
iOS 26's new ‘adaptive power' mode dials back performance to save battery
Apple is working on a new 'adaptive power' feature in iOS 26 that aims to make your battery last longer. In the iOS 26 developer beta, Apple describes the feature as a way for the iPhone to make 'small performance adjustments to extend your battery life,' including by lowering screen brightness and 'allowing some activities to take a little longer.'
Apple also notes that it may automatically enable Low Power Mode, which restricts background activities, when your battery reaches 20 percent. Bloomberg 's Mark Gurman first reported on the possibility of an AI-powered battery optimization feature for the iPhone last month.
At the time, Gurman said that the feature will use the 'battery data it has collected from users' devices' to determine which apps it should lower power consumption on. Google has a similar Adaptive Battery feature for Android phones, which it says uses AI to analyze how you use your phone, allowing it to shut off lesser-used apps in the background.
The Adaptive Power toggle currently exists alongside Low Power Mode in the Battery > Power Mode section of the Settings menu in the iOS 26 developer beta.
Apple plans to release the iOS 26 beta to more users next month before rolling it out to everyone in the fall. Along with a new 'liquid glass' design, iOS 26 adds a bundle of new features, including updates to the Camera, Phone, Safari, and Messages apps, as well as Apple Intelligence-powered live translation for text messages and calls.

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Time Business News
25 minutes ago
- Time Business News
Mobile App Development in San Francisco
As the digital revolution continues to reshape how businesses operate and users interact, cities like San Francisco have emerged as epicenters of technological innovation. The ever-growing demand for immersive user experiences has not only propelled mobile app development in San Francisco to new heights but also expanded the role of augmented reality app development companies in defining tomorrow's tech landscape. In this article, we will explore the dynamic ecosystem of mobile app development in San Francisco, its impact on global businesses, and how augmented reality is poised to redefine user interaction in ways never imagined before. Whether you're a startup, enterprise, or visionary entrepreneur, this guide will provide valuable insight into how these technologies are shaping the present and future. San Francisco, often called the tech capital of the world, is home to Silicon Valley—a hub for global giants like Apple, Google, Facebook, and countless innovative startups. This strategic positioning has transformed the city into a goldmine for mobile app development. The city offers: A vast pool of tech talent from top universities and global backgrounds. Cutting-edge infrastructure and access to VC funding. A thriving ecosystem of tech incubators and accelerators. But what truly sets mobile app development in San Francisco apart is its forward-thinking approach to user experience, performance, and cross-platform compatibility. Mobile apps developed in San Francisco aren't just limited to consumer entertainment. They power industries such as: Healthcare: Telemedicine, health monitoring, patient engagement. Telemedicine, health monitoring, patient engagement. Finance: Fintech applications, payment systems, and investment platforms. Fintech applications, payment systems, and investment platforms. E-commerce: Custom shopping apps with AR features. Custom shopping apps with AR features. Real Estate: Virtual tours, AI-powered recommendations. Virtual tours, AI-powered recommendations. Education: Learning platforms with gamification and AR elements. These applications are no longer just functional; they're intelligent, personalized, and often, immersive—thanks in part to the rise of augmented reality. Augmented Reality (AR) is a technology that overlays digital content—like images, sounds, or other data—on the real world using smartphones, AR glasses, or tablets. From Snapchat filters to industrial training simulations, AR is now a practical tool across industries. As hardware becomes more powerful and affordable, businesses are increasingly turning to an augmented reality app development company to innovate the user experience. AR isn't just a trend; it's a transformative force. Here's how: Enhanced User Engagement: AR can increase interaction time and engagement by offering immersive, gamified, or 3D experiences. AR can increase interaction time and engagement by offering immersive, gamified, or 3D experiences. Data Visualization: Complex data is easier to understand when presented in 3D through AR. Complex data is easier to understand when presented in 3D through AR. Remote Assistance: AR is now used in remote support for healthcare, field services, and education. AR is now used in remote support for healthcare, field services, and education. E-commerce Integration: Users can 'try before they buy' through AR fitting rooms or product previews. In fact, major brands like IKEA, L'Oréal, and Nike have already integrated AR into their mobile apps, a trend that San Francisco-based companies are helping push forward. The intersection of mobile app development and AR technology is where the magic happens. Let's explore how businesses are leveraging both to stand out in crowded marketplaces. Imagine pointing your phone at your living room and placing a digital version of a sofa right in your space. Retailers are using AR to let users preview furniture, clothing, makeup, and more, reducing returns and improving satisfaction. Augmented reality combined with healthcare mobile apps enables remote diagnosis, 3D imaging of organs, and interactive rehabilitation sessions—all from the palm of your hand. Potential buyers can now take virtual tours of homes using AR even before stepping on the property. Combined with mobile notifications and financing tools, the property buying journey becomes seamless. While the opportunities are enormous, choosing the right mobile app or AR development partner is critical. Here are key factors to consider: Ensure your partner has proven experience with cross-platform tools like Flutter, React Native, and AR frameworks like ARKit (iOS) and ARCore (Android). Whether it's healthcare, education, or fintech, your developer should understand industry-specific compliance and UX patterns. Companies in San Francisco tend to be more experimental—leveraging design thinking, agile development, and user testing as core processes. Seek firms that prioritize innovation over routine delivery. The journey doesn't end at deployment. Regular updates, analytics, user feedback integration, and scaling strategies should all be part of the package. San Francisco is not just riding the wave of mobile and AR tech—it's building the wave. Here's what the next few years might look like: Imagine AR apps that respond dynamically to user behavior using machine learning. Personalized education, virtual shopping advisors, and AI-powered health monitors are all on the horizon. With the expansion of 5G, data-heavy AR applications will run faster and smoother, leading to richer mobile experiences. Apps are moving from phones to wearables. Apple's Vision Pro and Meta's smart glasses hint at a future where mobile AR apps are used hands-free. AR will play a role in visualizing city infrastructure, allowing users to interact with real-time data about energy usage, traffic, or safety in urban spaces—starting in smart hubs like San Francisco. If you're considering building a mobile app or exploring AR solutions, start by asking: What problem does your app solve? How will AR enhance the user experience? Who is your audience and what devices do they use? What is your budget and timeline? Who will maintain and scale the app post-launch? Collaborate with a team that understands both the present and future of app ecosystems—especially one rooted in San Francisco's dynamic tech scene. The fusion of mobile app development in San Francisco and innovations from augmented reality app development companies is creating a new era of digital interaction. What was once futuristic is now a reality, and businesses that invest early are likely to dominate their industries. Whether you're creating a lifestyle app, an enterprise tool, or an educational experience, the combination of mobility and augmented reality will be the foundation of engaging and profitable digital platforms in the years to come. TIME BUSINESS NEWS

Wall Street Journal
34 minutes ago
- Wall Street Journal
Trump's Crackdown on Foreign Students Threatens to Disrupt Pipeline of Inventors
Ajay Bhatt had never been on a plane when he left India for City University of New York to pursue a graduate degree in 1981. More than four decades and 130 patents later, billions of people are still using Bhatt's most-recognizable invention, the Universal Serial Bus, or USB. 'My dad really didn't want me to go,' Bhatt recalls. But, he said, 'This was the country where you could get the very best education, and everybody was welcoming.'


Forbes
42 minutes ago
- Forbes
Sam Altman Says AI Has Already Gone Past The Event Horizon But No Worries Since AGI And ASI Will Be A Gentle Singularity
Speculating on the future of AI including artificial general intelligence (AGI) and artificial ... More superintelligence (ASI). In today's column, I examine a newly posted blog piece by Sam Altman that has generated quite a bit of hubbub and controversy within the AI community. As the CEO of OpenAI, Sam Altman is considered an AI luminary, of which his viewpoint on the future of AI carries an enormous amount of weight. His latest online commentary contains some eyebrow-raising indications about the current and upcoming status of AI, including aspects partially coated in AI-speak and other insider terminology that require mindful interpretation and translation. Let's talk about it. This analysis of an innovative AI breakthrough is part of my ongoing Forbes column coverage on the latest in AI, including identifying and explaining various impactful AI complexities (see the link here). First, some fundamentals are required to set the stage for this discussion. There is a great deal of research going on to further advance AI. The general goal is to either reach artificial general intelligence (AGI) or maybe even the outstretched possibility of achieving artificial superintelligence (ASI). AGI is AI that is considered on par with human intellect and can seemingly match our intelligence. ASI is AI that has gone beyond human intellect and would be superior in many if not all feasible ways. The idea is that ASI would be able to run circles around humans by outthinking us at every turn. For more details on the nature of conventional AI versus AGI and ASI, see my analysis at the link here. We have not yet attained AGI. In fact, it is unknown as to whether we will reach AGI, or that maybe AGI will be achievable in decades or perhaps centuries from now. The AGI attainment dates that are floating around are wildly varying and wildly unsubstantiated by any credible evidence or ironclad logic. ASI is even more beyond the pale when it comes to where we are currently with conventional AI. In a new posting on June 10, 2025, entitled 'The Gentle Singularity' by Sam Altman on his personal blog, the famed AI prognosticator made these remarks (excerpts): There's a whole lot in there to unpack. His upbeat-worded opinion piece contains commentary about many undecided considerations, such as referring to the ill-defined and indeterminate AI event horizon, the impacts of artificial superintelligence, various touted dates that suggest when we can expect things to really take off, hazy thoughts about the nature of the AI singularity, and much more. Let's briefly explore the mainstay elements. A big question facing those who are deeply into AI consists of whether we are on the right track to attain AGI and ASI. Maybe we are, maybe we aren't. Sam Altman's reference to the AI event horizon alludes to the existing pathway that we are on, and he unequivocally implies and states that in his opinion, we not only have reached the event horizon but that we are avidly past it already. As espoused, the takeoff has started. Just to note, that's a claim embodying immense boldness and brashness, and not everyone in AI concurs with that viewpoint. Consider these vital facets. First, in favor of that perspective, some insist that the advent of generative AI and large language models (LLMs) vividly demonstrates that we are now absolutely on the path toward AGI/ASI. The incredible semblance of natural language fluency exhibited by the computational capabilities of contemporary LLMs seems to be a sure sign that the road ahead must lead to AGI/ASI. However, not everyone is convinced that LLMs constitute the appropriate route. There are qualms that we already are witnessing headwinds on how much generative AI can be further extended, see my coverage at the link here. Perhaps we are nearing a severe roadblock, and continued efforts will not get us any further bang for the buck. Worse still, we might be off-target and going in the wrong direction altogether. Nobody can say for sure whether we are on the right path or not. It is a guess. Well, Sam Altman has planted a flag that we are incontrovertibly on the right path and that we've already zipped down the roadway quite a distance. Cynics might find this a self-serving perspective since it reinforces and reaffirms the direction that OpenAI is currently taking. Time will tell, as they say. Another consideration in the AI field is that perhaps there will be a kind of singularity that serves as a key point at which AGI or ASI will readily begin to emerge and keenly showcase that we have struck gold in terms of being on the right pathway. For my detailed explanation of the postulated AI singularity, see the link here. Some believe that the AI singularity will be a nearly instantaneous split-second affair, happening faster than the human eye can observe. One moment we will be working stridently on pushing AI forward, and then, bam, the singularity occurs. It is envisioned as a type of intelligence explosion, whereby intelligence rapidly begets more intelligence. After the singularity happens, AI will be leaps and bounds better than it just was. In fact, it could be that we will have a fully complete AGI or ASI due to the singularity. One second earlier, we had plain AI, while an instant later we amazingly have AGI or ASI in our midst, like a rabbit out of a hat. Perhaps though the singularity will be a long and drawn-out activity. There are those who speculate the singularity might get started and then take minutes, hours, or days to run its course. The time factor is unknown. Maybe the AI singularity will take months, years, decades, centuries, or lengthier to gradually unfurl. Additionally, there might not be anything resembling a singularity at all, and we've just concocted some zany theory that has no basis in reality. Sam Altman's posting seems to suggest that the AI singularity is already underway (or, maybe happening in 2030 or 2035) and that it will be a gradual emerging phenomenon, rather than an instantaneous one. Interesting conjecture. Right now, efforts to forecast when AGI and ASI are going to be attained are generally based on putting a finger up into prevailing AI winds and wildly gauging potential dates. Please be aware that the hypothesized dates have very little evidentiary basis to them. There are many highly vocal AI luminaires making brazen AGI/ASI date predictions. Those prophecies seem to be coalescing toward the year 2030 as a targeted date for AGI. See my analysis of those dates at the link here. A somewhat quieter approach to the gambit of date guessing is via the use of surveys or polls of AI experts. This wisdom of the crowd approach is a form of scientific consensus. As I discuss at the link here, the latest polls seem to suggest that AI experts generally believe that we will reach AGI by the year 2040. Depending on how you interpret Sam Altman's latest blog post, it isn't clear as to whether AGI is happening by 2030 or 2035, or whether it is ASI instead of AGI since he refers to superintelligence, which might be his way of expressing ASI or maybe AGI. There is a muddiness of differentiating AGI from ASI. Indeed, I've previously covered his changing definitions associated with AGI and ASI, i.e., moving of the cheese, at the link here. We'll know how things turned out in presumably a mere 5 to 10 years. Mark your calendars accordingly. An element of the posting that has gotten the gall of especially AI ethicists is that the era of AGI and ASI seems to be portrayed as solely uplifting and joyous. We are in a gentle singularity. That's certainly happy news for the world at large. Utopia awaits. There is a decidedly other side to that coin. AI insiders are pretty much divided into two major camps right now about the impacts of reaching AGI or ASI. One camp consists of the AI doomers. They are predicting that AGI or ASI will seek to wipe out humanity. Some refer to this as 'P(doom),' which means the probability of doom, or that AI zonks us entirely, also known as the existential risk of AI or x-risk. The other camp entails the so-called AI accelerationists. They tend to contend that advanced AI, namely AGI or ASI, is going to solve humanity's problems. Cure cancer, yes indeed. Overcome world hunger, absolutely. We will see immense economic gains, liberating people from the drudgery of daily toils. AI will work hand-in-hand with humans. This benevolent AI is not going to usurp humanity. AI of this kind will be the last invention humans have ever made, but that's good in the sense that AI will invent things we never could have envisioned. No one can say for sure which camp is right and which one is wrong. This is yet another polarizing aspect of our contemporary times. For my in-depth analysis of the two camps, see the link here. You can readily discern which camp the posting sides with, namely roses and fine wine. It is important to carefully assess the myriads of pronouncements and proclamations being made about the future of AI. Oftentimes, the wording appears to brazenly assert that the future is utterly known and predictable. With a sense of flair and confidence, many of these prognostications can be easily misread as somehow a bushel of facts and knowns, rather than a bundle of opinions and conjecture. Franklin D. Roosevelt wisely stated: 'There are as many opinions as there are experts.' Keep your eyes and ears open and be prudently mindful of all prophecies concerning the future of AI. You'll be immeasurably glad you were cautious and alert.