Years ago, the security landscape was different. Anti-virus programs only looked for traditional 'viruses,' while standalone programs like Malwarebytes were invented to catch the sneaky things that slipped through—like spyware, adware, and tracking cookies. But Microsoft has completely closed that gap. The modern app, now called Microsoft Defender, isn't just a basic virus scanner anymore. It’s a full-fledged security suite running in real-time. It actively monitors your system behavior, blocks spyware, and stops malicious downloads. What’s more it routinely gets perfect scores in independent lab tests alongside the big paid names. So, is Malwarebytes completely useless now? Not at all, but how you use it has changed. The free version of Malwarebytes doesn't offer real-time, round-the-clock protection anymore—that's a paid premium feature. Instead, the free version is now the ultimate 'second-opinion' tool. It is incredibly good at scanning an already-infected system and cleaning up deeply rooted junk, grayware, or malicious browser extensions that other scanners might miss. So., keep Windows Defender turned on as your primary, always-on shield. It’s free, it’s built-in, and it handles spyware beautifully. But, keep the free version of Malwarebytes sitting in your digital toolkit. If your PC ever starts acting sluggish or you suspect something slipped past the gates, fire up Malwarebytes for a manual, one-off scan to clean the house then uninstall it so you don't get nagging reminders to pay for the premium version. Thanks for the question, Dave! Keep them coming. Ep360 Image created by AI
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Today, I want to step inside the high-tech textile mill to look at how engineers are using Physical AI to train the world's first true robotic seamstresses. If you think about automation, you probably picture car manufacturing lines. Massive robotic arms spot-welding rigid steel panels with millimeter precision over and over again. That's a relatively straightforward programming task because steel stays exactly where you put it. But fabric? Fabric is a mechanical engineer's absolute nightmare. It stretches, it folds, it bunches, it slips, and no two textiles behave the exact same way. If a robotic arm tries to feed a piece of silk into a sewing machine using traditional pre-programmed code, the fabric will crumple instantly, jamming the needle. It's why apparel manufacturing has remained one of the most labor-intensive, manually driven industries on earth.
First, engineers use Vision Capture technology. A skilled human seamstress sits at a machine wearing a sensor laden glove and sews a garment while an array of high-speed 3D cameras and tactile sensors track every tiny micro-movement of her fingers. The AI models analyze how she subtly guides the edge, stretches a curve, or applies tension to prevent puckering. Next, the AI takes over with a six-axis robotic arm equipped with soft, vacuum-suction grippers. But instead of executing a fixed path, the robot relies on a real-time Closed-Loop Feedback System. As the machine vision cameras watch the fabric slide toward the sewing head, the AI constantly calculates the textile’s physics on the fly. If the fabric shifts a fraction of a millimeter, or if a stretchy knit fabric begins to bunch up, the AI instantly self-corrects. It will gently adjust its grip, twist the angle, or alter the feed speed—matching the delicate, intuitive hand adjustments of a seasoned human tailor. The results are impressive. These modern 'Sewbots' can flawlessly hem a T-shirt in seconds or stitch the highly complex, multi-layered curves of an automotive leather seat with perfect consistency, shift after shift. It's a huge win for Physical AI. By teaching machines how to perceive and adapt to unpredictable, flexible materials, we aren't just changing how our clothes are made—we're paving the way for robots that can safely handle almost anything in the physical world. The future of fashion is officially automated. Ep360 Image Source: https://www.facebook.com/reel/2061668184748709
So some quick tips: If you want to use Gemini with Waze effectively and with minimal angst, here are three essential tips to master your dashboard. 1. Talk to it like a passenger, not a machine The old Google Assistant required strict, robotic phrases like 'Report hazard pothole.' If you say that to Gemini, it gets confused. Instead, act like you are talking to a friend in the passenger seat. Just tap the microphone and say, 'Hey G, looks like a couch cushion fell on the road up here,' or 'Traffic is completely dead locked.' Gemini’s natural language engine instantly translates your casual chat, figures out the hazard, and drops the exact pin on the Waze map without you ever taking your eyes off the road. 2. Expect—and handle—the follow-up questions Because Gemini is a conversational AI, it might actually talk back to clarify your report. If you say, 'There's something blocking the left lane,' Gemini will chime in and ask, 'Can you describe what you see?' Don't panic or look at the screen! Just speak naturally: 'It’s a pile of tree branches.' It will categorize it and thank you. It feels weird at first to have a conversation with your car, but it means you never have to touch a button. 3. Use the 'Steering Wheel Kill Switch' for chatty AI Because Gemini loves to talk, it can sometimes give you a massive, rambling description of traffic patterns or weather when you just want a quick answer. If it starts getting too wordy and is interrupting your music or podcast, press your steering wheel’s voice button or call button while it is talking. This acts as an instant mute switch, cutting Gemini off mid-sentence so you can get back to your tunes. The golden rule for the new dashboard AI is simple: stop trying to code your voice commands. Just talk normal, let it drop the pins for you, and keep your hands on the wheel. Growing pains - it will get better. Ep360 Image created by AI
Well, if you’re running a modern Android phone, Google Wallet now automatically pulls your flight boarding passes from Gmail, tracks your flight status, and displays a live, real-time progress bar directly on your lock screen without you ever having to open an app. This shows an industry shift where operating systems are swallowing the features that separate apps used to charge you for. The exact same thing happened to Windows. Years ago, the built-in tools were pretty much useless. But today, Windows Defender—the free scanner built right into Windows 10 and 11—is much improved and arguably more than adequate as your basic security tool. In independent lab tests, it consistently scores 100% for blocking malware. For the average user who just browses the web and streams music, it is more than enough. However, there is a catch. Just like a dedicated travel app might give a frequent flyer advanced tools that Google Wallet lacks, third-party security software still has a major place for power users. Take a premium solution like ESET NOD32, for example. There are three huge reasons you’d want to opt for it over Windows Defender: First is browser and phishing protection. While Windows Defender is great, its deepest web protections are heavily optimized for Microsoft Edge. If you prefer Google Chrome or Firefox, ESET provides much stronger, independent anti-phishing layers to stop fake banking and shopping sites before they load. Second is advanced ransomware defense. Premium suites offer features like ESET's Host-Based Intrusion Prevention. It acts like a digital tripwire, blocking unauthorized apps from encrypting your files or tampering with your webcam, giving you a level of granular control Microsoft doesn't offer out of the box. And finally, performance tuning. Ironically, even though Windows Defender is built-in, it can occasionally hog your CPU during a heavy background scan. A highly optimized engine like ESET has a tiny system footprint and includes a 'Gamer Mode' that automatically silences pop-ups and pauses heavy scanning the second you go full-screen. So, what is the cyber verdict? If you practice basic digital common sense, Windows Defender has you covered for free. But if you handle sensitive financial data, use alternative browsers, or want advanced, lightweight control over your system, investing in a dedicated pro tool like ESET is still an incredibly smart upgrade. Whatever you choose, do your updates and practice safe internet browsing. Ep360 Image created by AI
We’ve got a great question from Sarah in Subiaco. SARAH (Voiceover/Read by Host): "Hey MITE Radio! I just bought a new external hard drive to back up my wedding photos, but it’s taking forever—like, five hours! My husband says I’m using the 'slow hole' on my laptop. Is he making that up, or do the different colored USB ports actually matter?" HOST: Well, Sarah, your hubby is actually spot on! USB ports aren't just colored to look pretty; their colour gives us a bit of a clue. If you look closely at your laptop, often (but not always) you’ll see those little rectangles are color-coded. Here is the breakdown so you never pick the "slow hole" again:
The MITE Takeaway: Sarah, tell your husband he wins this round! Move that hard drive cable to the Blue or Red port. For everyone else: if you’re moving big files, remember--Black is for the Mouse, Blue is for the Drive. Thanks for the question, Sarah! If you’ve got a tech mystery you want us to solve, send us a message on the MITE Radio socials. Ep359 Image created by AI
But here’s the "Innovation Hub" twist: These arrays are doing a whole lot more than just generating green electricity. Here’s 4 quick bonus points for this tech: 1. The Natural Air-Conditioner Solar panels actually get less efficient as they get hotter. By floating them on a reservoir or a farm dam, the water underneath acts as a giant heat sink. This "evaporative cooling" means the panels stay cooler and can produce up to 15% more power than the ones sitting on a scorching hot roof. 2. Saving Our "Liquid Gold" Australia loses an incredible amount of water to evaporation—nearly 370 billion gallons a year, or roughly three Sydney Harbors. These floating arrays act as a giant lid. By covering just 70% of a water body, we can cut evaporation by over half. For farmers in drought-prone areas, that saved water is just as valuable as the electricity. 3. Stopping the "Green Slime" Algal blooms are a nightmare for water quality. Usually, to stop them, you have to use chemical treatments. But because these solar panels shade the water, they naturally limit the sunlight that algae need to grow. It keeps the water cleaner without the need for extra chemicals. 4. The Tech Bonus: Bifacial Panels The new Warrnambool array uses "Bifacial" panels—meaning they have solar cells on both the top and the bottom. They catch the sun from above, and then catch the light reflecting off the water from below. It’s like getting a double-shot of energy for the same price. The MITE Takeaway: Innovation isn’t always about inventing a brand-new gadget; sometimes, it’s about putting two existing things together in a way that helps both. By putting solar on water, we’re protecting our resources while powering our future. Amazing stuff! Ep359 Image created by AI
Today I want to chat about a piece of technology you probably use every day, but might not realize is one of the most sophisticated surveillance tools in your life: your car. A recent deep dive by BBC Future has revealed just how much data our modern vehicles are vacuuming up, and—spoiler alert—it’s a lot more than just your GPS location. Think about this: modern cars are essentially "smartphones on wheels." They are packed with cameras, microphones, and sensors that track everything. We’re talking about your braking habits, how fast you take a corner, and even biometric data—like how often you blink or where your eyes are looking—to see if you’re distracted.  But where is all this data going? Well, it’s being bundled and sold. Your driving behavior is gold for insurance companies, who might jack up your premiums based on a single hard brake. Marketers want to know which shops you park in front of. And because cars now have built-in internet connections, this data is being beamed back to manufacturers in real-time. The BBC report warns that it’s about to get worse. As we move toward more autonomous features, cars will need even more cameras—inside and out—to function. This creates a massive cybersecurity risk. If a hacker gets into your car’s system, they aren’t just stealing your credit card info; they’re seeing where you live, where you work, and potentially even listening to your private conversations. So, what can you do?
Your car might be making your drive "easier," but it’s paying for it with your privacy. Stay safe, stay savvy, and keep it locked to MITE Radio as we will follow this up as we learn more. Ep359 Image created by AI
PERTH, WA — If you’re still seeing the familiar Windows 10 taskbar on your screen, you’re part of a shrinking club. As we hit the middle of 2026, the "safety net" for one of the world’s most popular operating systems is beginning to fray, leaving millions of Australians facing a digital deadline. We are now officially in the final stretch. While the "official" end of free support passed us by in late 2025, Microsoft’s Extended Security Update (ESU) program has been the only thing keeping those systems secure. But with October 13, 2026, fast approaching, that lifeline is about to be cut.
The "Security Tax": A Costly Choice For the business world, staying on Windows 10 is about to get a lot more expensive. Microsoft is using a "doubling" price strategy to nudge users toward Windows 11:
For home users, the situation is even more precarious. The 12-month "Free ESU" deal offered to many individuals is a one-time gift. As of now, Microsoft has remained silent on whether home users will even be allowed to pay for a "Year 2" extension, leaving many facing a total security blackout this spring. Your Four Paths Forward If your PC doesn't meet the strict hardware requirements for Windows 11 (like the TPM 2.0 security chip), you have four main options as we head into late 2026:
The Bottom Line Windows 10 has been a workhorse since 2015, but its legendary run is ending. Whether you're a small business owner or a casual browser, the next few months are your window to decide: will you pay the "security tax," learn a new system, or finally say goodbye to the Start menu you've used for a decade? Ep359 Image created by AI
Time for our MITE Radio Listener Question segment! Jess wrote in asking: Google owns both, so what’s the actual difference between Waze and Google Maps when using them on Android Auto? It’s a great question. While Google owns both platforms and they actually share a lot of core data—like major road closures and construction updates—their navigation philosophies on your dashboard are completely different. Think of Google Maps as your calm, traditional travel companion (like old school type maps NAVMAN, TOMTOM, …) It relies heavily on passive background data from millions of Android phones to track traffic flow. On Android Auto, Maps gives you a clean, stable interface focused on sticking to main roads. It’s also the ultimate 'all-in-one' tool—if you need to look up a business's hours, read restaurant reviews, or switch to walking directions after you park, Google Maps is the clear winner. Waze, on the other hand, is a driver-focused, community-driven co-pilot. Instead of passive tracking, it relies on live, manual reports from other drivers. On your screen, this translates to hyper-specific, real-time alerts for speed traps, potholes, school zones, and vehicles on the shoulder. Waze’s routing is also vastly more aggressive. If there's a jam ahead, Waze won't hesitate to immediately detour you through residential side streets and back roads to shave a few minutes off your ETA, whereas Google Maps prefers to keep you on highways and main arterials.
Thankyou Jess, and please keep those questions coming, and back to the music!" Ep358 Image created by AI
Today, we are talking about a Facebook video making the rounds with over a million views, featuring a product called 'The Headrest Safe.' Yes, it is exactly what it sounds like. Someone looked at the standard, foam-filled headrest on a passenger car seat and thought: 'You know what this needs? A heavy-duty, 20-gauge steel lockbox hidden inside it.' The idea is that it’s 'hidden in plain sight' so you can stash cash, passports, or medication. To open it, you flap down the back cushion of the headrest to reveal a digital keypad or a biometric fingerprint scanner.  Now, look, from a pure fabrication standpoint, it’s clever engineering. It uses a universal two-prong post pattern, it slides right into the existing seat frame, and they even wrapped it in leatherette to try and match your factory interior. But from a practical dashboard perspective? This lands squarely in the Tech Absurd category for a couple of hilarious reasons. First, imagine trying to open this thing in an emergency. If you need to grab something quickly, you have to awkwardly reach backwards over your left shoulder from the driver's seat, blind-feel for a biometric fingerprint scanner or punch a PIN code into the back of your passenger’s head, all while your shoulder is completely contorted. It looks like a great way to pull a muscle. But here is the absolute kicker: it gets even better. This isn't just a vault bolted into your car seat. It has a quick-release mechanism that leaves the metal prongs behind, allowing you to slide the vault out and carry it away with you like a little plastic briefcase. Imagine walking into a business meeting, a casual lunch, or your local cafe, and instead of a laptop bag or a backpack, you stroll in clutching a plastic lockbox shaped exactly like the top half of a car seat. Nothing says 'I am definitely carrying a large amount of cash' quite like walking into a shop with a piece of automotive furniture under your arm. You are bound to get some hilarious looks at the counter! Of course the comments in the post ask the obvious question, what happens when the battery dies? Oh and drivers are already leaving comments online asking how to charge it because standard cables don't fit. If your headrest safe goes flat, whatever is inside is locked in permanent storage until you find the manual override key. Overall, an interesting idea, a beautifully built piece of kit, but hiding a digital steel vault right where you’re supposed to rest your skull—and then walking around town with a headrest handbag—is one of the most glorious pieces of over-engineering I’ve seen in a while. Would you rock the headrest briefcase? Let us know on our socials. Ep358 Image Source: https://www.facebook.com/share/r/18QUxLgGBu/
If you log into a personal Microsoft account—whether that’s for Outlook email, Xbox, or OneDrive—you’ve probably relied on a quick text message to verify your identity. You type in your password, a six-digit code gets texted to your phone, you enter it, and you’re in. It's incredibly convenient. But Microsoft is officially preparing to pull the plug on SMS text codes for two-factor authentication and account recovery. Why? Because Microsoft explicitly stated that text-based codes have become a leading source of digital fraud. Now, it sounds counterintuitive. We’ve been told for years that text-message codes keep us safe. And they were a great stepping stone. But text messages travel across mobile networks in plaintext. Cybercriminals have gotten highly sophisticated at intercepting them through tactics like "SIM swapping"—where they trick your mobile carrier into moving your phone number over to their SIM card. If they have your password and your phone number, your account is compromised. So, what is the alternative? Microsoft is aggressively pushing us toward Passkeys. If you haven't used one yet, think of a passkey like a digital handprint that proves who you are without ever needing a password. Instead of typing a long string of characters and waiting for a text code, a passkey links your account directly to a physical device you already own—like your smartphone or your computer. When you try to log in, your computer sends a secure, encrypted digital puzzle to your phone. To solve it, you just unlock your phone the way you always do—using your fingerprint, your face scan, or your device PIN. The magic here is security. That biometric data never leaves your personal device, so hackers can't intercept it over the airwaves. Even better, passkeys are completely immune to fake phishing websites. If a scammer creates a fake Microsoft login page and you try to use your passkey, it simply won't work, because the passkey knows exactly which real web domain it belongs to. Microsoft hasn't given a final drop-dead date for dropping SMS codes entirely, but they are already rolling out the changes, and you'll start seeing prompts to upgrade soon. If you want to get ahead of the curve, it only takes a couple of minutes to set up. Just head over to account.microsoft.com, go to your Advanced Security Options, and click "Add a new way to sign in." From there, choose face, fingerprint, or PIN, and let your device guide you through the save process. It's an easy switch that offers massive protection. Ep358 Image created by AI
See, every single time a widget changes size, updates the weather, or moves to the next song, it has to nudge the main app awake in the background. It’s like waking up a sleeping giant just to ask what time it is—it drains your battery and often makes your screen stutter. Well, Google is changing things with a new behind-the-scenes engine called Remote Compose. Instead of waking up the app every time, your phone’s core operating system takes over the heavy lifting directly. It’s a massive performance upgrade, and there are three main things you're going to notice on your screen. First up is Smooth Resizing. You know when you try to stretch a widget to make it bigger, and it goes all blurry, cuts off the text, or jumps around awkwardly before snapping into place? With this upgrade, as you drag the corner, the layout fluidly stretches and grows in real-time, just like pulling a piece of elastic. No more glitchy jumps. Next is Smart Interaction. Google is adding a feature called Snap Scroll. If you have a long list of emails or calendar events on your screen, instead of a clunky, infinite scroll, you can flick through pages cleanly—it just snaps perfectly into place like turning the page of a digital book. Plus, buttons will actually "pop" and animate when you tap them, giving you a nice little visual confirmation. Finally, my personal favorite: Chameleon-like Theming. Because the phone's system handles the look of the widget, it can change colors instantly. Change your phone's wallpaper, and the widget automatically recolors itself to match. But even better—if you plug your phone into your car and use Android Auto, that exact same widget will instantly shift its colors to perfectly match your car’s dashboard display. One widget, multiple faces. When do we get it? This is rolling out as a built-in feature with Android 16. Older phones will still show the widgets safely, they just won't have the fancy new animations. It's a win-win for looks and battery life! So your smartphone is getting just a little bit smarter. Ep358 Image created by AI
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AuthorDelve into the world of MITE Radio through our captivating blogs. From music and tech to community news, our articles offer fresh perspectives and behind-the-scenes glimpses. Stay informed, connect with our community, and explore MITE Radio in a new way today! Archives
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