saying the core technical findings are accurate and that it has started rolling out security fixes. Still, the report raises important questions about how much access smart yard devices should have inside your home network.
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SMART HOME HACKING FEARS: WHAT’S REAL AND WHAT’S HYPE
A robot mower connected to home Wi-Fi can create security risks if remote access controls are weak or unclear. (Yarbo)
Yarbo robot security risk: What the report claims
Makris says Yarbo robots ship with a persistent remote access setup that uses a tunnel to reach the robot over the internet. According to the report, the robots also include a hardcoded root password shared across the fleet and a remote connection method tied to the robot’s serial number. That is important because “root” access gives someone deep control over the device. In simple terms, it can mean administrator-level access to the system inside the robot. The report also says the remote tunnel runs automatically, can restart itself if stopped and may return if removed. That raises a major concern for owners because they may not have a simple switch in the app to shut it off.
Why a robot mower could put your home network at risk
Smart devices often need internet access to work. App controls, software updates, diagnostics and support all depend on that connection. However, Makris claims Yarbo’s setup creates a much riskier situation. He says remote access appears to be built into every robot, rather than turned on only when an owner asks for help. The report says an attacker with the right information could potentially reach a robot remotely, access internal functions and use it as a foothold on the owner’s network. So while a robot mower may seem harmless as it cuts grass, rolls through the yard or parks near the garage, that same machine can also connect to your Wi-Fi, carry cameras and sit close to your home every day.
5 WORRISOME PRIVACY CLAUSES HIDDEN IN SMART HOME DEVICES
The Yarbo report raises concerns about remote access, live camera feeds and saved Wi-Fi credentials on connected yard robots. (Yarbo)
Yarbo camera access concerns for homeowners
According to the report, Yarbo robots can have multiple camera feeds. Makris says that if someone gained root access through the remote tunnel, they could potentially view the robot’s surroundings remotely. That could include a driveway, backyard, entryway, garage area or outdoor space where your family spends time. For homeowners, this concern goes beyond a glitch. A camera-equipped device outside your home deserves the same scrutiny as a camera inside your home.
How saved Wi-Fi passwords could be exposed
The report also says an attacker with root access could retrieve saved Wi-Fi credentials from the robot’s system. That would be a serious issue because many homes use one main Wi-Fi network for phones, laptops, tablets, smart TVs, security devices and more. Once someone has your Wi-Fi password, the risk can spread. They may try to reach other connected devices or look for weak spots that were never meant to face the internet. This is why connected outdoor equipment should never get a free pass. A lawn robot may be housed outside or in the garage, but its network access can reach inside.
What Yarbo says now
After Makris published his report, Yarbo posted a response to its Security Center page on its website. The company said the report identified serious vulnerabilities in its remote diagnostic, credential management and data-handling systems. Yarbo co-founder Kenneth Kohlmann also said the “core technical findings are accurate” and acknowledged that the company’s initial response did not reflect the seriousness of the issues.
Yarbo says the problems primarily involved historical design choices in parts of its remote diagnostic, access management and data-handling systems. The company also said some legacy support tools did not give users enough visibility or control. Yarbo said some authentication and credential systems did not meet its current security expectations.
A NEW SECURITY SEAL OF APPROVAL IS COMING TO YOUR SMART HOME GADGETS
Security experts recommend keeping smart yard devices on a guest network instead of your main home Wi-Fi. (Yarbo)
What Yarbo says it has fixed
Yarbo says it has taken several remediation steps since the report was published. According to the company, it has retired historical fleet-level root credentials, revoked shared FRP remote-access credentials and disabled related FRP server-side connection paths.
The company also says updated versions of the Yarbo mobile app no longer contain static credentials or embedded access mechanisms capable of directly authenticating against backend services. Yarbo says it has removed reporting scripts, legacy dependencies and non-essential network configurations that no longer served a necessary product function.
However, Yarbo says more work remains. The company says it is rebuilding its credential management system so any remaining shared-credential models can be replaced with individually scoped, per-device credentials. Each credential would support independent rotation and revocation.
Why Yarbo data connections raise privacy questions
The report also points to connections involving Hanyangtech, Yarbo’s Shenzhen-based parent company, along with ByteDance Feishu, Tencent TDMQ and Chinese DNS resolvers. Makris says some robot telemetry can be sent to ByteDance’s Feishu platform and that certain infrastructure choices are built into the firmware.
Yarbo now says it has removed reporting scripts, legacy dependencies and non-essential network configurations that no longer served a necessary operational or product function. The company also says historical servers and legacy access channels will continue to be phased out as part of its remediation work.
The core issue is transparency. Owners should know where their devices send data, which companies can access it and whether those connections are essential for normal use. That level of clarity matters even more for devices with cameras, location data and access to home networks.
What this means for you
If you own a Yarbo robot, this report means you should treat it like any other connected device with cameras, location data and access to your home Wi-Fi. Yarbo says it is pushing security updates automatically to connected devices. That means owners should connect their Yarbo long enough to receive the latest security update. After that, consider moving it back to a guest network or an isolated smart-device network.
CyberGuy reached out to Yarbo, and a representative said the company encouraged readers to refer to the Security Center at yarbo.com/pages/yarbo-security-center for the latest verified information and ongoing updates.
How Yarbo owners can reduce the risk
You may not be able to control everything happening inside the robot, but you can take a few practical steps to limit what it can reach on your home network.
1) Put the robot on a guest network
Do not keep your robot mower on the same network as your laptop, phone or security cameras. Use a guest network or a separate smart-device network if your router supports it.
2) Change your main Wi-Fi password if you are concerned
If your robot has connected to your main Wi-Fi and you are worried about exposure, change the Wi-Fi password. Use a strong, unique password and store it in a trusted password manager so you do not have to reuse or remember it. Then reconnect only trusted devices. Check out the best expert-reviewed password managers of 2026 at Cyberguy.com
3) Check your router for unknown devices
Open your router app or admin page and review connected devices. Look for anything unfamiliar. Remove devices you do not recognize.
4) Limit what the robot can access
Some routers let you isolate guest devices. Turn that on when available. This can keep the robot from seeing other devices on your network.
5) Ask Yarbo for specific answers
Owners should ask what remote diagnostic access remains, whether credentials are now unique per robot and whether the company will provide a true off switch for remote diagnostics.
6) Keep the robot updated, but stay cautious
Yarbo says security updates are delivered automatically once devices connect to the internet. Connect the robot through a guest network or an isolated smart-device network so it can receive the latest update without giving it access to your main devices.
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Kurt’s key takeaways
The Yarbo report is a reminder that convenience can come with hidden access. A robot mower may seem like a helpful yard tool, but under the hood, it can act like a connected computer with cameras, location data and a path into your network. The biggest concern is control. Owners need to know who can reach their devices, when remote access turns on and whether they can shut it off. A company should not expect you to trust a black box sitting on your Wi-Fi. If you own one of these robots, isolate it from your main network and push Yarbo for clear answers. If you are shopping for any smart yard device, ask about security before you ask about battery life.
Would you let a smart yard robot onto your Wi-Fi if the company could not clearly explain who can access it and when? Let us know by writing to us at Cyberguy.com
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Copyright 2026 CyberGuy.com. All rights reserved.
Google’s AI Overviews are running into an interesting problem right now. Earlier on Friday, if you searched for the term “disregard,” the AI Overview section would include a response like what you’d see from a more traditional AI chatbot instead of the typical AI summary, as spotted on X. As you can see in the image at the top of this story, I got an AI Overview response that said, “Got it. If you need anything else or have a new question later, just let me know!”
As of Friday afternoon, however, Google isn’t showing an AI Overview for the term “disregard” at all — instead, it shows a list of news stories about the issue first. Google hasn’t replied to our requests for comment. In a statement to Android Authority, a spokesperson said that “We’re aware that AI Overviews are misinterpreting some action-related queries, and we’re working on a fix, which will roll out soon.”
AI Overviews haven’t just been tripping up over the word “disregard.” When searching for “ignore,” Google’s AI Overview section showed the following message to a Verge colleague:
Message received! I’m here and ready to help. What would you like to focus on today? Just let me know if there’s a specific topic, task, or question you’d like to explore.
When they searched “skip,” the AI Overview section said:
It looks like your message was just a test or a typo! Feel free to ask a question, share a prompt, or let me know how I can help you with your tasks today. I’m ready whenever you are!
As of Friday afternoon, Google is still showing me AI Overviews with broken responses when I search for “ignore” and “skip.”
As funny as this all is, it’s almost certainly just some kind of bug — I expect Google will fix it soon enough. Maybe Google Search itself is tired after everything that happened at Google I/O.
Updates, May 22nd: Google now isn’t showing AI Overviews for “disregard.” Also added a Google statement.
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