Festive smartphone demand may stall as buyers push back on rising prices

Festive smartphone demand may stall as buyers push back on rising prices



India’s smartphone market may be heading into a demand slowdown during the 2026 festive season, not because of weak intent, but because of rising prices that buyers are increasingly unwilling to absorb.

 


According to a joint study by Trakin Tech and Techarc, based on a survey of 5,958 prospective buyers, 54 per cent of intended demand may not convert into purchases if prices continue to rise beyond expectations. The report frames this as delayed demand rather than a collapse.

 


The survey followed Q1 CY2026 data by market intelligence entities such as Counterpoint, which reported that India’s smartphone shipments declined 3 per cent year-on-year in Q1 CY2026, marking the weakest first quarter in six years. It also projected a full-year decline of around 10 per cent, pointing to softer demand heading into the festive period — a trend that the study also reflects.

 


Demand is pausing, not disappearing


The headline number, 54 per cent demand erosion, appears severe at first glance. However, the underlying behaviour suggests deferral rather than abandonment.

 


The report stated that 48 per cent of surveyed buyers would delay purchases until prices stabilise, while 6 per cent indicated a shift to the second-hand market.

 


This creates a paradox for brands: demand visibility weakens in the short term, even as underlying intent remains intact.

 


As per the report’s interpretation, the festive cycle (July to December), traditionally a volume driver, may now act more as a pricing trigger. If pricing does not align with expectations, conversion shifts forward rather than disappears. This introduces volatility into quarterly sales planning, particularly for brands dependent on festive spikes.


Pricing pressure


The report attributed the current pressure not to weak demand, but to supply-side cost inflation. It notes that smartphone prices have already risen 8–12 per cent on average between January and May 2026, driven largely by increases in NAND flash and DRAM costs.

 


This trend is already visible in the market, with brands revising prices even after launch.

 


For instance, OnePlus has increased the price of its Nord 6 twice within a short span, pushing the base variant from Rs 38,999 at launch to Rs 42,999. Similarly, the Nothing Phone 3a Lite, which launched at Rs 20,999, is now listed at Rs 27,999. Several other brands, including Vivo and Samsung, have also adjusted pricing across models.


Such post-launch price increases weaken the value proposition typically associated with festive purchases, where buyers expect discounts rather than higher prices.

 


In IDC’s Q1 CY2026 report, Upasana Joshi, Senior Research Manager, Devices Research Asia/Pacific, said, “In a value-conscious market like India, consumers have traditionally delayed purchases in anticipation of festive discounts and promotional offers. However, that pattern is unlikely to hold in the current cycle.”

 


The broader cost environment also suggests that this shift may not reverse anytime soon.

 


“With the global memory shortage expected to continue into 2027 and rupee depreciation adding further cost pressure, smartphone prices are set to rise further across segments,” Joshi noted.

 


This weakens the assumption of a near-term price correction. If costs remain elevated, brands have limited room to absorb increases without affecting margins, particularly in the mid-range and entry segments.


Mid-range weakens as premium holds firm


The report highlighted that the impact of rising prices is not uniform across segments.

 


It identified the Rs 15,000–30,000 segment as the most vulnerable, with the highest deferral volume and a significant share of buyers (22 per cent in this band) opting to downtrade.

 


By contrast, the report stated that owners of ultra-premium devices (above Rs 1,00,000) show far lower sensitivity, with only 30.9 per cent deferring purchases and 44.4 per cent willing to buy regardless of price.

 


At a brand level, this resilience is most visible among Apple buyers, who record a commitment score of 54 — one of the highest in the study — indicating a stronger willingness to proceed with purchases despite price increases.


Counterpoint also noted that Apple is better positioned to navigate memory price pressures, supported by its premium portfolio and supply chain advantages.

 


Pressure is also building up at the lower end of the market. As entry-level devices become more expensive, buyers are either forced to stretch budgets or delay purchases.

 


However, this shift is not entirely driven by aspiration. Counterpoint describes it as an “affordability squeeze,” where rising prices and broader economic pressures are pushing consumers up the price ladder rather than reflecting stronger purchasing power.


Younger buyers hold the market together


One of the more counterintuitive findings, as per the report, is that younger buyers are the least likely to defer purchases despite rising prices. The report stated that buyers aged 18–24 showed a deferral rate of 43.1 per cent — the lowest among all age groups — compared to 54.8 per cent for those in the 35–44 bracket, which is the most price-sensitive cohort.

 


This showed that a younger, more aspirational cohort is both more willing to buy and more open to financing options such as EMI, which the report highlighted as a growing purchase pathway.

 


However, it should also be noted that 57 per cent of respondents in the study fall within the 18–24 age group, and since the study focuses on active, online, tech-engaged users, the behaviour of older and more price-sensitive buyers may be underrepresented.


Financing and refurbished channels move mainstream


The report also pointed to a shift in purchase pathways driven by affordability constraints. It noted that buyers who have previously used equated monthly instalment (EMI) are 3.5 times more likely to use financing again. This suggests that affordability constraints are increasingly being managed through credit rather than price correction.

 


However, this trend is uneven. Earlier, in an interview with Business Standard, Sumit Singh, SVP and Product Head at Lava International, said financing options remain limited in the entry-level segment.

 


“EMI adoption in this segment is only around 9 per cent, compared to 30–35 per cent for the overall industry. These users are often not salaried and don’t have access to easy financing. Even small price increases can push them out of the market,” Singh said.

 


Meanwhile, a growing share of consumers (six per cent) is open to refurbished devices. For brands, this introduces competition outside their control.

 


Brands such as Samsung have begun selling refurbished devices directly through their own channels, offering the same one-year warranty as new products, signalling a more formal push by original equipment manufacturers (OEMs) into the pre-owned segment.


Festive discounts may not be enough this year


The report suggested that a large share of buyers are entering the festive season with a willingness to wait rather than buy at current prices. It states that 48 per cent of intended buyers would postpone their purchase if prices rise beyond expectations, indicating that demand this year is highly conditional.

 


This shifts the role of the festive season. Instead of driving fresh demand, it becomes a test of whether pricing — through discounts, offers, or financing — is enough to unlock purchases that are already being held back.

 


“The intended buyers show divergently different signs of resilience and cohort behaviours which the brands need to bedrock their strategy on,” said Faisal Kawoosa, Founder and Chief Analyst at Techarc.

 


For consumers, that means the usual festive playbook may not hold. The choice is no longer just which phone to buy, but whether to delay, downgrade, or commit to longer payment cycles.

 


As Arun Prabhudesai, Founder of Trakin Tech, said, “India’s next growth cycle will not be won only by better specs; it will be won by brands that make technology feel affordable again.”

 


However, the report also indicates that price pressures are likely to persist into 2027 due to component costs. This suggests that waiting may not necessarily lead to significantly lower prices — forcing buyers to make more constrained decisions even during peak sale periods.



Source link

Apple Music may follow Spotify with free and low-cost subscriptions: Report

Apple Music may follow Spotify with free and low-cost subscriptions: Report



Apple could be exploring subscription options for Apple Music, according to clues found in the Android beta version of the app. The references were spotted by Aaron Perris, an analyst working with MacRumors, which discovered code strings that appear to point to different levels of access within Apple’s music streaming service.

 


Currently, Apple Music is available through paid Individual, Student, Family and Apple One plans, and unlike rivals such as Spotify, it does not offer a free ad-supported tier. The newly discovered strings have therefore fuelled speculation that Apple may be evaluating changes to its subscription strategy, although there is no indication yet of what those changes could involve.

 
 


Apple could be working on new subscription plans

 


According to Perris, the Android beta version of Apple Music contains references to “premium access” and a message informing users that they have reached a “skip limit” and can no longer skip tracks. One of the strings suggests that certain actions may require a higher level of access, while another appears to restrict the number of songs a user can skip. These references are notable because Apple Music currently does not impose track-skipping limits on paying subscribers. The findings were shared by Perris on X and later highlighted by MacRumors.

 


The presence of these strings hint that Apple may be testing additional subscription tiers for Apple Music, possibly a free tier or a low-cost tier to counter Spotify. However, there is currently no information about what those plans could look like. One possibility is that Apple is exploring a lower-cost or free version of Apple Music with certain restrictions. Another possibility is that the company could introduce premium tiers that unlock additional features.

 

That said, Perris cautioned against concluding too quickly. According to him, the strings could also be related to something entirely different, such as Apple Music’s radio features, rather than a broader change to subscription plans. 

 


Why the skip-limit message stands out

 


Restrictions on song skipping are commonly associated with free music streaming plans. Services such as Spotify have long used skip limits as a way to differentiate free users from paying subscribers. Spotify continues to market unlimited skips as one of the benefits of its Premium plans. Because of this, the appearance of a skip-limit message within Apple Music’s code has naturally fuelled speculation that Apple could be testing a similar approach. However, there is no evidence yet that Apple plans to introduce a Spotify-style free tier.

 


Apple’s stance on free music streaming

 


The discovery comes just weeks after Apple Music chief Oliver Schusser reportedly reiterated the company’s opposition to free music streaming tiers. Speaking in an interview with Bloomberg, Schusser said he believes offering music services for free was a mistake for the industry, according to 9To5Mac, citing Bloomberg.

 

He also pointed out that Apple Music remains the only major music streaming platform that does not offer a free tier and said the company is proud of that position. Those comments make the possibility of a traditional free Apple Music plan appear less likely, although Apple could still be considering different paid tiers or feature-based subscriptions. 

 


What happens next?

 


For now, there is no official word from Apple on what these newly discovered strings mean. Code references found in beta software do not always translate into consumer-facing features, and companies often test ideas that never reach the public. Still, the fact that these strings have appeared in a recent Apple Music beta build suggests that Apple is actively experimenting with something behind the scenes. Whether that results in a free plan, a new premium tier, or changes to existing subscriptions remains to be seen. 

 


Meanwhile, Apple already offers plans for its music platform, including Individual, Student, Family and Apple One. These are: 

 


Individual


  • Rs 119/month, one month free for new subscribers.


Features:


  • Over 100 million songs, ad-free and available to download for offline listening

  • Spatial Audio and lossless audio quality

  • Exclusive artist access and curated playlists

  • Free access to the Apple Music Classical app

  • Works on iOS, Android, Windows, Sonos, smart TVs and more


Student


  • Rs 59/month, first month free for new subscribers.


Features:


  • Special pricing for verified students

  • Access to everything in the Individual Plan

  • Comes with Apple TV at no extra cost


Family


  • ₹179/month, 1 month free for new subscribers.


Features:


  • Access to everything in the Individual Plan

  • Share with up to five people via Family Sharing

  • Each person gets their own library, recommendations and playlists

 



Source link

Apple's AI glasses could reshape eyewear like Watch did to watches: Report

Apple's AI glasses could reshape eyewear like Watch did to watches: Report



Apple has reportedly delayed the launch of its AI smart glasses to late 2027, pushing back a product that was previously expected to arrive in early 2027. According to Bloomberg’s Mark Gurman, one reason behind the delay is that Apple’s visual AI technology may not be ready by the end of 2026. 


The postponement could indicate that Apple is prioritising refinement over speed, echoing a strategy it followed with the Apple Watch. 


Introduced in 2015, the Apple Watch went on to reshape the wearables market and became one of the company’s most successful products. Apple’s Chief Executive Officer Tim Cook has previously described the Apple Watch and its health features as among the achievements he is most proud of during his tenure. 

 


Apple may now be hoping to replicate that success in the rapidly growing smart glasses market.


Will Apple affect eyewear brands like it did watchmakers?


According to a report by The Next Web, Apple’s potential entry into smart glasses could have a similar impact on the eyewear industry as the Apple Watch had on the traditional watch market. 


When the Apple Watch launched in 2015, brands such as Swatch, Fossil and Movado dominated the mid-tier watch segment. Over the following decade, Apple became the world’s largest watchmaker by unit volume and eventually surpassed Rolex in annual watch revenue. 


According to the report, several traditional watchmakers saw significant declines during this period. Swatch’s revenue in 2025 was reportedly 28 per cent lower than in 2014, while Fossil’s sales fell about 70 per cent. The Apple Watch itself is estimated to generate roughly $17 billion in annual revenue. 


The report noted that Apple could now apply a similar strategy to the global eyewear market, which is estimated to be worth around $200 billion. Apple is expected to target the $200-$500 price segment, where brands owned by EssilorLuxottica, Safilo and Warby Parker currently compete. 


According to the report, Apple’s combination of hardware, software and ecosystem integration could put pressure on established eyewear players in the mass market. 


However, luxury eyewear brands may remain largely unaffected. Much like Rolex and other high-end watchmakers continued to grow despite the rise of the Apple Watch, premium eyewear brands catering to affluent buyers are expected to retain their appeal even if Apple succeeds in expanding into the smart glasses segment.


Apple may make AI smart glasses health-focused


Apple is reportedly envisioning its future AI-powered smart glasses evolving beyond a camera and audio accessory into a health-focused wearable, much like the Apple Watch. 


The company reportedly sees health monitoring as a key long-term direction for the category. 


Such a move would be consistent with Apple’s broader wearables strategy. Over the years, the company has expanded the Apple Watch’s health capabilities with features such as heart rate monitoring, irregular heart rhythm notifications, ECG readings, blood oxygen tracking, sleep monitoring and fitness metrics. 


Apple has also introduced health-focused features to its audio products. Recent AirPods models offer hearing protection, hearing tests and hearing aid functionality in supported markets. The AirPods Pro 3 also feature in-ear heart rate monitoring. 


If Apple succeeds in integrating similar health technologies into smart glasses, the device could serve a different purpose from current-generation products offered by competitors such as Meta’s Ray-Ban smart glasses. Future versions could potentially help users better understand aspects of their health and vision.


Why has Apple delayed the AI smart glasses?


According to Gurman, Apple believes its visual AI capabilities may not be ready by the end of 2026. While the revamped Siri is reportedly on track for release later this year, the company does not want to launch a product that falls short of expectations in an increasingly competitive AI hardware market. 


As a result, Apple is reportedly pushing the launch to late 2027, giving itself more time to refine the technology before taking on rivals such as Meta and Google. 


If Apple succeeds in delivering a polished product that leverages its ecosystem and wearables expertise, the delay could prove to be a strategic move rather than a setback.


Competition in the AI smart glasses market


The AI smart glasses market is currently led by Meta, whose Ray-Ban smart glasses, developed in partnership with EssilorLuxottica, have helped establish the category in the mainstream. The company holds a dominant share of global shipments and is widely regarded as the benchmark against which new entrants are measured. 


Competition is set to intensify as other technology companies enter the space. Google has confirmed that Android XR-powered smart glasses developed with Samsung, Gentle Monster and Warby Parker will launch later this year, while Apple is reportedly working on its own AI-focused wearable. 


With Meta, Google, Samsung and Apple all investing in the category, smart glasses are increasingly emerging as a key battleground in the next phase of consumer AI hardware.


Can Apple compete with Meta and Google?


Android XR-powered smart glasses developed in partnership with Samsung, Gentle Monster and Warby Parker are set to launch later this year. At the same time, Meta has already established a strong lead through its Ray-Ban smart glasses, giving it a significant first-mover advantage. 


The broader market, however, is expanding rapidly. Industry data suggests smart glasses are finally gaining mainstream traction, with shipments accelerating and the category increasingly consolidating around AI-first wearables.


 
According to CyberMedia Research (CMR), India is expected to see smart glasses shipments grow more than 16-fold to exceed 3.2 million units by 2030. 


Despite the growth opportunity, breaking into the market will not be easy. According to Counterpoint Research, Meta accounted for more than 80 per cent of the global smart glasses market in the second half of 2025. CMR data paints a similar picture in India, where Meta accounted for more than 80 per cent of shipments in 2025. 


For Apple, success may depend not only on matching rivals’ AI capabilities but also on leveraging its ecosystem, design expertise and growing focus on health-centric wearable technology to differentiate its offering.


Apple AI smart glasses: What to expect


According to Gurman, Apple’s smart glasses will directly compete with Meta’s Ray-Ban smart glasses while featuring built-in cameras, speakers and microphones. Users will reportedly be able to capture photos and videos, listen to music, take calls, receive Siri-powered notifications and potentially access turn-by-turn walking directions. 


Gurman said Apple could target a price range of around $200-$500 in the US. 


Apple is reportedly experimenting with multiple frame styles and colours as it finalises the design. Prototype options include larger and slimmer rectangular frames, as well as large and compact oval or circular designs. The company is also said to be testing colour options such as black, ocean blue and light brown. 


Beyond the initial smart features, Gurman said Apple views the glasses as a long-term platform. The company reportedly believes the product could eventually evolve into a health-focused wearable and later incorporate advanced augmented reality capabilities designed to enhance users’ vision. 


Gurman added that Cook considers the project a priority ahead of his planned leadership transition to John Ternus on September 1, 2026.



Source link

Why Musk's  billion Cursor bet is really about AI's 'last mile'

Why Musk's $60 billion Cursor bet is really about AI's 'last mile'



Elon Musk’s reported move to secure a $60 billion acquisition option for Cursor is being widely viewed as another eye-popping AI valuation story. But industry experts argue the real battle is not over revenue or even AI models, it is over controlling the interface through which future software is written.

 


At the heart of the reported deal is Anysphere, the company behind Cursor, an AI-native coding environment increasingly used by developers to write, edit, and deploy software with artificial intelligence assistance.

 


The structure itself is unusual. SpaceX reportedly secured a $10 billion partnership arrangement tied to an option to acquire Cursor at a $60 billion valuation later this year. The move has sparked debate over whether the valuation is justified. But experts tracking the AI ecosystem say the bigger question is what Musk is really buying.

 


Why is Musk’s Cursor deal being seen as a battle for AI’s interface layer?


“Most headlines focus on the impressive $60 billion number, but Elon Musk’s interest in Cursor seems to be about something much bigger than just revenue,” said Mr Dinesh Jotwani, Co-Managing Partner at Jotwani Associates.

 


“Cursor is not just another fast-growing AI startup with strong yearly earnings,” Jotwani said, adding, “What Musk may really want is control over a key part of the future AI ecosystem: The developer interface.”

 


The core argument emerging from industry observers is that the AI race is shifting away from raw model development towards ownership of the “last mile”, the place where AI is actually used.

 


“In technology, the biggest winners are often not the companies that build the best infrastructure. Instead, it’s the ones that control how users interact with that infrastructure,” Jotwani said, adding, “Microsoft understood this with Windows, Apple with iOS, and Google with Search. In AI, developer tools could become that same key control layer.”

 


That interface layer matters because developers increasingly interact with AI through coding assistants embedded inside their daily workflow. Whoever controls that environment gains influence over which models are used, how software is built, and where valuable developer data flows.

 


Jyoti Singh, co-founder at Plus91Labs, said the industry is witnessing a broader shift in where value is being created in AI.

 


“As foundational models become more accessible, the real advantage is moving to the layer where AI is actually used, the developer interface,” Singh said. “This ‘last mile’ is where AI turns into real applications, workflows and business outcomes.”

 


She added that ownership of this layer is “not about today’s revenue” but about controlling “how developers build, integrate, and scale AI in the real world.”


What is the missing piece in Musk’s broader AI strategy?


The logic behind the move becomes clearer when placed against Musk’s broader AI ambitions.

 


Through xAI, Musk already competes against OpenAI, Anthropic and Google in frontier AI model development.

 


He also has access to massive compute infrastructure, including the Colossus supercomputer cluster, which has become central to xAI’s aggressive scaling efforts.

 


But experts argue that infrastructure alone no longer guarantees dominance.

 


“The companies that tend to succeed are the ones that control distribution, which is where users actually engage with technology,” Jotwani said.

 


Platforms such as X provide Musk consumer reach and chatbot exposure. Yet analysts say he still lacks deep integration into professional developer workflows, an area increasingly dominated by tools such as GitHub Copilot and Anthropic’s Claude Code.

 


“Musk has two key ingredients, frontier model development through xAI and massive computing power via Colossus,” Jotwani said, adding, “However, history shows that having infrastructure alone rarely ensures victory.”

 


Nikhar Arora, director and builder at BOTS.AI by HR Anexi, described the gap more directly.

 


“Musk already has models,” Arora said, adding, “What he lacked was proximity. Cursor gives him the developer’s seat: the screen that is open when the first decision of the working day is made.”

 


Arora described the deal not as a coding-tool acquisition, but as “an interface acquisition”.


Why are developer tools becoming central to the AI economy?


The growing importance of developer interfaces reflects a wider transition underway in AI.

 


“This is why tools like GitHub Copilot, Cursor, Claude Code, and other AI-native developer environments are so significant,” Jotwani said.

 


He argued that developers are becoming the most important power users in the AI economy because they influence enterprise software adoption, create recurring usage patterns and generate valuable feedback loops for model improvement.

 


“Developers aren’t just using Cursor for productivity; they are forming habits, workflows, and dependencies within its environment,” Jotwani said, adding, “Whoever owns that interface can influence which models are used, where the data goes, and how enterprise software is created.”

 


Arora pointed to evidence that distribution may now matter more than pure model quality. Citing JetBrains’ AI Pulse survey, he noted that GitHub Copilot continues to lead adoption despite rivals posting higher satisfaction scores.

 


“Once an interface embeds itself into a team’s daily workflow, improving the model beneath a rival interface is a slower race to win than it appears,” he said.


Why is the reported deal structure drawing attention?


The reported deal structure has also drawn attention among industry observers.

 


“A $10 billion partnership with a $60 billion acquisition option is a classic real options strategy in corporate finance,” Jotwani said, adding, “It allows an acquirer to secure the right of first refusal and deep technical integration without the immediate integration cost of a full merger.”

 


Jotwani added that the structure effectively reduces risk in a rapidly evolving market where today’s AI architectures could quickly become outdated.

 


“If the integration leads to a 10x increase in developer productivity, the $60 billion price tag — which seems huge now — might look like a bargain in a future where AI-driven software development becomes a multi-trillion-dollar industry,” he said.

 


Arora argued the arrangement is less about immediate ownership and more about preventing rivals from controlling a critical AI workflow layer.

 


“Musk bought an option,” Arora said, adding, “He is not committed to sixty billion. He is committed to ensuring nobody else buys the interface before he decides.”


Valuation concerns and the AI bubble debate


The reported $60 billion valuation has also raised questions over whether the deal reflects long-term strategic value or excessive optimism in the AI market, particularly given Musk’s mixed acquisition track record following X (formerly Twitter).

 


Industry experts say the comparison is relevant, but caution that AI infrastructure assets are being evaluated differently from traditional technology businesses.

 


“Musk has a well-documented pattern of paying a significant premium for control rather than for conventional business value — Twitter being the clearest example,” said Dr Srinivas Padmanabhuni, CTO at AiEnsured. “The logic with Cursor appears similar: it is about controlling the interface through which developers interact with AI.”

 


Padmanabhuni said the valuation remains a “high-stakes” strategic bet rather than a conventional investment case.

 


“If the integration with xAI or the developer ecosystem does not materialise at the scale anticipated, the valuation becomes very difficult to justify on fundamentals alone,” he said. “The question investors should be asking is not whether the vision is coherent, but whether the execution risk is priced in.”

 


Ankush Sabharwal, founder and chief executive officer at CoRover, argued that AI platforms with deep developer adoption cannot be judged purely through short-term revenue metrics.

 


“Valuation in AI today should not be judged only through short-term revenue lenses,” Sabharwal said. “Investors also need to look at long-term strategic value such as developer adoption, ecosystem strength, workflow integration, and the platform’s ability to shape how software is built in the future.”

 


He added that platforms embedded into developer workflows could eventually become foundational infrastructure for future AI applications.

 


The debate has also revived concerns that investor enthusiasm around AI infrastructure and tooling companies may be entering bubble territory.

 


“I would not dismiss this as pure hype,” Padmanabhuni said, adding that AI coding tools have already demonstrated measurable productivity gains and strong adoption among developers.

 


However, he cautioned that the valuation is “clearly pricing in a dominant future outcome, not the current revenue base”.

 


Sabharwal similarly said signs of speculative pricing are emerging across parts of the AI ecosystem.

 


“We are beginning to see signs of a traditional market bubble, as infrastructure and tooling companies around AI are being priced on the basis of future potential rather than current fundamentals,” he said.

 


Still, experts argue the companies most likely to justify such valuations will be those that become indispensable to everyday AI workflows.

 


“The winners will be the companies that provide daily operating layers that are critical to developers and enterprises,” Sabharwal said, “not just AI utility companies with large R&D budgets.”


What does the Cursor deal reveal about the future of AI competition?


For experts, the Cursor story ultimately signals a larger transformation unfolding across the AI industry.

 


“Yes. The AI market is shifting from just competing on models to focusing on distribution, workflow integration, and user habits,” Jotwani said, adding, “As the quality of models becomes more similar among major players, the main advantage lies in embedding AI into everyday tasks.”

 


That shift could reshape how power is distributed across the AI economy.

 


“If Cursor becomes the Windows of AI coding, its influence would be unmatched,” Jotwani said, adding, “The AI-IDE is the gateway to the digital economy.”

 


For Musk, the strategic logic may therefore extend well beyond buying a fast-growing AI company.

 


As Singh put it, “Cursor is not just a product, it’s a strategic gateway to the future of software development.”



Source link

Samsung says Galaxy Watch can predict fainting episodes before they happen

Samsung says Galaxy Watch can predict fainting episodes before they happen


Samsung has announced research suggesting that its Galaxy Watch could help predict fainting episodes before they happen. According to the company, a joint clinical study conducted with Chung-Ang University Gwangmyeong Hospital in South Korea found that the Galaxy Watch6 was able to detect warning signs linked to vasovagal syncope (VVS), a common condition that causes sudden fainting.

 


Samsung said the smartwatch used heart rate variability data and AI analysis to identify possible fainting episodes several minutes in advance, potentially giving users enough time to sit down, seek help, or move to a safer position before losing consciousness.


Samsung predicts fainting: How it works


According to Samsung, vasovagal syncope occurs when a person’s heart rate and blood pressure suddenly drop, often triggered by stress, pain, exhaustion, or standing for long periods. While fainting itself is usually temporary, sudden falls can lead to serious injuries such as fractures or head trauma.

 
 


Samsung said researchers tested 132 patients with suspected VVS symptoms during medically induced fainting tests. Using the Galaxy Watch6’s photoplethysmography (PPG) sensor, researchers monitored heart rate variability (HRV) data and analysed it using an AI-based algorithm.

 


The study reportedly found that the system could predict a possible fainting episode up to five minutes in advance with an accuracy of 84.6 per cent.

 


Junhwan Cho, professor in the Department of Cardiology at Chung-Ang University Gwangmyeong Hospital, said early warning signs could help people move into a safer position or call for assistance before losing consciousness.


Other companies


Wearable brands have increasingly been adding health and safety-focused features in recent years, though most existing systems focus on detecting emergencies after they happen rather than predicting them beforehand.

 


Apple Watch models already include fall detection, irregular heart rhythm notifications, ECG support, and crash detection.

 


Google’s Pixel Watch lineup also offers irregular heart rhythm alerts, emergency SOS, and pulse-related health tracking features. Google’s Pixel Watches include a “Loss of Pulse Detection” feature that can detect when a user may have experienced cardiac arrest or sudden loss of pulse and automatically contact emergency services if the user is unresponsive. Google described it as a first-of-its-kind feature after receiving FDA clearance earlier this year.

 


Samsung said the research reflects a broader shift from reactive healthcare towards preventive care using wearable devices and AI-based monitoring systems.


The company added that it plans to continue expanding health monitoring capabilities across its wearable portfolio through collaborations with medical institutions and further research in digital health technologies.


Samsung Galaxy Watch6


Samsung launched the Galaxy Watch6 in India in 2023 as part of its premium smartwatch lineup focused on health tracking, fitness, and Wear OS features.

 


The Galaxy Watch6 series runs on Wear OS with Samsung’s One UI Watch interface and includes features such as heart rate monitoring, ECG, blood pressure tracking, sleep coaching, body composition analysis, fall detection, and irregular heart rhythm notifications in supported regions.

 


The smartwatch is powered by Samsung’s Exynos W930 chipset and features AMOLED displays with sapphire crystal protection.

 



Source link

Anthropic hikes Claude usage limits for paid users post SpaceX compute deal

Anthropic hikes Claude usage limits for paid users post SpaceX compute deal


Anthropic has announced higher usage limits for Claude paid users as it expands its compute infrastructure in partnership with SpaceX. The company said the increased infrastructure capacity will directly improve availability for Claude Pro and Claude Max subscribers. The only tier excluded from the higher usage limits is the free plan.

 


According to Anthropic, its partnership with SpaceX will provide access to the entire compute capacity of SpaceX’s Colossus 1 data centre. The company said this will add more than 300 megawatts of compute capacity, including access to over 220,000 NVIDIA GPUs within a month.

 


Higher usage limits for Claude


Anthropic said it is introducing three major changes to Claude usage limits with immediate effect for paid users.

 


First, the company said it is doubling Claude Code’s five-hour rate limits for Pro, Max, Team, and seat-based Enterprise plans.

 


Second, Anthropic said it is removing peak-hour limit reductions for Pro and Max users of Claude Code.

 


The company also announced significantly higher API rate limits for Claude Opus models.

 


According to the updated limits shared by Anthropic, Tier-I users will now get up to 500,000 maximum input tokens per minute, up from 30,000 earlier. Maximum output tokens per minute for the same tier have increased from 8,000 to 80,000.

 


Tier-II input token limits have increased from 450,000 to 2 million per minute, while output token limits have gone up from 90,000 to 200,000.

 


Tier-III users will now get up to 5 million input tokens and 400,000 output tokens per minute.

 


Tier-IV users will receive up to 10 million input tokens and 800,000 output tokens per minute.


What are rate limits and tokens


For the uninitiated, rate limits define how much users can interact with Claude within a specific time period.

 


In Claude Code, these limits affect how many coding requests, prompts, or AI-assisted tasks users can run over a five-hour window, helping manage server load and overall platform availability.

 


Input tokens per minute refer to how much text or data users can send to Claude within one minute through the API.

 


Tokens are small units of text used by AI models to process prompts, documents, code, or conversations.

 


Higher token limits allow users to handle larger workloads and more complex AI tasks faster.


Anthropic’s AI infrastructure expansion


Anthropic said the SpaceX agreement is part of a broader push to expand its AI infrastructure capacity globally. The company highlighted previously announced compute partnerships, including an agreement with Amazon for up to 5 gigawatts of compute capacity, with nearly 1 gigawatt expected by the end of 2026.

 


Anthropic also referenced a separate 5-gigawatt agreement involving Google and Broadcom that is expected to begin coming online in 2027.

 


In addition, the company said it has a strategic partnership with Microsoft and NVIDIA involving $30 billion worth of Azure capacity, alongside a $50 billion investment in American AI infrastructure with Fluidstack.

 


Anthropic said it currently trains and operates Claude using a mix of AWS Trainium chips, Google TPUs, and NVIDIA GPUs.


Expansion plans


The company said some of its future capacity expansion will focus on international markets, particularly to support enterprise customers in sectors such as healthcare, financial services, and government that require localised infrastructure for compliance and data residency requirements.

 


According to Anthropic, its collaboration with Amazon will include additional inference infrastructure in Asia and Europe.

 


The company added that it plans to expand infrastructure primarily in democratic countries with legal and regulatory frameworks that support large-scale AI investments and secure supply chains.


Anthropic also said it is exploring ways to extend its commitment to offset consumer electricity price increases linked to its US data centres into other regions as part of its broader international expansion plans.

 



Source link

YouTube
Instagram
WhatsApp