Google and Samsung team up for a new and improved Android 16 desktop mode
Big news for Android lovers! Google and Samsung are joining forces to bring a revamped desktop mode to Android 16. This collaboration aims to enhance the user experience by providing a seamless transition from mobile to desktop mode.
The new desktop mode, dubbed Android 16, is a great leap forward in the world of Android. It will allow users to easily connect their phone to a desktop monitor and use it as a fully functional computer. No more limitations of a small screen or having to switch between devices to complete tasks.
This partnership between Google and Samsung will bring the best of both worlds to Android users. Samsung’s expertise in hardware and Google’s software prowess will create a powerful and versatile desktop mode for Android 16. The new mode promises to be more intuitive and user-friendly, making it easier to use for everyone.
With Android 16, users will be able to use their phones as a trackpad or keyboard, making it easier to navigate and type on a larger screen. And thanks to the power of Samsung’s DeX, users will have a desktop-style interface, complete with resizable windows and multi-window support. This means you can have multiple apps open at the same time, just like on a computer.
One of the most exciting features of Android 16 is its ability to run multiple apps in a desktop environment. This means you can have your messaging app open on one window while browsing the web on another. It will give users the flexibility to multitask and be more productive.
But the benefits of Android 16 don’t stop there. It will also support keyboard shortcuts, drag-and-drop functionality, and right-click capabilities, making it feel more like a traditional desktop experience. And with Google’s powerful Assistant integration, you can control your phone from your desktop with just your voice.
Key Insights into Google’s Smart Glasses Journey
Sergey Brin, co-founder of Google, recently reflected on the challenges and progress surrounding the development of smart glasses. During a discussion at Google I/O 2025, Brin openly admitted to previous missteps with Google Glass. One significant issue he highlighted was the lack of understanding regarding consumer electronics and supply chain complexities, which hindered efforts to create affordable, effective smart glasses.
Despite these hurdles, Brin remains optimistic about the potential of this technology. His confidence stems from advancements in artificial intelligence and partnerships with established players in both eyewear and electronics. Google is leveraging collaborations with companies like Samsung, Xreal, and Warby Parker to address past shortcomings. A key example of this effort is Google’s $150 million investment and equity stake in Warby Parker, reinforcing its commitment to innovating in the smart glasses space.
Google’s Current Vision for Smart Glasses
At the event, Google unveiled its Android XR glasses, showcasing cutting-edge features powered by DeepMind’s Project Astra. These glasses integrate AI and augmented reality to offer live translations, navigation assistance, and the ability to handle complex AI queries. The focus on practical applications underlines Google’s determination to make smart glasses more accessible and functional for consumers.
The collaboration with DeepMind is pivotal in this project. Leveraging its expertise, Google has prioritized AI-driven capabilities, which were less feasible during the initial Google Glass era due to limited technological maturity. Brin emphasized that advancements in generative AI have significantly broadened what smart glasses can achieve today.
Leadership and Strategic Guidance
Brin, known for his hands-on approach, has taken an active role in ensuring the success of this initiative. After stepping away from day-to-day responsibilities at Google, he has re-engaged with the company to contribute to AI innovations, especially through its Gemini project. He now spends considerable time at Google’s headquarters, mentoring teams and participating in the development of multimodal technologies, including video-generation tools such as Veo 3.
Brin has also encouraged a culture of productivity among Google staff. Reports suggest he has advised employees to work diligently on-site, emphasizing long hours as a means to stay competitive in the rapidly evolving AI landscape.
Key Points at a Glance
| Challenge | Solution |
|---|---|
| Supply chain issues | Partnerships with Samsung, Xreal, and Warby Parker |
| Limited AI capabilities | Generative AI advancements via DeepMind and Gemini |
| Consumer adoption hurdles | Focus on practical features like live translations |
Google’s renewed efforts in the smart glasses market illustrate a more refined and collaborative strategy, aiming to address the barriers that hindered earlier endeavors like Google Glass while leveraging the potential of powerful AI integrations.
Frequently Asked Questions
What were the main errors in the design and rollout of Google Glass?
The rollout of Google Glass faced criticism due to privacy concerns, an unfinished user experience, and the high price point, which limited accessibility. Additionally, the product’s design and functionality did not align well with consumer needs, contributing to its limited appeal.
How did Sergey Brin influence the creation and development of Google Glass?
Sergey Brin played a significant role in driving the vision for Google Glass. His focus on innovation led to the creation of the futuristic device, but some of his decisions, such as prioritizing early launches, may have overlooked important user feedback and market readiness.
What takeaways did Google gain from the Google Glass experience?
Google learned the importance of balancing technological innovation with practical usability and consumer adoption. The project highlighted the need to address user concerns like privacy and to better understand how wearable devices fit into everyday life.
How is Google using insights from Google Glass for future projects?
Lessons from Google Glass have been applied to new areas, like augmented reality and wearable technology. For example, these insights are shaping the development of platforms like Android XR, which has a stronger focus on functionality and user experience.
How did public opinion impact the progress of Google Glass?
The public’s reaction to Google Glass, including concerns over privacy and its “tech elitist” image, slowed down adoption. Negative perceptions played a significant role in limiting its broad acceptance and eventual scaling.
What upgrades have been recommended for future wearable devices like Google Glass?
Experts suggest that future devices should prioritize privacy features, reduce costs for accessibility, and focus on seamless integration into daily life. Enhancing both design aesthetics and functionality would also improve usability and broaden consumer interest.
