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Windows 11 users will soon be able to use their Android phones as webcams for video calls, an exciting development for people who don’t want to spend money on a webcam or work on the go and need one in a pinch.

Earlier this month we reported on the feature being available to just a few select groups (referred to as ‘channels’) in the Windows Insider Program, Microsoft’s community for Windows enthusiasts who want to get early access to potential new features and Windows versions. The feature has had an expanded rollout to all Insider Channels, making it much easier to try it out for yourself.

Members of the Windows Insider Program can give feedback ahead of a more widespread rollout. So, the fact that Microsoft is opening this feature up to more channels in the program suggests that it’s already taken feedback and improved upon the feature enough to allow more people to give it a try.

Normally, a new feature being released across all Insider channels strongly suggests that we may see an imminent public release, which is an exciting development for those of us who have been waiting for the feature to drop.

Give it a go!

If you’re not already in the Windows Insider Program, you’ll have to sign up first. It’s free to join, and all you have to do is make sure you’ll be using it on a PC that’s running Windows 10 or Windows 11.

Once you’ve signed up you’ll need to install the latest preview build, and then make sure your phone is set up and ready to go. Your phone should be running Android 9.0 or later, with the Link to Windows app installed.

Before you can get video calling, you’ll need to quickly hop into your settings and make sure your phone is set as the desired streaming device. This means you’ll need to go to:

Settings > Bluetooth & devices > Mobile devices

From there hit the ‘Manage Devices’ options and link your Android phone to your PC. You’ll be prompted to download a Cross-Device Experience Host update from the Microsoft Store and you should be ready to go!

Overall this feature should be very useful in the long term, whether you have one of the best webcams on the market or not. When I’m working on the commute or hot-desking it can be such a hassle to find an external webcam and carry it around with me - or having to resort to using the built-in webcam of a laptop, which sometimes isn’t very good quality, especially on older devices. The alternative is just using your phone to join meetings, which is fine, but does mean you have a rather small screen to look at. Of course, sometimes you just want to pick the camera up to show your team something cute your cat is doing, and this feature will be perfect for that as well.

MSPoweruser complete guide on making your Android device your webcam with alternative options as well.

More here.

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92


Are you tired of the mediocre quality of your laptop’s built-in webcam during video calls or conferences? Don’t worry; you can easily improve your video quality by using your Android phone as a webcam on Windows 11. Whether for work meetings, virtual classes, or catching up with friends and family, this tutorial will walk you through the process, ensuring you get the best video quality possible.

Why to use Android as a webcam on Windows 11?

There are several reasons why someone might want to use their Android phone as a webcam:

   1. Many modern smartphones have high-quality cameras to capture better video than a built-in webcam on a laptop or
       desktop computer.

   2. Using an Android phone as a webcam allows for more flexible positioning and angles, as the phone can be moved around
       and placed in different locations. This can be especially useful for video conferencing, streaming, or recording video
       content.

   3. Instead of purchasing a separate webcam, using an Android phone as a webcam can be a cost-effective alternative,
       especially if the phone is already owned.

   4. Some apps that enable Android phones to be used as webcams offer additional features, such as the ability to use the
       phone’s microphone, adjust camera settings, or add filters and effects to the video.

Prerequisites:

   • Android phone running Android 14 or newer OS.

   • The original USB cable is for connecting your phone to your PC.

   • Windows 11 PC with Insider access.

Method 1: Using Android’s built-in webcam feature

You will be requiring a USB cable for this step. Make sure that both the ports of your mobile and your PC are functioning, including the cable.

1. Connect your Android phone to your PC

   • Use the USB cable to connect your Android phone to your Windows 11 PC.

2. Enable Webcam Mode on your Android phone:

   • If you want to use your Android phone as a webcam, simply tap on the USB connection notification when prompted. Then
     select Manage to access USB Preferences and choose the Webcam feature.

   •

3. Configure your phone as a webcam:

   • To begin, your phone must disconnect and reconnect with your PC.

   • Once you have reconnected, open the Camera app on your PC.

   • Finally, click the Switch button in the Camera app to change your phone’s camera input.

Your Android phone is now acting as a webcam on your Windows 11 PC, providing superior video quality compared to most built-in laptop webcams.

Method 2: Using a third-party app (DroidCam)

If you don’t want to use the previous method and want to go to the third-party app, have a go at this.

1. Download and Install DroidCam:

   • Install the DroidCam app on your Android phone from Google Play Store.

   • Install the DroidCam Windows client on your PC from the developer’s website.

2. Connect your devices:

   • Launch the DroidCam app on your Android phone and note the Wi-Fi IP.

   •

   • Open the DroidCam Windows client on your PC and enter the Wi-Fi IP.

   • Start the connection.

3. Adjust settings for HD quality (optional):

   • Upgrade to DroidCam’s paid version for HD resolution.

   • Ensure both devices are connected to the same Wi-Fi network.

Method 3: Using Phone Link and Link to Windows apps (currently only available for Windows Insiders)

1. Install Phone Link and Link to Windows Apps

   • Make sure your Windows 11 PC has the Phone Link app installed. You should be a Windows Insider.

   • Install the Link to Windows app from the Google Play Store on your Android phone.

2. Connect your devices

   • Allow your PC to access your Android phone in Bluetooth & device settings.

   • Enable the Phone Link on your PC.

   • Click Start on your Windows 11 computer, then navigate to Settings > Bluetooth & devices > Mobile devices. Choose
      Manage Devices and grant access to your Android phone.

   • You need to activate Phone Link in Bluetooth & devices > Phone Link.

3. Utilize both cameras for web conferencing

   • Once connected, you can switch between your phone’s front and back cameras for video conferencing.

   •

Conclusion

With your Android phone now serving as a webcam for your Windows 11 PC, you’ve upgraded your video conferencing. Whether you’ve chosen Android’s native webcam feature, a third-party app like DroidCam, or the Phone Link and Link to Windows apps for Windows Insiders, the setup is simple.

source
93


Are you tired of the mediocre quality of your laptop’s built-in webcam during video calls or conferences? Don’t worry; you can easily improve your video quality by using your Android phone as a webcam on Windows 11. Whether for work meetings, virtual classes, or catching up with friends and family, this tutorial will walk you through the process, ensuring you get the best video quality possible.

Why to use Android as a webcam on Windows 11?

There are several reasons why someone might want to use their Android phone as a webcam:

   1. Many modern smartphones have high-quality cameras to capture better video than a built-in webcam on a laptop or
       desktop computer.

   2. Using an Android phone as a webcam allows for more flexible positioning and angles, as the phone can be moved around
       and placed in different locations. This can be especially useful for video conferencing, streaming, or recording video
       content.

   3. Instead of purchasing a separate webcam, using an Android phone as a webcam can be a cost-effective alternative,
       especially if the phone is already owned.

   4. Some apps that enable Android phones to be used as webcams offer additional features, such as the ability to use the
       phone’s microphone, adjust camera settings, or add filters and effects to the video.

Prerequisites:

   • Android phone running Android 14 or newer OS.

   • The original USB cable is for connecting your phone to your PC.

   • Windows 11 PC with Insider access.

Method 1: Using Android’s built-in webcam feature

You will be requiring a USB cable for this step. Make sure that both the ports of your mobile and your PC are functioning, including the cable.

1. Connect your Android phone to your PC

   • Use the USB cable to connect your Android phone to your Windows 11 PC.

2. Enable Webcam Mode on your Android phone:

   • If you want to use your Android phone as a webcam, simply tap on the USB connection notification when prompted. Then
     select Manage to access USB Preferences and choose the Webcam feature.

   •

3. Configure your phone as a webcam:

   • To begin, your phone must disconnect and reconnect with your PC.

   • Once you have reconnected, open the Camera app on your PC.

   • Finally, click the Switch button in the Camera app to change your phone’s camera input.

Your Android phone is now acting as a webcam on your Windows 11 PC, providing superior video quality compared to most built-in laptop webcams.

Method 2: Using a third-party app (DroidCam)

If you don’t want to use the previous method and want to go to the third-party app, have a go at this.

1. Download and Install DroidCam:

   • Install the DroidCam app on your Android phone from Google Play Store.

   • Install the DroidCam Windows client on your PC from the developer’s website.

2. Connect your devices:

   • Launch the DroidCam app on your Android phone and note the Wi-Fi IP.

   •

   • Open the DroidCam Windows client on your PC and enter the Wi-Fi IP.

   • Start the connection.

3. Adjust settings for HD quality (optional):

   • Upgrade to DroidCam’s paid version for HD resolution.

   • Ensure both devices are connected to the same Wi-Fi network.

Method 3: Using Phone Link and Link to Windows apps (currently only available for Windows Insiders)

1. Install Phone Link and Link to Windows Apps

   • Make sure your Windows 11 PC has the Phone Link app installed. You should be a Windows Insider.

   • Install the Link to Windows app from the Google Play Store on your Android phone.

2. Connect your devices

   • Allow your PC to access your Android phone in Bluetooth & device settings.

   • Enable the Phone Link on your PC.

   • Click Start on your Windows 11 computer, then navigate to Settings > Bluetooth & devices > Mobile devices. Choose
      Manage Devices and grant access to your Android phone.

   • You need to activate Phone Link in Bluetooth & devices > Phone Link.

3. Utilize both cameras for web conferencing

   • Once connected, you can switch between your phone’s front and back cameras for video conferencing.

   •

Conclusion

With your Android phone now serving as a webcam for your Windows 11 PC, you’ve upgraded your video conferencing. Whether you’ve chosen Android’s native webcam feature, a third-party app like DroidCam, or the Phone Link and Link to Windows apps for Windows Insiders, the setup is simple.

source
94
iPhone | iApps / Apple’s Surprise Update Just Made iPhone More Like Android
« Last post by javajolt on March 21, 2024, 01:51:52 PM »
Apple’s surprise news this week signals a huge shift for iPhone—it almost doesn’t matter what happens next, it looks like everything has already changed…


Apple has just made its iPhone much more like Samsung’s GalaxyGETTY
It’s the smartphone news of the week—Apple is reportedly talking to Google about a blockbuster deal to adopt Gemini for iPhone. According to Bloomberg, which broke the story, this “blockbuster agreement would shake up the AI industry.”

This news is—of course—far from certain and unconfirmed, and currently relies on “people who asked not to be identified because the deliberations are private.” But it’s an update that has set the tech world alight at just what this could mean.

In reality, it doesn’t matter whether this consummates or not—something on Apple’s side has changed and this is the real update for iPhone users. Outside its ecosystem, the generative AI world is dominated by Google with Gemini (née Bard) and OpenAI with ChatGPT, co-opted by Microsoft. It’s therefore unsurprising that “Apple also recently held discussions with OpenAI and has considered using its model.”

Apple has teased that its forthcoming iOS 18, due as ever in the fall, will be the “biggest” update ever—cue loud music and applause. And that’s all about on-device AI coming to iPhone. According to reports some weeks ago, Apple has been testing its own on-device large language models against OpenAI—and others—to ensure it’s commensurate with cloud offerings while maintaining its edge focus.

But the news that there might be a deal with Google—or OpenAI—suggests that either Apple is not as well progressed as thought, or—perhaps more likely—that there are intrinsic limitations for on-device generative AI versus what can be done in the cloud.

The suggestion is that Apple may split its AI offering, with privacy-centric capabilities device-side—maybe using Gemini Nano, and heavier lift actions such as writing or analyzing long form documents, or conducting detailed research, in the the cloud.

Over to Samsung. The Android handset giant has focused its marketing machine on Galaxy AI this year, as it takes on both Google and iPhone in the high-profile and soon to be high-growth AI handset market. It had seemed that Apple’s in-house, on-device focus would differentiate to Samsung’s hybrid device/cloud model, both for its own offerings as well as those it takes from Google under the Android umbrella.

“When integrated into phones, AI is, to put it simply, a revolution,” Samsung’s MX lead said ahead of MWC. “It’s also important to raise the standards of security and privacy in this new era of data-intensive mobile experiences. That is one of the reasons we’ve taken a hybrid approach that combines on-device and cloud-based AI. Besides ensuring seamless usability, this lets users limit some features to function entirely on-device, giving them greater control over what they do with their data.”

At the time, this seemed to signal a difference to where Apple would head. But now, if the new reports are correct, then not so much. The very fact Apple is exploring the same hybrid approach is a significant indicator as to where this all goes next.

The issue for Samsung’s AI offerings has always been that mix and match between its own capabilities and Google’s. But again, these reports suggest this might replicate the approach Apple takes, narrowing the iPhone/Android gap even further.

With little performance differences between top-end flagships from Apple and Samsung—which account for the top selling premium handsets globally, and the sales driver AI is seen as becoming, this could be the closest the two ecosystems have ever been, as Samsung becomes more like Apple, and Apple does the same.

But Apple—more than Samsung—has a key challenge. AI is the next privacy battlefield. We are already seeing reports that generative AI prompts can be hacked and it’s seen as when not if we see major breaches.

Some companies regularly scan personal information in the cloud,” Apple said last month, “to monetize the information of their users. Apple does not. We have chosen a very different path—one that prioritizes the security and privacy of our users.” That was seen as a likely barb at Google and its cloud offerings versus Apple’s own.

Tools of mass surveillance,” Apple further warned in its response to proposed surveillance legislation in Australia, “have widespread negative implications for freedom of opinion and expression and, by extension, democracy as a whole. For example, awareness that the government may compel a provider to watch what people are doing raises the serious risk of chilling legitimate associational, expressive, political freedoms, and economic activity.”

This has implications for cloud versus on-device AI, especially given that anything sent to AI in the cloud cannot—by its very nature—be end-to-end encrypted. That means it’s open to storage and retrieval and to legislation and law enforcement. We have seen this issue with Google Messages becoming a UI for Gemini, but with a warning that it’s outside the platform’s usual full encryption.

The dividing lines between on-device and cloud AI, and how Apple’s approach differs to its rivals, is about to become critical. In some ways, this update just mirrors current search arrangements, where Google is already the default across iPhone and Android. But we all know AI is different and those lines will blur. As Apple potentially narrows the gap to Samsung and Google, it will need to tread very carefully.

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95
Huawei / Operation O-RAN: The US plan to neutralize Huawei (and why it will work)
« Last post by javajolt on March 19, 2024, 06:11:05 PM »
The US has a devastating not-secret plan to beat Huawei once and for all.

The US and China are fighting for control of the global telecommunications architecture that underlies all mobile communications, including the Internet. Each superpower has selected its prizefighter in the battle for cyberspace.

In a contest for the control of the internet, China is backing RAN (Radio Access Network) architecture, the traditional radio element of a cellular network. The US is putting its money behind a low-key emerging architecture called O-RAN (Open Radio Access Network).

The reason behind the US O-RAN push is simple. O-RAN will topple Huawei for good.

The US is orchestrating a campaign at home and abroad to persuade the world to drop RAN in favor of O-RAN. The move would pull the throne from under Huawei, finally ending the company's reign as the world's biggest telecoms equipment vendor.

The Washington Post wrote that US President Biden has appealed to the leaders of India, the Philippines, and Saudi Arabia to adopt O-RAN. The campaign is part of a push to persuade countries to say yes to Open RAN and no to Huawei.

The US Congress appropriated $500 million for the International Technology Security and Innovation (ITSI) Fund for developing O-RAN technology. The country's Public Wireless Supply Chain Innovation Fund, authorized under the National Defense Authorization Act (NDAA), added another $1.5 billion to speed up the process.

What on earth is RAN?

A Radio Access Network (RAN) is an essential element of telecommunications infrastructure, facilitating the connection of wireless-enabled devices to various segments of a central public or private network. In essence, the RAN functions as the radio portion of a cellular network.

Given the importance of RAN infrastructure in the functioning of wireless devices, it's easy to see that control over it equates to control over the internet. A monopoly of such infrastructure is a boon for whoever claims it, and a threat for those who do not.

The radio, hardware, and software are proprietary in a conventional RAN setup. This means that most of the equipment originates from a single supplier.

In the RAN framework, operators cannot mix radios from one vendor with hardware and software from another vendor when deploying a network. RAN is the status quo of mobile communication networks.

The current RAN landscape is dominated by a five-company oligopoly. The dominant players include China's Huawei and ZTE, Scandinavia's Ericsson and Nokia, and South Korea's Samsung.

Huawei is the global leader in supplying RAN equipment. This is a headache for the US.

Enter O-RAN

An Open Radio Access Network (O-RAN) is an open-source rendition of the Radio Access Network (RAN) infrastructure. It facilitates interoperability among cellular network equipment supplied by various vendors.

The US O-RAN push is based on the rationale that having multiple suppliers offers an alternative to closed end-to-end systems that depend on Chinese equipment. This could end Huawei's dominance of the market.

Huawei as telecoms boogeyman

Fears about using Huawei's equipment relate to the belief that the company is an arm of China's ruling communist party which uses it to gather SIGINT or signals intelligence on the country's western adversaries, including the US. In a 2019 interview with Fox News, then US President Donald Trump said, "We don't want [Huawei's] equipment in the United States because they spy on us."

Suspicion and opposition against Huawei among Western governments and companies began in earnest in 2012 following a series of cyber-attacks against US companies and Western governments. There was a broad consensus within the US government that the attacks were mounted by China.

In 2012, a US congressional committee approved a proposal aimed at identifying and removing technology developed by Chinese telecommunications firms from the U.S. nuclear weapons infrastructure. In the same year, the country's House Intelligence Committee concluded that Huawei and ZTE Inc were national security threats.

However, Digitimes analyst Benson Wu suspects that the official reasons the US gives for choosing not to use the Chinese telecom giant's equipment might be disingenuous. He said that the reasons for the effort to flush the ubiquitous Chinese tech out of the US telecoms system might be economic and protectionist rather than purely related to national security concerns, as US politicians often claim.

Benson said that Huawei has been used in the US for longer than people think. Security was never an issue when Huawei was providing the infrastructure for 2G and 3G communications, he added.

Benson said the argument that the US is preventing Huawei's access to the country for national security reasons does not stand up to reason. Companies from other communist countries such as Vietnam are not subject to similar restrictions, he added.

The Huawei killer

Benson said that O-RAN originally began as a commercial idea. The technology was coopted by US authorities to remove Huawei and China from the US telecommunications nerve system, he added.

Benson said the US hopes to persuade the world to switch from RAN to O-RAN. However the US proposition is not the easiest to sell for various reasons, he added.

When it comes to the Huawei question, Benson said that the world's largest vendors such as Nokia and Ericsson find themselves trapped between a rock and a hard place. They are forced to walk a geopolitical tightrope and balance US and Chinese interests.

In October 2020 Swedish regulators banned the use of Huawei from its 5G networks. In November of the same year, Ericsson's CEO Börje Ekholm criticized the blanket ban.

He argued for a more nuanced response. Sweden should take measures to mitigate risks to its 5G network, he added.

In response to the ban, Gao Feng, a spokesman for the Ministry of Commerce said "China urges Sweden to immediately correct the mistake, and meet China halfway and find solutions based on preserving China-Sweden economic and trade cooperation." Ericsson's Q12021 sales in China subsequently tanked.

If Sweden did not follow the lead of the US in banning Huawei, Ericsson could have been hit by a limitation on its access to the US market, Benson said. This demonstrates that political and commercial interests are sometimes at odds when it comes to the Huawei question, he added.

Benson said the US rip-and-replace strategy is complicated by the invisible hand of the market. Huawei's equipment is significantly cheaper than that of other vendors, he added.

The rip-and-replace initiative, implemented in 2020, requires American enterprises to remove telecommunications equipment manufactured by Chinese firms Huawei and ZTE. The US warns that equipment from these companies might be exploited by Beijing for espionage purposes and the illicit acquisition of proprietary information.

US operators need to find an alternative to fill the equipment void, Benson said. The problem is that the equipment supplied by trusted vendors such as Ericsson and Nokia is much more expensive than Huawei and ZTE's.

Not all US operators are as big as AT&T Benson explained. Some operators are much smaller and not so wealthy, he added

Benson noted that smaller operators find it difficult to afford alternatives in Huawei's absence. The US government is providing subsidies to companies to help them rip and replace, but they do not come close to the cost-effectiveness of using Huawei's ostracized Chinese tech, he added.

Ericsson plays it smart

Benson said the US$14 billion open RAN deployment deal between US carrier AT&T Ericsson demonstrated the conflicting motives complicating US efforts to promote O-RAN. AT&T's choice of Ericsson was telling, he added.

AT&T's pick of Ericsson for the initial deployment of the carrier's open radio access network (RAN) caused some in the telecom industry to scratch their heads. Ericsson was not regarded as a prominent vendor in the open RAN space and was more associated with the more traditional and financially stable RAN architecture.

Ericsson's offering was unique, Benson said. The deal included deploying O-RAN base stations and traditional closed RAN base stations, he added.

This model allowed Ericsson to adopt a Janus-like position to the US O-RAN push, Benson explained. Ericsson could play ball with the US government's O-RAN promotion while not appearing to be completely behind it, he added.

This is not a cold war

Benson said that the China-US telecommunications standoff should not be considered a tech-cold war. In the Cold War there were competing different ideological standards, he added.

When it comes to telecommunications, there is only one standard, he said. That standard is the 3GPP he added.

The 3GPP consists of seven national or regional telecommunications standards organizations collaborating to develop protocols for mobile telecommunications. The US Alliance for Telecommunications Industry Solutions (ATIS) and China's China Communications Standards Association (CCSA) are 3GPP organizational partners.

Geopolitical tension manifests in telecommunications as a schism in supple chains, Benson said. Once tensions lead to sanctions on equipment from a certain country, then two distinct supply chains form, he added.

No telecom security standards

Benson said there are no international standard operating procedures for assessing the security of wireless communication equipment. Without guidelines operators have no way of measuring potential risks, he added.

Benson said the O-RAN ALLIANCE is an interesting character in this story.

The O-RAN ALLIANCE is a community of mobile network operators, vendors, and research & academic institutions founded by AT&T, China Mobile, Deutsche Telekom, NTT DOCOMO, and Orange in 2018. The organization's mission is to "re-shape the RAN industry towards more intelligent, open, virtualized and fully interoperable mobile networks".

Benson said the US effort to promote O-RAN to topple Huawei puts the O-RAN ALLIANCE in an awkward position. Given that the alliance is made of Chinese vendors such as China Mobile, if it is seen to be promoting O-RAN, Chinese vendors could be seen as shooting themselves in the foot, he added.

Explaining the dilemma facing the O-RAN ALLIANCE, Benson said, "There are some Chinese equipment vendors in it". "How can they promote this industry to replace their products?" he asked.

Better the devil you know

Benson said the US promotion of O-RAN as a solution to fears of built-in backdoors in Huawei's equipment is hypocritical. The US is keenly aware of such threats because it has used similar means to spy on targets, he added.

Benson cited the example of the US National Security Agency (NSA)'s PRISM program. PRISM was a system that enabled the US government to gather user data from corporations such as Microsoft, Google, Apple, Yahoo, and others.

O-RAN can be a risky business

Benson warned that O-RAN is not without its security issues. O-RAN equipment is vulnerable to attack, he added.

The interoperability and the ability to pick and choose equipment from different vendors could be a blessing and a curse, Benson said. O-RAN's increased cost efficiency could come at the price of a larger attack surface for bad actors who would steal information, he added.

Benson explained the security challenge of switching from RAN to O-RAN with a metaphor. A network is like a house, Benson said.

"If my house has one window, it's not easy for a burglar to get inside", he said. "If you increase the number of windows then it increases the risk of your house getting broken into", he added.

Damned if you RAN, damned if you don't

The US argument that O-RAN is safer than using Huawei equipment is paradoxical Benson, said. The choice between RAN and O-RAN architecture means you can either let the Chinese communist party access your personal data via Huawei's equipment, or you can kill Huawei with O-RAN and let everyone hack you, including the US, Benson explained.

Benson said he sees a slow but visible telecommunications shift toward O-RAN. However, this shift is not driven by Washington's will, he added.

Benson said in the short term, vendors will embrace a half-open half half-closed strategy to the O-RAN issue. This is the approach Ericsson took in its deal with AT&T he added.

Telecom operators naturally favor O-RAN because it gives them the freedom to choose whose equipment they use, Benson said. It also allows increased competition and cheaper equipment, he added.

Squeezing Huawei with the invisible hand

Even if the US successfully uses the "Huawei killer" O-RAN to dispatch the Chinese telecom giant, Washington could only be considered an accomplice. The final nail in Huawei's coffin will be hammered in by the invisible hand of the global telecommunications market, not the long arm of Washington.

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96
Android O.S | Apps / What is Android digital car key
« Last post by javajolt on March 18, 2024, 06:09:16 PM »

Source: BMW

Android digital car key lets you use an Android phone as a car key. You can lock, unlock, start your car, and perform more functions from your compatible Android phone. But is the Android digital car key secure? How does it work? What if my phone's battery is dead? Continue reading to learn everything about this UWB (Ultra-Wide Band) based technology on your smartphone.

Google introduced digital car keys as a part of the Android 12 update in 2021, right after Apple's Car Key announcement in 2020. If you or one of your friends have a Tesla, you might be familiar with the company's digital car keys. With the Android digital car key, Google and other OEMs want to offer the same level of convenience for a seamless driving experience.

Android digital car key: Introduction

With a compatible car and an Android phone, you can set up an Android digital car key on your device and leave your physical keys at home. After going through the initial digital key setup, you can use your Android phone to lock and unlock, start your car, and open the powered trunk.

If you have the latest Samsung Galaxy phone, use Samsung Wallet to set up and manage your digital car key. Users with non-Samsung devices will complete the setup using the Google Wallet app.

Quote
Note

Your digital key needs an active connection between your vehicle, phone, and Google account. Since an internet connection isn't always available, carry your physical key to avoid unpleasant situations.

Android digital car key: Requirements



Although Google announced the Android digital car key in 2021, car manufacturers have been taking time to implement it in their offerings. Digital car keys work on the following devices:

   • Pixel 6 and later, including the latest Pixel 8 Pro and Pixel Fold.

   • Samsung Galaxy S21+ and newer flagships.

   • Select Android devices running Android 12 and up.

Digital car keys are available only in selected markets. According to Samsung, they're available in the United States of America, the Republic of Korea, the United Kingdom, Germany, Spain, France, and Italy. Only a few car manufacturers like BMW, Genesis, and Hyundai have announced digital car key support on their selected models.

Samsung partnered with Ford and Audi, but none of their cars support Android digital car keys.

Android digital car key: How it works

As you can see from the list above, just because you have one of the compatible Android phones doesn't mean you can set up a digital key on any modern car. The car manufacturer needs to integrate the technical standards on the specific model right off the gate.

A digital car key relies on NFC (Near Field Communication) or UWB (Ultra-Wide Band) to authenticate your identity and start your car. If you have an NFC-compatible Android phone, position your phone near the car doors to lock or unlock it. You can put it over the car key reader to turn on the engine.


Source: AAWireless

Pulling out your phone and placing it over the car door for basic tasks like locking and unlocking sounds inconvenient, especially when keyless entries have become a norm on most cars. This is where UWB tech comes into play to elevate the experience.

If you have one of the Google or Samsung flagships with UWB support, you don't need to take your phone out of your pocket. UWB allows passive entry to unlock or lock the car when you get close or step away from your vehicle. You can also turn on the car when you step inside without placing it over the car key reader.

Android digital car key: Security

Unlocking and starting your car with your Android phone sounds convenient and scary. Google offers several options to add an extra layer of security.

For instance, you can turn off passive entry from Google Wallet settings and add the screen lock settings for your digital car key. When you activate the relevant option from Google Wallet settings, the system asks you to authenticate on your phone to unlock, lock, or start the car.

Android digital car key sharing

Sharing your digital car key with friends and family is as effortless as giving them the physical key or key fob. For instance, you can share a digital key with your friend when you are out of town for a few days and give your little one access without authorization to start the engine.

Google lets you protect the sharing link with an activation code. You can share the code over the phone or in any encrypted messaging app for security purposes.

What if my Android phone battery dies?

When your Android device shuts down due to a dead battery, it retains enough energy to operate NFC. You can bring it close to the car door and NFC reader to unlock and start the vehicle.

Ditch your physical car keys

It's only a matter of time for major car manufacturers to implement Android digital car keys on their offerings. While tuning your Android smartphone into a car key is convenient, still carry a physical key whenever possible. You don't want to get stuck in the middle of nowhere due to one of the Google Wallet glitches.

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If the World Economic Forum in Davos was any indication, AI safety and security will be this year’s top priority for AI developers and enterprises alike. But first, we must overcome hype-driven distractions that siphon attention, research, and investment away from today’s most pressing AI challenges.

In Davos, leaders from across the technology industry gathered, previewing innovations, and prophesying what’s to come. The excitement was impossible to ignore, and whether it is deserved or not, the annual meeting has built a reputation for exacerbating technology hype cycles and serving as an echo chamber for technology optimists.

But from my perspective, there was a lot more to it. Amidst all the Davos buzz, many conversations took on the challenge of assessing critical AI challenges across development and security, and outlining a path forward.

Sam Altman and Satya Nadella took on the real and present threats of LLM-generated misinformation and deep fakes -- both serious threats as nearly half of the world’s population braces for an election this year. I paneled a session alongside Yann Lecun, Max Tegmark, and Seraphina Goldfarb-Tarrant, where we discussed the need to overcome durable adoption challenges like cost and accessibility, the path to artificial general intelligence (AGI), and how we understand the utility and security of today’s AI systems.

With talk of AGI and AI-powered economies continuing beyond Davos, it’s easy to lose sight of the challenges looming ahead. But to bring these long-promised AI systems and their impact to life, we first must solve the challenges of the Large Language Models (LLMs) of today and the autonomous AI systems of tomorrow.

LLMs Inherited Challenges and Created Their Own

LLMs have drastically changed the makeup of enterprise technology across industries. There is no shortage of excitement. However, some have begun to feel disillusioned, questioning what AI prospects are real and which are merely hype. After all, the benefits of LLMs are matched equally by new and familiar safety and security challenges.

The threat of bias and toxicity come to mind. Misinformation and security breaches threaten to disrupt elections and compromise privacy. Deep fakes are set to run rampant this year, claiming victims like Taylor Swift and President Biden with explicit content and impersonations. This is just the tip of a very large iceberg that’s yet to surface.

As we forge ahead towards AGI, more challenges will be uncovered. And the solutions to today’s challenges will undoubtedly translate to future AI systems. Solutions to combat LLM-generated misinformation today might become the underpinnings of the controls used on AGI systems. Preventative measures to thwart prompt injection and data poisoning will extend far beyond LLMs, too.

Putting off the questions and challenges of today ignores the reality that these AI systems are the foundations of future intelligence AI and AGI systems.

After LLMs -- and Before AGI -- Comes the Internet of Agents

Between now and an AGI future, a lot of development remains. In the quest for greater AI-driven productivity, humans remain the limiting factor. That will change in the next evolution of AI.

Today’s human-to-AI systems will be phased out in favor of AI-to-AI systems as LLMs are refined and become more capable and accurate. Human-in-the-loop approaches will be replaced by light human supervision that merely ensures AI agents are operating as expected. The Internet of Agents (IoA), an interconnected system of intelligent agents with specific assignments, is the natural next step for AI.

Imagine a scenario where an AI agent can detect a bug within an enterprise application’s code, assign a patch to a coding agent powered by an LLM, and push it live through an agent tasked with managing enterprise production environments. This could take several minutes. Whereas human intervention could stretch that timeline to hours or even days.

Whether we like it or not, the “invisible hand” of the market will push this vision forward. As trust in AI systems builds, enterprise executives and development teams will cede control over these systems in the name of efficiency, productivity, and profitability.

AGI is Coming, But We Still Have a Long Way to Go.

It’s easy to imagine the Internet of Agents quickly transforming into AGI, but that remains a far-fetched possibility. This, my fellow AI House panelists and I (despite our different backgrounds and positions) agreed on. Yann Lecun, one of the “godfathers of AI,” compared the intelligence of AI today to a cat with the cat coming out on top. While AI systems are improving and becoming more capable, they simply do not have the diversity of skills and intelligence that humans have.

Premonitions of an AI doomsday and calls to prevent it are more symbolic than realistic. Today, AI is more likely to support an intricate phishing attack or generate harmful content than power an AGI-powered robot. Enterprises are more susceptible to a complex hack of their sensitive data than they are to be hijacked by an all-knowing, power-hungry AGI.

As We Look Beyond the Hype, We Must Make a Choice

AI is not unlike the once-new and exciting technologies that came before it. The ebbs and flows of the technology ecosystem have seen countless innovations -- think cloud computing, blockchain, and Web3 – cause hysteria. The fates of these technologies are often sealed by the reactions, decisions, and investments made before, during, and after the hype. Cloud computing was once a written-off alternative to legacy on-premise systems; today it stands as the most foundational piece to the enterprise infrastructure stack despite the many scale, safety, and security challenges it presented.

We do not know what challenges AI has in store; even the pioneers of AI are left pondering what the future holds. But we cannot dread a possible eventuality while we continue to build towards it. Instead of letting the unknown drive us toward disillusionment and distrust, we should investigate the AI systems of today; building, refining, and securing new solutions and architectures that will support stronger and safer AI today and tomorrow.

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Are you ready to unlock the full potential of your enterprise with the transformative power of multi-cloud adoption?

As a cloud architect, you understand the challenges of navigating the vast array of cloud services and moving data and applications to public clouds. But with Multi-Cloud Strategy for Cloud Architects, Second Edition, you'll gain the confidence to tackle these complexities head-on.

This edition delves into the latest concepts of BaseOps, FinOps, and DevSecOps, including the use of the DevSecOps Maturity Model. You'll learn how to optimize costs and maximize security using the major public clouds -- Azure, AWS, and Google Cloud. Examples of solutions by the increasingly popular Oracle Cloud Infrastructure (OCI) and Alibaba Cloud have been added in this edition.

Plus, you will discover cutting-edge ideas like AIOps and GreenOps. With practical use cases, including IoT, data mining, Web3, and financial management, this book empowers you with the skills needed to develop, release, and manage products and services in a multi-cloud environment.

By the end of this book, you'll have mastered the intricacies of multi-cloud operations, financial management, and security. Don't miss your chance to revolutionize your enterprise with multi-cloud adoption.

Multi-Cloud Strategy for Cloud Architects, from Packt, usually retails for $43.99 but BetaNews readers can get it entirely free for a limited time.

Follow this link to get your copy of 'Multi-Cloud Strategy for Cloud Architects -- Second Edition' for this free guide. This link will redirect you to my One Drive account and click Download. [system administrator]

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eBooks all to know / Get 'DearMob iPhone Manager' for Windows and macOS
« Last post by javajolt on March 17, 2024, 12:39:39 PM »
Over time, our devices tend to get cluttered with unnecessary data, eating up valuable storage. DearMob iPhone Manager, for Windows and macOS, lets you effortlessly declutter your iPhone, freeing up space and improving the overall performance of your Apple device.

With its user-friendly interface, you can easily secure all your precious memories and important documents, safeguarding them from the risk of permanent loss.

Highlights of DearMob iPhone Manager include:

   • Secure your data with one-click backups to PC/Mac, preventing any data loss

   • Effortlessly restore data from previous backups

   • Password-encrypt your backups for privacy protection

   • Bulk transfer, delete, and manage iPhone photos/albums. Convert HEIC to JPG

   • Add songs/playlists to your iPhone and create custom ringtones.

   • Convert MKV/MOV to MP4, shrinking videos to save space.

   • Enjoy faster management with GPU acceleration support.

Follow this link to get your copy of 'DearMob iPhone Manager' for Windows and macOS for this free guide. This link will redirect you to my One Drive account and click Download. [system administrator]

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Microsoft has announced that the next subscription-free version of its Office suite will launch later this year. A commercial preview of Office LTSC 2024 will be available from next month, with a full launch scheduled for later in the year.

The Office Long-Term Servicing Channel is supported for five years, and it holds great appeal for the many businesses that are not keen on the idea of software subscriptions. There will also be a consumer-focused version of the suite, Office 2024, available via a traditional "one-time purchase" model.

Microsoft does not exactly promote Office LTSC 2024 when it says that it "will include only a subset of the value found in Microsoft 365 Apps". The company would, of course, prefer to tie users into a subscription model, but is willing to admit that this is not always appropriate.

Announcing the impending launch of the software, Microsoft says:

Quote
We know that some customers have niche yet important scenarios that require a truly long-term servicing channel: regulated devices that cannot accept feature updates for years at a time, process control devices on the manufacturing floor that are not connected to the internet, and specialty systems like medical testing equipment that run embedded apps that must stay locked in time. For these special cases, Microsoft continues to offer and support the Office Long-Term Servicing Channel (LTSC). Today we are pleased to announce that the commercial preview of the next Office LTSC release -- Office LTSC 2024 -- will begin next month, with general availability to follow later this year.

Office LTSC 2024 will ship without the soon-to-be-retired Microsoft Publisher, and also lacks Microsoft Teams -- although this can be downloaded separately.

The next version of Office will be available for macOS, Windows 10 and Windows 11, and there will be 32- and 64-bit versions. For consumers, Microsoft says:

Quote
We are also planning to release a new version of on-premises Office for consumers later this year: Office 2024. Office 2024 will also be supported for five years with the traditional "one-time purchase" model. We do not plan to change the price for these products at the time of the release. We will announce more details about new features included in Office 2024 closer to general availability.

There is good news for the future as Microsoft is not giving up on subscription-free editions of Office. The company has pledged its "commitment to another release in the future".

More details are available here.

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