The redesign features a Liquid Glass-style aesthetic on iOS 26. It includes animated backgrounds that react to user input, enhancing overall user interaction. A new ‘plus’ button allows access to additional tools such as images, camera input, and music.

The homepage greeting has also changed to ‘Hi [name], what’s on your mind?’. The model picker is now a dropdown menu located at the top-left corner for easier access. Additionally, the account switcher has been moved to the bottom of the side navigation menu.

Key features:

• The app will include a unified tools section for AI capabilities like image generation and guided learning.
• The redesign aims to make the app look more visually pleasing and modern.
• The new design resembles ChatGPT’s interface, which may ease user transition.

Currently, Android users have not yet received the redesign. Its rollout is expected to be gradual. Observers note that Google I/O is scheduled for May 19 and 20, which could provide further insights into this update.

A Google executive hinted at a visual refresh for Gemini months ago. However, it remains unclear when the redesign will roll out widely or when Android users will gain access.

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Reports indicate that approximately 71% of Pixel users have experienced significant battery drain since the update. In stark contrast, only 21% of users have reported no issues, while 7% have not checked for battery problems. This shift in user experience has raised alarms among the Pixel community, as many now find themselves needing to charge their devices multiple times a day.

The immediate effects of this update have been profound. Users have noted that their devices, which previously provided around 16 hours of use, now struggle to reach even 12 hours. One user expressed their frustration, stating, “My battery has been absolute dogshit since the update. Hoping for a fix. P10 Pro.” Such sentiments reflect a growing dissatisfaction among Pixel users.

Experts speculate that the battery drain issue may be linked to a GPS-related bug that prevents the CPU from entering Android’s low-power ‘Doze’ state. This speculation is supported by reports indicating that some users have experienced changes in charging optimization behavior following the March update. Additionally, a smaller subset of users has encountered boot loop issues, further complicating the situation.

Despite the ongoing problems, the Pixel 9 Pro Fold remains a popular choice among consumers, currently priced at $1279.60 after a discount of $158.78. However, the battery drain issue could deter potential buyers who are wary of performance problems. As one expert noted, “Battery drain hits idle performance,” suggesting that the impact of this issue extends beyond just battery life.

As of now, Google has not publicly acknowledged the battery drain issue, leaving many users in the dark about potential fixes. The exact cause of the battery drain remains unconfirmed, and users are left to navigate the challenges posed by this significant update.

In summary, the Pixel 9’s user experience has shifted dramatically following the March update, with a majority of users reporting battery issues that have altered their daily usage patterns. As the community awaits a response from Google, the future of the Pixel 9’s reputation hangs in the balance.

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This funding will benefit approximately 40,000 current and future manufacturing employees, enabling them to gain essential knowledge in artificial intelligence. As part of this initiative, two new courses will be developed: AI 101 for Manufacturing and AI for Advanced Manufacturing Technicians.

Additionally, the funding will provide access to Google’s new AI Professional Certificate at no cost to manufacturing workers. This is a significant step in enhancing the skills of the workforce, ensuring that they are prepared for the evolving demands of the industry.

The initiative will also see the launch of new FAME USA chapters in at least 15 regions across the country. FAME USA is known for training advanced maintenance technicians and building talent pipelines for manufacturers, which is crucial for sustaining the industry.

Google.org is collaborating with the mikeroweWORKS Foundation to offer Work Ethic Scholarships to FAME students, further supporting the development of a skilled workforce. This initiative is part of Google.org’s broader AI Opportunity Fund, which aims to create equitable access to AI education and training.

Historically, Google has shown commitment to supporting infrastructure and skilled trades, and this latest funding reinforces that dedication. By focusing on AI training, the company is addressing the skills gap that many manufacturing workers face today.

As the manufacturing sector continues to evolve, the importance of AI skills cannot be overstated. This funding is expected to play a vital role in preparing workers for the future, but details remain unconfirmed regarding the specific implementation timeline and course availability.

The collaboration between Google.org, the Manufacturing Institute, and other organizations highlights a collective effort to enhance workforce capabilities in the face of rapid technological advancements. The outcome of this initiative could significantly impact the manufacturing landscape in the U.S.

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Gemma 3 was released more than a year ago, in March of 2025. Following this, Google has introduced Gemma 4, a model designed for advanced reasoning, coding, and multimodal workflows. This new model is available in four sizes: Effective 2B (E2B), Effective 4B (E4B), a 26B Mixture of Experts model, and a 31B dense model.

Gemma 4 supports multimodal processing, enabling it to work with text, images, and video inputs. This capability allows the AI to generate code, process images and videos, and understand speech across more than 140 languages. The model is built using the same research behind Google’s Gemini series, aiming to achieve multi-step reasoning and manage highly complex tasks.

Released under the Apache 2.0 license, Gemma 4 is accessible for both commercial and research use. The Gemma ecosystem has seen significant adoption, surpassing 400 million downloads since its initial launch. This widespread use underscores the demand for advanced AI solutions in various sectors.

Initial reactions to Gemma 4 highlight its efficiency, with statements noting that the core idea is to deliver strong AI performance without requiring high-performance computing. This efficiency enables these models to compete with much larger AI systems while utilizing significantly fewer resources.

Details remain unconfirmed regarding the performance of Gemma 4 in comparison to other models. Additionally, there are rumors about a larger Mixture of Experts model with over 100B total parameters that has not yet been released.

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The recent announcement from Google regarding the ability for Gmail users to change their original email addresses has significant implications for the 2 billion users of the platform. This change represents a major shift in how online identity is managed, as noted by Sundar Pichai, who remarked, “2004 was a good year, but your Gmail address doesn’t need to be stuck in it.” This new feature allows users to update their email addresses, which was previously considered a permanent choice.

While the option to change email addresses has existed, its recent prominence due to a U.S. rollout has sparked discussions about its potential impact on user privacy and security. Jake Moore, a cybersecurity expert, stated, “An email address used to be permanent but now it’s finally editable like a username, which is a huge shift in how identity works online.” This flexibility could empower users to manage their online identities more effectively.

Despite the advantages of changing email addresses, experts caution that this does not fully address the ongoing issues of exposure to marketers and scammers. Users may still find themselves vulnerable to impersonation and phishing attacks, as changing an email address alone does not eliminate these risks. Moreover, Google is developing a ‘Hide My Email’ option, similar to Apple’s feature that allows users to create throw-away addresses, which could further enhance privacy.

In addition to the email address changes, Microsoft is facing its own challenges as its Secure Boot certificates issued in 2011 are set to expire in 8 weeks. Users with PCs older than two years are advised to ensure they have installed recent updates to avoid potential security vulnerabilities. The Windows Security app can help users verify whether their devices have received the necessary updates.

Microsoft has emphasized the urgency of installing the Secure Boot update before the deadline, warning that failure to do so could leave devices exposed. This situation highlights the importance of keeping software up to date, especially as cyber threats continue to evolve.

As Gmail users embrace the new ability to change their email addresses, they may also consider creating separate email accounts for different online activities to further safeguard their personal information. This strategy could provide an additional layer of protection against unwanted marketing and security threats.

While the rollout of Gmail’s address change feature is a significant step forward, it is essential for users to remain vigilant about their online security. The landscape of digital identity is continually changing, and users must adapt to these developments to protect themselves effectively.

Details remain unconfirmed regarding the full extent of the impact this change will have on user behavior and security practices. As more users begin to utilize this new feature, further developments are expected in the realm of email privacy and security.

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On April 2, 2026, Google announced the release of Gemma 4, an open-source AI model that represents a significant advancement in artificial intelligence technology. This model builds upon the foundation laid by its predecessor, Gemini 3, and introduces a range of features aimed at enhancing developer flexibility and user experience.

Gemma 4 is licensed under the Apache 2.0 license, which allows developers to utilize the model without incurring recurring subscription costs. This open-source license provides a foundation for complete developer flexibility and digital sovereignty, granting users control over their data, infrastructure, and models. The model is available in four different sizes, with parameters ranging from 2 billion to 31 billion, catering to various computational needs and applications.

One of the standout features of Gemma 4 is its ability to support advanced reasoning and agentic workflows. It is designed to achieve multi-step reasoning and manage highly complex tasks, making it suitable for a wide array of applications. The model can process images, videos, and understand speech, which enhances its usability across different platforms and devices.

Gemma 4 has a remarkable context window of up to 256,000 tokens, allowing it to handle extensive data inputs effectively. This capability is particularly beneficial for applications requiring deep logic and multi-step planning, positioning Gemma 4 as a powerful tool for developers looking to create sophisticated AI-driven solutions.

Since its initial release, Gemma has seen significant adoption, with over 400 million downloads across various platforms, including Hugging Face and Kaggle. The community has actively engaged with the model, resulting in the creation of over 100,000 model variants. This level of engagement highlights the model’s versatility and the strong interest from developers in leveraging its capabilities.

Gemma 4 can be run on billions of Android devices and some laptop GPUs, making it accessible to a broad audience. This widespread compatibility ensures that developers can implement the model in diverse environments, further promoting innovation and experimentation in the AI space.

As Gemma 4 continues to evolve, it stands as a testament to the growing trend of open-source AI models that empower developers and users alike. The implications of this model are significant, as it not only enhances the capabilities of AI but also democratizes access to advanced technology, fostering a more inclusive digital landscape.

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In a significant update today, advancements in artificial intelligence and the ecological importance of bats have come to the forefront. Bats, the only mammals capable of flight, play crucial roles in ecosystems, including consuming insect pests and pollinating plants. With approximately 1,400 species of bats worldwide, many are threatened or endangered due to habitat destruction and climate change.

Recent developments in AI technology were highlighted by Google’s expansion of its Search Live feature, which is now available in over 200 countries and territories. This feature allows users to engage in back-and-forth dialogue using voice or camera feed, enhancing the interactivity of online searches.

Additionally, Google has introduced Gemini in Sheets, which has achieved state-of-the-art performance for data analysis, marking a significant milestone in AI capabilities. Another notable upgrade is the Ask Maps feature in Google Maps, designed to answer complex questions, further integrating AI into everyday tools.

These advancements come at a time when the ecological roles of bats are increasingly recognized. Bats are found on every major continent and are vital for maintaining healthy ecosystems. Their decline due to environmental threats raises concerns about biodiversity and ecosystem stability.

As these technologies evolve, the intersection of AI and environmental conservation may provide new opportunities for research and awareness. Official statements regarding the implications of these developments are anticipated, as both the tech and environmental communities respond to the updates.

Details remain unconfirmed regarding the full impact of these AI advancements on conservation efforts, but the potential for integrating technology in ecological studies is promising.

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On March 27, 2026, Google released Android 17 Beta 3, marking a significant milestone in the development of its mobile operating system. This update comes as part of the ongoing evolution of Android, which has seen various enhancements and features introduced over the years. Android 17 Beta 3 is now available for developers and users with Pixel 6 and newer devices, indicating Google’s commitment to providing the latest technology to its user base.

The release of Android 17 Beta 3 introduces several noteworthy features. One of the most anticipated additions is support for the RAW14 image format, which enhances the capabilities of photography on Android devices. This feature allows users to capture high-quality images with greater detail and flexibility in post-processing, catering to both amateur and professional photographers.

In addition to RAW14 support, the update allows users to hide app labels on the home screen, providing a cleaner and more customizable interface. This feature is particularly appealing to users who prefer a minimalist aesthetic on their devices. Furthermore, Android 17 Beta 3 includes a redesigned screen recording toolbar, which enhances the user experience by providing new capabilities and an improved user interface.

Another significant improvement in this beta version is the introduction of independent volume controls for digital voice assistants. This feature allows users to manage audio settings more effectively, ensuring that voice assistant interactions do not interfere with other audio outputs. Additionally, the update enhances Picture-in-Picture mode controls, making it easier for users to multitask while watching videos or using apps.

Android 17 Beta 3 also brings changes to the location permission pop-up, which has been redesigned for better usability. This update aims to streamline user interactions with location permissions, making it clearer when and why apps request access to location data. Moreover, the Quick Settings menu has been updated to separate Mobile Data and Wi-Fi toggles, providing users with more straightforward access to their connectivity options.

As Android 17 Beta 3 reaches the platform stability phase, the anticipation for the stable release of Android 17 continues to grow. The stable update is expected to be released in June 2026, which will likely bring further refinements and additional features based on user feedback from the beta testing phase.

The significance of these developments lies in their potential impact on users and developers alike. For users, the new features enhance the overall experience of using Android devices, making them more versatile and user-friendly. Developers benefit from the opportunity to test their applications against the latest features, ensuring compatibility and optimizing performance for the upcoming stable release.

Overall, Android 17 Beta 3 represents a crucial step forward in Google’s mobile operating system, with its array of new features and improvements poised to enhance the user experience significantly. As the technology landscape continues to evolve, the release of such updates is vital for maintaining competitiveness in the mobile market.

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In recent developments, Google has introduced new tools aimed at enhancing user experience with its AI product, Gemini. Just before the launch, users were limited in their ability to transfer data from other AI chatbots. Now, Google has rolled out the Import Memory and Import Chat History features, which allow users to seamlessly transfer personal settings and upload chat history files from previous services.

The Import Memory tool enables users to bring over their preferences from other AI platforms, making the transition to Gemini smoother. Meanwhile, the Import Chat History feature facilitates the uploading of past conversations, providing continuity for users switching to Gemini.

These features are available to both paid and non-paid users, although they are not accessible to business profiles or individuals under the age of 18. This move marks a significant step in Google’s efforts to improve user engagement and retention within its AI ecosystem.

On another front, CLSA has recently initiated coverage on AIS, a leading telecom and digital technology provider in Thailand. CLSA has assigned an Outperform rating to AIS, setting a target price of Bt410, which implies a potential total return of 14% for investors.

CLSA’s analysis suggests that AIS is well-positioned for growth, forecasting a compound annual growth rate of 8% for its core earnings from 2026 to 2028. This optimistic outlook is supported by AIS’s strategic investments, with an additional allocation of 8-10 billion Baht planned to enhance its market position.

Furthermore, AIS is expected to maintain a capex-to-revenue ratio of 15% during the same period, indicating a commitment to infrastructure and service improvements. The company also anticipates a dividend yield of 4-5%, which could attract income-focused investors.

As AIS prepares for future growth, its estimated net debt to EBITDA ratio for 2026 is projected to be 2.1, reflecting a manageable debt level in relation to its earnings. Additionally, AIS has achieved an ESG score of 84.1, showcasing its commitment to environmental, social, and governance standards.

The recent advancements in AI data transfer by Google and the positive outlook for AIS from CLSA highlight significant developments in the technology and telecom sectors. These changes are crucial for both companies as they navigate competitive landscapes and aim to enhance user experiences and shareholder value.

Details remain unconfirmed regarding the full impact of these changes on market dynamics and user adoption rates.

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The Google Pixel 11 Pro Fold is expected to debut in August 2026, marking the next step in Google’s foldable smartphone lineup. This new model aims to build on the features of the Pixel 10 Pro Fold, which has set a benchmark for foldable devices.

Design Improvements

One of the most notable changes in the Pixel 11 Pro Fold is its thickness. When folded, the device will measure 10.1mm, a reduction from the 10.8mm of its predecessor. This change reflects Google’s commitment to creating a slimmer and lighter device.

When unfolded, the Pixel 11 Pro Fold is said to be around 4.8mm thick, compared to 5.2mm on the previous generation. The overall height of the device is expected to remain the same at 155.2mm, while the unfolded width will reportedly be identical at 150.4mm.

Camera and Durability

The rear camera module of the Pixel 11 Pro Fold features a redesigned layout, integrating an LED flash and microphone into the camera island. This alteration aims to enhance the overall aesthetic and functionality of the device.

In terms of durability, the Pixel 11 Pro Fold will continue to utilize an aluminum frame and glass panels, ensuring that it remains robust for everyday use. Additionally, the internal edges of the device are raised to help protect the foldable display.

Performance Enhancements

Under the hood, the Pixel 11 Pro Fold is expected to feature Google’s Tensor G6 chip, which promises improved efficiency and processing power. This advancement is crucial for users who demand high performance from their devices.

Current State and Future Outlook

As of now, the Pixel 10a is the latest Google phone available, but anticipation is building for the release of the Pixel 11 Pro Fold later this year. Details remain unconfirmed regarding the exact specifications of internal components such as RAM and battery size, as well as the final design which may differ from initial CAD renders.

This sequence of developments is significant for consumers and tech enthusiasts alike, as the Pixel 11 Pro Fold represents a continued evolution in Google’s smartphone offerings, particularly in the foldable segment.

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