Technologies

Microsoft Is Getting Rid of Passwords in One Month. Here’s What You Need to Do ASAP

You’ll still be able to access your passwords, but Microsoft’s new approach is a safer way to log into your accounts.

If you rely on Microsoft Authenticator to store your passwords, time is winding down.

Starting in August, Microsoft will require you to use passkeys instead of keeping all of your Microsoft passwords on its mobile app and your old passwords will vanish.

But that’s not bad news. Passkeys can cut out risky password habits that 49% of US adults have, according to a recent CNET survey. Making it a practice to use the same password for multiple accounts or include personal hints, like your birthday, can be risky. It could be an easy giveaway for hackers to guess, which can lead to identity theft and fraud.

Here’s what you need to know about Microsoft’s timeline for the switch and how to set up passkeys for your Microsoft accounts before it’s too late.

Microsoft Authenticator will stop supporting passwords

Microsoft Authenticator houses your passwords and lets you sign into all of your Microsoft accounts using a PIN, facial recognition such as Windows Hello, or other biometric data, like a fingerprint. Authenticator can be used in other ways, such as verifying you’re logging in if you forgot your password, or using two-factor authentication as an extra layer of security for your Microsoft accounts.
In June, Microsoft stopped letting users add passwords to Authenticator, but here’s a timeline of other changes you can expect, according to Microsoft.

July 2025: You won’t be able to use the autofill password function.
August 2025: You’ll no longer be able to use saved passwords.

If you still want to use passwords instead of passkeys, you can store them in Microsoft Edge. However, CNET experts recommend adopting passkeys during this transition. «Passkeys use public key cryptography to authenticate users, rather than relying on users themselves creating their own (often weak or reused) passwords to access their online accounts,» said Attila Tomaschek, CNET software senior writer and digital security expert.

Why passkeys are a better alternative to passwords

So what exactly is a passkey? It’s a credential created by the Fast Identity Online Alliance that uses biometric data or a PIN to verify your identity and access your account. Think about using your fingerprint or Face ID to log into your account. That’s generally safer than using a password that is easy to guess or susceptible to a phishing attack.

«Passwords can be cracked, whereas passkeys need both the public and the locally stored private key to authenticate users, which can help mitigate risks like falling victim to phishing and brute-force or credential-stuffing attacks,» Tomaschek added.

Passkeys aren’t stored on servers like passwords. Instead, they’re stored only on your personal device. More conveniently, this takes the guesswork out of remembering your passwords and the need for a password manager.

How to set up a passkey in Microsoft Authenticator

Microsoft said in a May 1 blog post that it will automatically detect the best passkey to set up and make that your default sign-in option. «If you have a password and ‘one-time code’ set up on your account, we’ll prompt you to sign in with your one-time code instead of your password. After you’re signed in, you’ll be prompted to enroll a passkey. Then the next time you sign in, you’ll be prompted to sign in with your passkey,» according to the blog post.

To set up a new passkey, open your Authenticator app on your phone. Tap on your account and select «Set up a passkey.» You’ll be prompted to log in with your existing credentials. After you’re logged in, you can set up the passkey.

Technologies

Amazon’s Delivery Drivers Will Soon Wear AI Smart Glasses to Work

The goal is to streamline the delivery process while keeping drivers safe.

Amazon announced on Wednesday that it is developing new AI-powered smart glasses to simplify the delivery experience for its drivers. CNET smart glasses expert Scott Stein mentioned this wearable rollout last month, and now the plan is in its final testing stages.

The goal is to simplify package delivery by reducing the need for drivers to look at their phones, the label on the package they’re delivering and their surroundings to find the correct address.

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A heads-up display will activate as soon as the driver parks, pointing out potential hazards and tasks that must be completed. From there, drivers can locate and scan packages, follow turn-by-turn directions and snap a photograph to prove delivery completion without needing to take out their phone.

The company is testing the glasses in select North American markets.

Watch: See our Instagram post with a video showing the glasses

A representative for Amazon didn’t immediately respond to a request for comment.

To fight battery drain, the glasses pair with a controller attached to the employee’s delivery vest, allowing them to replace depleted batteries and access operational controls. The glasses will support an employee’s eyeglass prescription. An emergency button will be within reach to ensure the driver’s safety.

Amazon is already planning future versions of the glasses, which will feature «real-time defect detection,» notifying the driver if a package was delivered to the incorrect address. They plan to add features to the glasses to detect if pets are in the yard and adjust to low light.

Technologies

First Partner to the Stars: Muon Space Adopts Starlink Lasers for Millisecond Data Transfer

By integrating Starlink’s mini laser technology, Muon Space will eliminate ground station bottlenecks to build a high-speed, real-time network in orbit.

Satellites firing lasers at each other in space sounds like science fiction, but it’s happening right now, as terabytes of data quickly pass across the Starlink network. Muon Space satellites are set to adopt the technology, enabling a near future when they transfer data as easily as we access the internet on the ground.

This week, Muon announced it will incorporate Starlink’s mini laser technology into its upcoming Halo spacecraft, with the first outfitted satellite going up in 2027. Starlink satellites communicate with each other using lasers, creating a mesh network in low-Earth orbit, or LEO. The tech supports 25Gbps connections between satellites at a range of up to 4,000 kilometers. Higher data speeds are available at shorter distances.

Muon Space will be the first company outside of Starlink parent SpaceX to use the mini laser technology on its satellites.

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Satellites typically suffer from bottlenecks like latency when communicating with ground stations, and lag when traveling between them.

«Most of the Earth observation and analytics in space have been constrained at a systems level by this little straw of connectivity, which gets pinched most of the time and only gets connected once in a while,» Muon Space’s president, Gregory Smirin, told CNET.

With the mini laser technology, Muon satellites will join the Starlink network for real-time data access and high-bandwidth streaming. Muon says latency gets reduced to milliseconds. It also noted that data is end-to-end encrypted to maintain the security of customer information.

The Starlink “mini laser” shown in today’s video will connect third party satellites and space stations into the Starlink constellation. The mini laser is designed to achieve link speeds of 25 Gbps at distances up to 4000 km, and was recently successfully tested in orbit on a… pic.twitter.com/8nW37CRp7s

— Michael Nicolls (@michaelnicollsx) August 25, 2025

Normally, this kind of announcement is intended to excite Muon’s existing and potential corporate customers, but the broader implications of the technology will also be felt by everyday people. Smirin equated the adoption of the mini laser technology on satellites to the shift from the days when people connected to the internet using dial-up modems to the always-on access that’s prevalent today.

«Even in 2027, you’re going to start to see the impact of this kind of persistent connectivity on services that will be visible to individuals,» Smirin said. «Space is becoming a ground truth enabler.»

For example, Muon Space is the hardware supplier behind FireSat, the system of satellites developed in conjunction with Google and the Earth Fire Alliance to locate and track wildfires from space. In July, the companies released the first FireSat images from an initial protoflight satellite in orbit for testing.

Smirin explained that reducing latency will help operators track a fire’s direction and progress. He cited this year’s wildfires in Los Angeles, when the winds and smoke prevented aircraft from flying overhead to make accurate observations. With FireSat, you could get that information on an ongoing basis, enabling responders to better establish perimeters for personnel and equipment.

«We’re providing five to ten times the capacity that the rest of the new space industry is providing, so this is a massive step forward,» he said.

Smirin said the company is confident in the technology. After all, these are the same terminals Starlink uses to operate its global mesh network. «It’s operating today for everyone, and it’s reliable, and now it’s about bringing that capacity to organizations outside of Starlink.»

Technologies

Kohler Wants to Put a Tiny Camera in Your Toilet and Analyze the Contents

The company’s new Dekoda toilet accessory is like a little bathroom detective.

Some smart litter boxes can monitor our pets’ habits and health, so having a camera in our human toilet bowls seems inevitable. That’s just what kitchen and bathroom fixture company Kohler has done for its new health and wellness brand, Kohler Health.

The $599 Dekoda clamps over the rim like a toilet bowl cleaner, pointing an optical sensor at your excretions and secretions. It then analyzes the images to detect any blood and reviews your gut health and hydration status. Depending on the plan you choose, the subscription fee is between $70 and $156 per year.

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At toilet time, you sign in via a fingerprint sensor so that the device knows who’s using the facilities. (Please wash your hands before signing out or tracking your progress.) Then, check in with the app for the day’s analysis and trends over time.

Wait until you’re off the pot, though, before you start doomscrolling your health. The device has a removable, rechargeable battery and uses a USB connection.

Kohler says it secures your data via the aforementioned fingerprint scanner and end-to-end encryption, and notes that the camera uses «discreet optics,» looking only at the results, not your body parts.

«Dekoda’s sensors see down into your toilet and nowhere else,» the company says.

Kohler warns that the technology doesn’t work very well with dark toilet colors, which makes sense. I’m sure there could be an upsell model with a light on it. Maybe the company could add an olfactory sensor, since smell reveals a lot about your gut health too. It could track «session» length or buildup under the rim to alert whoever has responsibility to clean it.

Kohler must have been straining to find appropriate lifestyle photos to include with the publicity materials. Many of the images are hilarious, featuring fit-looking men and women drinking water and staring off into space contemplatively — probably thinking about gas.