Google Pixelbook Go Hands-On: I Can’t Wait To Buy It Justin Duino Google announced gadgets and gizmos aplenty today at its annual Made by Google event, and as cool as the Pixel 4 is, the Pixelbook Go might be my favorite gadget that we saw today. It’s a seriously impressive piece of hardware. At first blush, it may look like just another Chromebook, but that’s not it at all. It honestly seems like the return to Google’s original concept from Chromebook, though with a more modern twist. Everything the company has learned from its past Chromebooks (and Chrome OS in general) are fully realized in the Pixelbook Go. While it may be easy to think of the Go as a sequel to the original Pixelbook, it’s really more of a lateral movement. Since it’s not a convertible (it doesn’t flip around into tablet mode), it just is what it is—a laptop for the user who wants a laptop. It still has a touchscreen, though, which is really a must on any modern laptop, but especially one that also runs Android apps. Speaking of the display, Google has opted for a more traditional16:9 panel for the Go’s 13.3-inch display, a departure from the 3:2 format found on the Pixelbook and Pixel Slate. That’s likely to be a hit-and-miss choice from some people, but I personally think it makes a lot of sense for something that’s supposed to be a laptop and not a tablet. That said, most of the models are running at 1920×1080, which is a bit low compared to most modern machines. In my hands-on time with the Go, however, I couldn’t tell the difference compared to the Pixelbook. If you want to make sure you get the most Pixels you possibly can, however, there will be a version with a 4K Molecular Display available. Moving below the screen is a user favorite from the Pixelbook: the keyboard. The Go’s keyboard is largely the same as the Pixelbook, except now it’s even quieter. The trackpad is also very similar, but it’s a bit larger and features rounded edges instead of the square profile found on the Pixelbook. The Go is very much about refinements. Justin Duino Before we get to the Go’s innards, though, I want to quickly talk about the bottom of the device: it’s kinda weird. It’s a textured/ridged bottom that definitely makes it easier to hold and carry, which is the whole point. Google told us that the number one way most laptops get broken is by being dropped, so this is there to help prevent that. And really, if you don’t like how it looks, you’ll never see it when you’re using the laptop anyway. On the inside, the Pixelbook Go is still quite interesting, because a lot of its components mirror what’s found in Google’s Chrome OS tablet (the Pixel Ste). All models have 8th generation Intel Core processors, along with at least 8 GB of RAM (even in the base model) and a minimum of 64 GB of storage. The sweet spot seems to be the Core i5 model with 16 GB of RAM and 128 GB of storage, but I can also see how that would be overkill for a lot of users. If you’re looking for the meat and potatoes for the Pixelbook Go, here it is: this is a killer Chromebook. I’ve been using the Pixelbook as my main laptop for over a year and I’ve had no reason to want to change to anything else…until now. The Go is sleeker, lighter, faster, and, dare I say it, sexier. I can’t wait to get one. Yeah, I’m not sure about that texture? Justin Duino Read the remaining 4 paragraphs

Hands-on with the Pixel 4: Damn, Google Justin Duino Google unveiled the Pixel 4 (among other things) today at a press event, and it’s the best, most powerful, forward-thinking Pixel to date. I was able to spend some time with the phone after the event, and man, it’s so good. The Pixel 3 XL was a pretty polarizing device, mostly because of the huge and completely unnecessary notch. The good news here is that the notch is gone on the Pixel 4 and Google is making use of the bezel along the top of the device by absolutely packing it with new tech. Like, new tech—not just “new to Pixel” tech. I’m talking, of course, about Project Soli and the Pixel 4’s new radar chip. This new chip detects motion near the phone, allowing you to do things like skip tracks or dismiss alarms by simply waving your hand over the phone. But that’s not even the real value in the radar chip—the best part is that it’s part of the Pixel 4’s Face Unlock feature that lets you unlock your phone just by looking at it. This isn’t Google’s first attempt at letting users unlock their phones with their faces, of course—-Face Unlock has been around for a long time. But here’s the thing: it used to be, well, bad. Like, unusably bad. It could be fooled by a picture and it really wasn’t secure at all. It was a gimmick. But Face Unlock on the Pixel 4? Nah, man. This ain’t your grandma’s face unlock (lol, does your grandma even know what face unlock is?); this is new. This is Google take on Face ID, which, let’s be honest here, is pretty badass. But I might argue that Face Unlock on the Pixel 4 is badasser. To use it is to love it, believe me. Justin Duino And that’s a good thing, because the fingerprint reader is gone—no in-display jankiness, and the Pixel imprint sensor on the back is no more. I know that’s going to be a hard hit for some of you, but trust me, it’s for the best. Face Unlock is the truth. That also makes for a cleaner overall aesthetic. The back is flat and smooth…for the most part. There is the big ol’ camera bump to house the dual rear shooters—a 12 MP main camera and 16 MP telephoto lens—but otherwise, it’s just a seamless piece of glass. The Clearly White and Oh So Orange units have a “soft touch” glass back, while the Just Black model is polished and shiny. They all look really good in person, though the contrasting color around the camera module takes some getting used to on the White and Orange models. The Pixel 4 has a 5.7-inch 1080p panel, while the larger XL model packs a 6.3-inch 1440p display. Both are using Google’s new “Smooth Display” feature, which will push the refresh rate “up to 90 Hz.” Having used 90 Hz displays on both the OnePlus 7 Pro and 7T, I can tell you that this is something that you want, but I’m slightly bothered by the “up to 90 Hz” wording. That indicates that the display doesn’t always run at 90 Hz, but somehow intelligently manages when it bump the refresh rate and when to bring it back down. Read the remaining 8 paragraphs

Apple TV App Now Available on Most Roku Devices Roku Starting today, folks who own a Roku device will be able to stream content from Apple TV. To get started, head to the Roku Channel Store and grab the Apple TV app to begin accessing shows and movies. After adding the Apple TV app to your Roku device, you’ll be able to sign in with your Apple ID to access your iTunes video library, 4K HD iTunes purchases, Apple TV Channels, Apple recommendations, and Apple TV+ originals. This news comes just two weeks prior to the November 1 debut of Apple TV+, where Apple will premiere exclusive shows and movies. The app itself is free to download from the Roku Channel Store, but Apple TV+ will cost $4.99 a month after a seven-day free trial. Roku users will be able to subscribe to Apple TV+ directly through the Apple TV app on Roku. Apple TV+ includes access to more than 100,000 movies and shows, while Apple TV Channel subscriptions include premium networks such as Starz and HBO (a separate charge). The Apple TV app will be available on most Roku devices, but some older models aren’t receiving support for the app. Here’s a full list of the Roku models that will receive the Apple TV app: Device Model Roku TV 7000X, C000X, 8000X Roku Smart Soundbar 9101X Onn Roku Smart Soundbar 9100X Roku Express 3900X, 3930X Roku Express+ 3910X, 3931X Roku Streaming Stick 3800X Roku Streaming Stick+ 3810X, 4620X Roku Premiere 3920X, 4620X Roku Premiere+ 3921X, 4630X Roku Ultra 4640X, 4660X, 4661X, 4670X Roku Ultra LT 4662X Roku 2 4205X, 4210X Roku 3 4200X, 4230X Along with the US, the Apple TV app is being made available through Roku devices in Argentina, Canada, Chile, Colombia, Costa Rica, El Salvador, France, Guatemala, Honduras, Mexico, Nicaragua, Panama, Peru, Republic of Ireland and the United Kingdom. Source: Roku

Old Wi-Fi Routers Aren’t Just Slow, They’re Insecure: It’s Time to Upgrade Casezy Idea/Shutterstock For most people, their wireless router is just some dusty box they never think about unless it’s not working. But old routers aren’t just slower; they’re often insecure. Here’s how to fix that. It might not be the most glamorous gadget in your home, but the firmware on your wireless router is a critical part of your home network and the security of your devices and data. It’s one thing when your game console is so old it doesn’t get updates anymore, or your old first-gen Kindle is effectively in the hardware retirement home. It’s another thing when the device in question helps protect the whole network. If anything in your home needs consistent security updates, it’s your router: the gateway to your entire home network and everything inside. Over at our sister-site How-To Geek, they’ve taken a look at the phenomenon of routers ending up in the wasteland where their manufacturers stop releasing major (or even critical) security updates. Pop in here to read more about it and how to check if your router is still supported. If you find you’re in the market for a new router (and there’s a good chance you are), check out Review Geek’s top picks for best mesh Wi-Fi routers. For most people, a good mesh Wi-Fi router is the best option. Our favorite for simplicity, Google Wi-Fi, features automatically updating firmware, so should a major security vulnerability come along your wireless router will just update automatically in the middle of the night.

What Is the Gig Economy, and Why Is It So Controversial? Artur Szczbylo/Shutterstock The “gig economy” is a buzzword on the news and in everyday conversation. It refers to the rise in contracted work—or “gigs”—that aren’t traditional jobs. Ridesharing, food delivery, dog walker, and writers are part of this economy. An Economy of Contracted or Independent Work The “gig economy” is a phenomenon defined by a rise in independent or contracted work. According to a Marist poll, one-fifth of American jobs are contracted right now, and half of the US workforce could find themselves doing contract or freelance work over the next decade. But what is an independent contractor? Think of construction, web design, freelance writing, or Uber driving. Workers in these fields aren’t legally defined as “employees.” Instead, they work under contracts or operate their own business as an independent worker. To some people, the rise in contracted work comes as no surprise. We’ve spent the last decade recovering from a recession, so our workforce is bigger than it was a decade ago. And of course, there’s the internet. The internet’s made it super easy to hunt down contracted work (especially short-term work), and the rise of internet content, like YouTube videos (or the article you’re reading right now), has created a demand for writers, creatives, web designers, and programmers. But the internet’s impact has managed to reach beyond trades like writing or home repair. It’s extended to traditionally low-income jobs with a low barrier to entry, like delivery driving or taxi driving. And that’s really what defines the gig economy: the rise of companies like Uber, Lyft, BiteSquad, and Instacart that use contractors to drive people, delivery food, and groceries around. These companies have revolutionized low-income jobs, which is why people talk about them so much. They also give us a glimpse at how the gig economy might affect jobs in the future, assuming that other industries might switch over to contract-based employment. The Gig Economy Is a Lifeline for Some Families MikeDotta/Shutterstock Contracted work has its perks. You can figuratively “be your own boss,” work around your schedule, or build a business based on your trade experience. You can even use contracted work as a side-job for when times are tough, or for when you’re busy going to school. Some (but not all) of these perks carry over to the contracted jobs from Uber or Instacart, which have helped to expand the American workforce and provide economic security for some American families. Gigs like driving for Uber are great for people who can’t find traditional full-time employment due to inexperience, lack of education, or disabilities. They’re also great for people who need a flexible side-job or a temporary full-time job, as they allow you to work as much or as little as you’d like. Read the remaining 8 paragraphs

The 4 Best Bike Taillights to Keep You Safe on The Road Ian Slack To stay safe as a cyclist, you have to be seen. There are many ways you can do this, but a bright, blinking red light is one of the best. If you ride bikes, you need a good taillight. What to Look for in a Bike Taillight According to the National Highway Traffic Safety Administration, hundreds of cyclists are killed each year by cars, and thousands more are injured. Just about every cyclist who regularly rides on the road has a close-call horror story to tell you, and the reasons are many. Like motorcycles, bicycles present a smaller visual profile to drivers, which makes cyclists harder to spot. There’s also the problem of distracted motorists looking at their phones, and drivers who don’t know how to pass bikes properly. It’s important to do anything you can to keep yourself safe, including always wearing a helmet and colorful clothing. NHTSA statistics also show that more crashes happen in daylight than after dark. This means you need a bike taillight that’s also clearly visible in bright sunlight, so drivers can see you when you’re ahead of them. The good news is advancing LED technology makes it possible for bike taillights to get brighter each year. For a minimal investment, you can get a lightweight lamp that easily attaches to your bike and is bright enough for drivers to notice in any lighting conditions. Here are some key things to think about as you look for a new blinky: Replaceable or rechargeable battery: Many budget taillights on the market feature replaceable batteries, but we think rechargeable is the better choice. It’s difficult to know how long replaceable batteries will last, and you don’t want your light to die in the middle of a ride. With rechargeables, the manufacturer provides an estimate of how long the light will burn in each setting. You can also verify that on your own, so you know when you need to recharge your light. Or, you can just recharge it after every ride. It’s a safer, more reliable strategy. It’s also better for the environment because you won’t have to throw batteries in the trash constantly. The lumens rating: The brightness of regular light bulbs is generally measured in wattage. Most people understand the difference between a 100-watt bulb versus a 40-watt bulb. For the new, energy-efficient LED technology, though, watts aren’t an accurate indicator of power. These are measured in lumens—a more exact measurement of the amount of light a device projects. There’s usually a correlation between how much you spend and what you get when it comes to brightness. So, how many lumens do you need? There isn’t a specific answer, but around 100 lumens (or more) is necessary if you want to be easy to see in daylight. Battery life: Another important point to think about when you shop for a bike taillight is battery life. You’ll need to consider the kind of riding you do. For example, an urban commuter might only need one hour of life at a light’s highest setting between charges. However, if you do training rides of four to five hours, long battery life will be at the top of your list. Mounting options: You attach a lot of bike taillights to your seat post or bike frame with convenient rubber mounting straps. These wrap around the tube like a rubber band, so you can mount and remove them quickly. Others have brackets, and you slide the light on and off to recharge it. If you want to attach the light to your helmet, backpack, or clothes, make sure the one you choose includes an appropriate clip to do so. Many lights offer a variety of mounting options in the same package to give you maximum flexibility. Water resistance: If you get caught in the rain, your bike’s taillight will be soaked. The rear wheel also throws up a considerable amount of spray when it’s damp outside—just wear a light-colored jersey and check out the spray pattern on the back when you get home. So, a taillight’s water-resistance rating is important, too. Check out the customer reviews of the light you’re interested in. Find out if the light is well-sealed and if the cover over the recharging port protects it from moisture. Rather than picking one “best” bike taillight, we recommend a range of options based on price and different needs. If you’re a casual rider, you don’t need to spend a lot to get a good rechargeable light. At higher price levels, you get more options, longer burn times, and some really cool safety features. Best Budget: Cygolite Hotshot 100 USB Cygolite For less than $20, the Cygolite Hotshot 100 USB is a great rechargeable bike taillight. You’ll get 2.5 hours of runtime from the built-in Li-ion battery at its highest, 100-lumen setting. Cygolite claims on lower settings, you can stretch that to a remarkable 270 hours. There are six setting options in total for day and night: Steady, Zoom, SteadyPulse®, Triple Flash, DayLightning®, and Random Flash. Cygolite says the DayLightning mode “…

The Best Ways to Secure Your SSH Server Eny Setiyowati/ Secure your Linux system’s SSH connection to protect your system and data. System administrators and home users alike need to harden and secure internet-facing computers, but SSH can be complicated. Here are ten easy quick-wins to help protect your SSH server. SSH Security Basics SSH stands for Secure Shell. The name “SSH” is used interchangeably to mean either the SSH protocol itself or the software tools that allow system administrators and users to make secure connections to remote computers using that protocol. The SSH protocol is an encrypted protocol designed to give a secure connection over an insecure network, such as the internet. SSH in Linux is built on a portable version of the OpenSSH project. It is implemented in a classic client-server model, with an SSH server accepting connections from SSH clients. The client is used to connect to the server and to display the session to the remote user. The server accepts the connection and executes the session. In its default configuration, an SSH server will listen for incoming connections on Transmission Control Protocol (TCP) port 22. Because this is a standardized, well-known port, it is a target for threat actors and malicious bots. Threat actors launch bots that scan a range of IP addresses looking for open ports. The ports are then probed to see if there are vulnerabilities that can be exploited. Thinking, “I’m safe, there are bigger and better targets than me for the bad guys to aim at,” is false reasoning. The bots aren’t selecting targets based on any merit; they’re methodically looking for systems they can breach. You nominate yourself as a victim if you haven’t secured your system. Security Friction Security friction is the irritation—of whatever degree—that users and others will experience when you implement security measures. We’ve got long memories and can remember introducing new users to a computer system, and hearing them ask in a horrified voice whether they really had to enter a password every time they logged in to the mainframe. That—to them—was security friction. (Incidentally, the invention of the password is credited to Fernando J. Corbató, another figure in the pantheon of computer scientists whose combined work contributed to the circumstances that led to the birth of Unix.) Introducing security measures usually involves some form of friction for someone. Business owners have to pay for it. The computer users may have to change their familiar practices, or remember another set of authentication details, or add extra steps to connect successfully. The system administrators will have additional work to do to implement and maintain the new security measures. Read the remaining 90 paragraphs

ADAM: A Concept for Autonomous Construction on Mars Gracinda Ferreira has an interesting concept for building structures on Mars and beyond. Her ADAM idea calls for an automated construction tool 3D print homes on the surface. After ADAM… The post… View the entire article via our website.

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