Hasta La Gadget!

With smartphones getting more powerful each and every generation, it makes sense to harness that power and put it to good use maybe even as a personal computer, and the folks at Mountain View are also thinking about that, at least accordning to this latest piece of news.

Google is actively developing a native desktop mode for Android, aiming to provide an integrated alternative to Samsung DeX. This upcoming feature, hidden within the code of Android 16, was recently tested by Android Authority, which managed to activate it for the first time.

While the mode appears to be in an advanced stage of development, it is not yet complete. Its official rollout could happen in a future quarterly update for Android 16 or possibly only with the release of Android 17.

What sets this native desktop mode apart is its fully functional interface, which resembles Samsung DeX but offers the distinct advantage of being built directly into the Android operating system. This means it could be accessible to a much wider range of Android devices, rather than being limited to Samsung hardware.

During early testing, the interface revealed several desktop-like elements, including a taskbar, status bar, and a vertical app drawer designed for use on horizontally oriented screens, much like traditional computer monitors.

The mode already supports key multitasking features such as pinning favorite apps, switching between tasks, and opening applications in free-floating, resizable windows. These capabilities echo the freeform window mode introduced on Android tablets with version 15, now adapted for a broader desktop experience.

One of the most notable enhancements is the ability to manage multiple displays. Users will be able to utilize the phone’s screen as a secondary display, allowing them to move and position content between the external monitor and the phone in a way similar to what is found in desktop operating systems like Windows.

Although Google has yet to officially announce the feature, it is likely that the company will introduce it soon, especially given the upcoming major events scheduled for May. The development of this desktop mode also aligns with Google’s broader strategy to unify Android and ChromeOS.

For this convergence to succeed, Android must evolve to better support productivity-focused interfaces, and this desktop mode is a significant step in that direction.

Still hidden from public view, the Android native desktop mode remains in development. However, its current level of polish suggests that it has the potential to change how Android smartphones are used in work and productivity contexts. By making desktop-like functionality available to all compatible devices, Google could democratize a feature that has so far been exclusive to select manufacturers.

Android 16 Bringing Native Desktop Mode To Rival Samsung DeX

, original content from Ubergizmo. Read our Copyrights and terms of use.

With smartphones getting more powerful each and every generation, it makes sense to harness that power and put it to good use maybe even as a personal computer, and the folks at Mountain View are also thinking about that, at least accordning to this latest piece of news.

Google is actively developing a native desktop mode for Android, aiming to provide an integrated alternative to Samsung DeX. This upcoming feature, hidden within the code of Android 16, was recently tested by Android Authority, which managed to activate it for the first time.

While the mode appears to be in an advanced stage of development, it is not yet complete. Its official rollout could happen in a future quarterly update for Android 16 or possibly only with the release of Android 17.

What sets this native desktop mode apart is its fully functional interface, which resembles Samsung DeX but offers the distinct advantage of being built directly into the Android operating system. This means it could be accessible to a much wider range of Android devices, rather than being limited to Samsung hardware.

During early testing, the interface revealed several desktop-like elements, including a taskbar, status bar, and a vertical app drawer designed for use on horizontally oriented screens, much like traditional computer monitors.

The mode already supports key multitasking features such as pinning favorite apps, switching between tasks, and opening applications in free-floating, resizable windows. These capabilities echo the freeform window mode introduced on Android tablets with version 15, now adapted for a broader desktop experience.

One of the most notable enhancements is the ability to manage multiple displays. Users will be able to utilize the phone’s screen as a secondary display, allowing them to move and position content between the external monitor and the phone in a way similar to what is found in desktop operating systems like Windows.

Although Google has yet to officially announce the feature, it is likely that the company will introduce it soon, especially given the upcoming major events scheduled for May. The development of this desktop mode also aligns with Google’s broader strategy to unify Android and ChromeOS.

For this convergence to succeed, Android must evolve to better support productivity-focused interfaces, and this desktop mode is a significant step in that direction.

Still hidden from public view, the Android native desktop mode remains in development. However, its current level of polish suggests that it has the potential to change how Android smartphones are used in work and productivity contexts. By making desktop-like functionality available to all compatible devices, Google could democratize a feature that has so far been exclusive to select manufacturers.

Android 16 Bringing Native Desktop Mode To Rival Samsung DeX

, original content from Ubergizmo. Read our Copyrights and terms of use.

Honor will officially launch its new Honor 400 Series—including the Honor 400 and Honor 400 Pro—at a global event in London on May 22, 2025. Promoted as the “most exciting AI camera phone of 2025,” the lineup centers on a 200MP AI-powered main camera designed to set a new standard in mobile photography.

Both models are expected to feature Optical Image Stabilization (OIS) for improved clarity and stability. The Honor 400 Pro may include additional lenses: a 50MP telephoto and a 12MP ultrawide sensor, offering more shooting versatility. A 50MP front-facing camera with a depth sensor is also anticipated for high-quality selfies and portraits.

In terms of display and performance, the Honor 400 is rumored to include a 6.55-inch AMOLED display with a 120Hz refresh rate and 5,000-nit peak brightness. It may be powered by the Snapdragon 7 Gen 3 chipset, with 8GB of RAM and storage options of 256GB or 512GB. The Honor 400 Pro is expected to feature a 6.7-inch OLED screen and run on the Snapdragon 8 Gen 3, coupled with 12GB RAM and 512GB storage for enhanced performance.

Honor 400

The phones are said to carry a 5,300mAh battery, with the Honor 400 supporting 66W charging and the Pro version offering 100W fast charging. The Pro model may also include IP68 and IP69 ratings for dust and water resistance.

The series is expected to ship with Android 15 and Honor’s MagicOS 9.0 interface. Pricing starts at approximately €499 (~$560) for the Honor 400 and €799 (~$896) for the Pro.

Honor 400 Series: Teaser Shows 200MP AI Camera, Lauch Date Set To May 22

, original content from Ubergizmo. Read our Copyrights and terms of use.

Microsoft has taken a firm stance against the use of the Chinese AI tool DeepSeek within its organization, officially banning employees from using the technology in workplace settings or on corporate-issued devices. The decision is rooted in concerns over data security and potential risks linked to foreign-developed artificial intelligence platforms, particularly those originating from China.

Brad Smith, president of Microsoft, confirmed the ban and stated that DeepSeek would not be made available on the Microsoft Store. The reasoning behind this is to avoid not only any security vulnerabilities but also to discourage what he referred to as “Chinese propaganda” associated with the tool’s usage. Smith made these remarks during a recent U.S. Senate hearing, where he voiced strong support for U.S. government efforts—especially those backed by the Trump administration—to restrict the use of Chinese-developed AI systems on federal networks and devices.

Microsoft’s Vice Chair and President, Brad Smith

Despite this restrictive internal policy, Microsoft has made the DeepSeek R1 model accessible through its Azure AI Foundry platform. This move has drawn attention due to its apparent contradiction with the company’s internal ban. However, Microsoft has clarified that DeepSeek is an open-source AI model, which allows it to be hosted on private servers without requiring any communication with Chinese-based infrastructure. This key distinction significantly reduces the security risks often associated with foreign AI systems, such as data leakage or unauthorized access.

When asked about this inconsistency, Smith explained that Microsoft had implemented several modifications to the DeepSeek model before making it available via Azure. According to him, these “cuts” were necessary to eliminate “harmful side effects,” thereby enabling a more secure and controlled version of the AI to be offered to developers and researchers. This approach reflects Microsoft’s attempt to balance access to open-source innovation with the need to maintain strict cybersecurity standards.

In summary, Microsoft’s dual approach to DeepSeek—banning its use internally while still providing a curated version on Azure—demonstrates the complexities of navigating AI development in a global and politically sensitive landscape. The company appears committed to supporting innovation, including tools developed outside the U.S., but only under conditions that ensure data protection and compliance with national security priorities. This case highlights broader tensions between open-source accessibility and geopolitical caution in the evolving world of artificial intelligence.

Microsoft Bans Employees From Using DeepSeek, Despite Hosting It On Azure

, original content from Ubergizmo. Read our Copyrights and terms of use.

Microsoft has taken a firm stance against the use of the Chinese AI tool DeepSeek within its organization, officially banning employees from using the technology in workplace settings or on corporate-issued devices. The decision is rooted in concerns over data security and potential risks linked to foreign-developed artificial intelligence platforms, particularly those originating from China.

Brad Smith, president of Microsoft, confirmed the ban and stated that DeepSeek would not be made available on the Microsoft Store. The reasoning behind this is to avoid not only any security vulnerabilities but also to discourage what he referred to as “Chinese propaganda” associated with the tool’s usage. Smith made these remarks during a recent U.S. Senate hearing, where he voiced strong support for U.S. government efforts—especially those backed by the Trump administration—to restrict the use of Chinese-developed AI systems on federal networks and devices.

Microsoft’s Vice Chair and President, Brad Smith

Despite this restrictive internal policy, Microsoft has made the DeepSeek R1 model accessible through its Azure AI Foundry platform. This move has drawn attention due to its apparent contradiction with the company’s internal ban. However, Microsoft has clarified that DeepSeek is an open-source AI model, which allows it to be hosted on private servers without requiring any communication with Chinese-based infrastructure. This key distinction significantly reduces the security risks often associated with foreign AI systems, such as data leakage or unauthorized access.

When asked about this inconsistency, Smith explained that Microsoft had implemented several modifications to the DeepSeek model before making it available via Azure. According to him, these “cuts” were necessary to eliminate “harmful side effects,” thereby enabling a more secure and controlled version of the AI to be offered to developers and researchers. This approach reflects Microsoft’s attempt to balance access to open-source innovation with the need to maintain strict cybersecurity standards.

In summary, Microsoft’s dual approach to DeepSeek—banning its use internally while still providing a curated version on Azure—demonstrates the complexities of navigating AI development in a global and politically sensitive landscape. The company appears committed to supporting innovation, including tools developed outside the U.S., but only under conditions that ensure data protection and compliance with national security priorities. This case highlights broader tensions between open-source accessibility and geopolitical caution in the evolving world of artificial intelligence.

Microsoft Bans Employees From Using DeepSeek, Despite Hosting It On Azure

, original content from Ubergizmo. Read our Copyrights and terms of use.