With Workspace Intelligence, Google adds AI tools to Sheets, Meet, Chrome

With Workspace Intelligence, Google adds AI tools to Sheets, Meet, Chrome


Google has announced a fresh set of updates for its Workspace platform at the Cloud Next 2026 event, focusing on AI and automation. The new features include interactive dashboards in Sheets, automated meeting summaries in Meet and AI-powered task handling through Gemini. These additions aim to simplify everyday work and improve productivity across apps like Sheets, Meet, Chrome and Gemini.

 

At the centre of these updates is a system called Workspace Intelligence, which the company said is designed to bring together user data, projects and collaborations across apps into a unified view. According to Google, it can analyse relationships between files, emails and workflows to deliver more useful outputs. 

 


Key updates across Workspace apps


One of the major additions is an upgrade to Sheets. Users can now import data from third-party platforms like HubSpot and Salesforce and create interactive dashboards, heat maps and other visual tools directly within Sheets. These are designed to act like small apps built on top of existing data.

 

Google is also introducing “skills” in Workspace, which allow users to automate repetitive tasks. For example, a skill can review invoices and detect errors by comparing them with records, reducing manual effort. These can be created and shared across teams. 

 


AI in meetings, videos and browsing

 


Google Meet is getting expanded AI support with its “Take Notes for Me” feature. It can now generate summaries and action points from meetings, even if they are held offline or on other platforms like Zoom or Teams.

 


In Google Vids, new AI avatars can be used to create videos with custom branding. These avatars can appear in presentations and support multiple languages, making it easier to produce content without traditional video setups.

 


Google is also adding auto-browsing capabilities in Chrome Enterprise. This allows AI to complete multi-step tasks across websites and apps while keeping enterprise-level security controls in place.

 


More control and integrations

 


The company is introducing new tools for developers and businesses, including a Workspace MCP Server that allows AI apps to connect with Workspace data securely. There are also new governance controls to monitor how AI agents access data. For organisations with strict data requirements, Google is adding options to store and process data in specific regions, along with client-side encryption for added security.

 


Migration and future direction

 


The company said that migrating from Microsoft 365 to Workspace is now up to five times faster with a new data import service built into the admin console to move emails, files and conversations. It also added that improved interoperability features, such as Office file editing in Gmail and AI-powered tools, will help teams work more smoothly with users who still rely on Microsoft Office apps.

 



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X introduces Grok AI-powered 'Custom Timelines' for personalised feeds

X introduces Grok AI-powered 'Custom Timelines' for personalised feeds



X has announced a new feature called Custom Timelines, which allows users to pin specific topics directly to their home feed. The feature uses Grok, X’s AI chatbot, to curate posts based on selected interests. According to the company, the feature gives users more control over what they see on the platform by focusing on topics they care about. It is currently rolling out in early access to Premium subscribers on iOS, with Android support expected soon. The update marks a shift in how content is organised on X, moving towards more personalised and topic-based feeds rather than a single mixed timeline.

 


What are Custom Timelines?


Custom Timelines let users choose and pin topics to their home tab, making it easier to follow specific interests. The company stated that the feature supports more than 75 topics, allowing users to explore niche areas such as sports, technology or entertainment in a more focused way.

 


Instead of scrolling through a general feed, users can switch to a timeline dedicated to a single topic. This means posts shown in that timeline will be filtered and prioritised based on the selected interest.

 

Nikita Bier, head of product at X, said, “This was a huge undertaking across many months, so we’re excited for you to take it for a spin.” The company describes the feature as the result of several months of development. 

 


How it works

 


The feature is powered by Grok, which analyses posts across the platform and combines that with X’s recommendation system. According to the company, this helps create a personalised timeline tailored to each user’s activity and preferences.

 


The system is expected to work better for topics that users already interact with, as it can use past behaviour to refine recommendations further. This approach is similar to how algorithm-based feeds work, but with more user control over the subject.

 


Rollout and availability

 


For now, Custom Timelines are available only to Premium subscribers on iOS. X has said that support for Android users will be added soon. Custom Timelines is expected to expand to more users over time as X gathers feedback and refines the feature.

 

The introduction of Custom Timelines comes as X continues to experiment with new ways to organise content and improve user engagement. The platform has been gradually shifting towards AI-driven features, with Grok playing a central role in how content is surfaced. 

 


At the same time, X is making broader changes to its ecosystem, including moving away from some older community features and focusing more on personalised experiences through upcoming XChat app.



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Why smartphone prices are rising across brands, even for older models

Why smartphone prices are rising across brands, even for older models



If you are planning to buy a smartphone, you may have noticed a shift — new models are launching at higher prices, while devices released just months ago are now selling at a premium.

 


This is not a glitch. In many cases, smartphones now cost Rs 2,000 to Rs 3,500 more than their launch prices within months. At the same time, newer models are debuting at significantly higher prices than their predecessors, with some seeing increases of up to Rs 15,000 across generations.

 


The trend is visible across brands and price segments, driven largely by rising component costs, supply constraints and broader economic pressures. At the centre of it is a sharp increase in memory costs.

 


Smartphones are seeing post-launch price hikes


One of the clearest signs of this shift is price increases after launch — something that used to be rare in the smartphone market.

 


Brands such as OnePlus, Samsung, Vivo and Nothing have begun revising prices upwards after initial launch.

 

The OnePlus 15R, launched in December 2025 at Rs 47,999, is now listed at Rs 50,499 on the company’s official store. The OnePlus Pad Go 2, launched alongside it, has also risen from Rs 26,999 to Rs 27,999.

 


Samsung has made similar revisions. The Galaxy M36 5G, launched in June 2025 at Rs 17,499, is now priced at Rs 20,999. Other models such as the Galaxy M06, Galaxy F06 and Galaxy M17 5G have also seen increases.


Vivo’s pricing has moved in the same direction. The Vivo V70, launched in February 2026 at Rs 45,999, is now selling at Rs 49,999, while the Vivo V70 Elite has risen from Rs 51,999 to Rs 55,999.

 


Even newer players are not holding prices. The Nothing Phone 3a Lite, launched at Rs 20,999, is now listed at Rs 21,999 on Flipkart, while the 256GB variant has gone up from Rs 21,999 to Rs 23,999.


New launches are starting higher


It is not just older models becoming expensive. New smartphones are also launching at higher starting prices.

 


Samsung’s Galaxy A56 launched in March 2025 at Rs 41,999, while the Galaxy A36 started at Rs 32,999. Their successors — the Galaxy A57 and Galaxy A37 — now start at Rs 56,999 and Rs 41,999, respectively.

 


These increases are not always matched by major hardware upgrades. For instance, the Galaxy A57 largely adds a newer chip and AI-driven features, while overall hardware changes remain incremental.

 


There are some exceptions. Apple’s iPhone 17e, launched earlier this year, starts at Rs 64,900 for 256GB storage, compared to Rs 69,900 for the iPhone 16e at the same storage tier. However, the earlier model also offered a lower 128GB variant.


Memory costs are the main driver


At the centre of these pricing changes is a sharp rise in memory costs. Components such as DRAM and NAND have become significantly more expensive.

 


“The market is facing a clear affordability squeeze, driven by sharp memory-led cost inflation and currency pressures that have forced OEMs to raise prices across key models,” said Prachir Singh, senior analyst at Counterpoint Research.


He added that average price increases have crossed Rs 1,500, with the sub-Rs 15,000 segment most affected due to higher price sensitivity.

 


The impact is also visible in market performance. India’s smartphone shipments declined 3 per cent year-on-year in the first quarter of CY2026, marking the weakest quarter in six years, according to Counterpoint.


Why memory is getting expensive


A key reason behind rising memory prices is the shift towards artificial intelligence.

 


Memory manufacturers are prioritising high-bandwidth memory (HBM), used in AI infrastructure, as it offers higher margins. This has reduced focus on general-purpose memory used in smartphones and PCs.

 


According to Nikkei Asia, supply is struggling to keep up with demand and may remain tight until 2027. Major manufacturers — Samsung, SK Hynix and Micron — control about 90 per cent of the global DRAM market and are unable to scale production quickly.

 


Even with new fabs under construction, meaningful output is expected only from 2027 onwards.


As a result, memory prices in early 2026 are estimated to have risen nearly 90 per cent quarter-on-quarter. Memory now accounts for up to 20 per cent of a low-end smartphone’s cost and could rise to 40 per cent by mid-2026.


Impact is spreading beyond smartphones


The pressure is not limited to smartphones.

 


Apple has delisted higher memory configurations of some Mac devices, while others are marked as unavailable. This suggests brands are prioritising lower-memory variants due to supply constraints. 


Sony has also suspended orders for parts of its memory card lineup, stating that supply is “not expected to meet demand for the foreseeable future”.


What this means for buyers


In the near term, there is little indication that prices will stabilise.

 


Counterpoint expects the Indian smartphone market to remain under pressure, with a potential double-digit decline in the second quarter of CY2026 and an overall 10 per cent drop for the year.

 


With memory supply expected to remain tight until at least 2027, pricing pressure is likely to continue.

 


This means higher launch prices, post-launch increases, and limited availability of higher variants may become the norm, at least in the short term.



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XChat app to go live on April 25 for iPhone, iPad users: Check features

XChat app to go live on April 25 for iPhone, iPad users: Check features


X is preparing to launch a new standalone messaging app called XChat for iPhone and iPad users. The app is currently available for pre-order on the App Store and is expected to go live on April 25, after an earlier expected release date of April 17. The move signals a shift from X’s existing in-app direct messaging system to a separate, dedicated platform focused on private conversations.

 


According to the App Store listing, XChat is designed to let users “chat with anyone on X in a private, focused space built for conversation.” The app will not include ads or tracking, and it will offer end-to-end encrypted messaging, which means only the sender and receiver can read the messages.

 


XChat: Key features


XChat is expected to include several features commonly found in modern messaging apps. One of the main additions is end-to-end encryption, designed to keep conversations secure from third parties.

 

Users will also be able to edit and delete messages even after sending them. Deleting a message removes it for everyone in the chat, giving users more control over what stays in conversations. 

 


The app will include a screenshot blocking feature, which can prevent others from capturing chats. In addition, users can enable disappearing messages that automatically vanish within five minutes, making it easier to share temporary or sensitive information.

 


XChat will support large group chats, with up to 481 members initially. It will also allow cross-device calling, expanding its functionality beyond text messaging to include voice and video communication.

 


The app has been in testing since last year. A preview of XChat shows support for video calls, group chats and privacy-focused features. Nikita Bier, head of product at X, said the app now supports joinable links for group chats. These links can be shared publicly, making it easier for users to invite others. Group chat limits are expected to increase to 500 members soon, with a target of 1,000 members in the coming weeks. 


Changes to X Communities


As part of the transition, X plans to discontinue Communities on May 6 due to declining usage. Users are being encouraged to move to XChat by sharing group chat links. The company has said users will have until May 30 to complete the transition.

 


X says the changes are part of a broader effort to simplify its platform while focusing more on niche communities through new features like Custom Timelines.

 



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Snapchat adds Place Loyalty on Snap Map to track visits and rank users

Snapchat adds Place Loyalty on Snap Map to track visits and rank users



Snapchat has rolled out a new feature called Place Loyalty on Snap Map that shows how often users visit specific locations and ranks them based on their activity. The feature highlights frequently visited places such as cafes, restaurants and airports and assigns users into different tiers depending on how regularly they go there. According to the company, it gives users a clearer view of their everyday habits while adding a new layer of interaction to Snap Map, without changing existing privacy controls.


Snapchat’s Place Loyalty: What’s it


According to the company, Place Loyalty is a new addition to Snapchat’s Snap Map that tracks how often a user visits a specific place over the past year. Based on this data, users are grouped into tiers depending on how frequently they visit a location compared to others. 

 

The rankings are divided into three levels: Gold for the top 1 per cent of visitors, Silver for the top 10 per cent and Bronze for the top 25 per cent. 

 


This means users can see if they are among the most regular visitors at a place they often go to. When browsing Snap Map, users may see a “Top Visitor” badge on certain locations. Tapping on this badge shows their loyalty ranking along with category highlights. Snapchat said that it also provides a shareable sticker that users can use to show their status.

 


For chains and brands, visits across multiple locations are combined. This means if someone visits different outlets of the same brand, those visits will count together towards their ranking.


Snap Map usage and context

 


Place Loyalty builds on Snap Map by adding a layer of personal usage insights. Snapchat said that location sharing remains optional and is turned off by default. Users can choose who they share their location with or enable Ghost Mode to stay hidden. The company also stated that Place Loyalty rankings are visible only to the user and that precise location data is not shared with advertisers. The feature is rolling out globally and is expected to become available to more users over time.

 


Snapchat continues to update its core products with new features to keep users engaged. In 2025, the company introduced a “Footsteps” feature that shows how much of the world a user has explored and tracks their travel history. Last year, Snapchat also rolled out “Promoted Places” on Snap Map to help users discover new locations.

 



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China boosts 'AI for Science' computing in 2 months without US chips

China boosts 'AI for Science' computing in 2 months without US chips



In early February, China started trials for its largest artificial intelligence (AI) computing cluster for scientific research, without using US chips. Now, in just two months, its AI computing infrastructure is fully operational, and the cluster’s domestically made AI accelerator chip count has doubled from 30,000 to 60,000, South China Morning Post reported.

 


The chips, developed by Sugon, a supercomputer developer affiliated with the Chinese Academy of Sciences, are running in the core node of the national supercomputing network in Zhengzhou. With this latest upgrade, the Zhengzhou core node is now China’s most powerful scientific intelligent computing infrastructure.

 


The development is “a breakthrough for China in computing infrastructure for AI-driven scientific research, which will help the country seize the commanding heights of AI industrial applications,” SCMP quoted Chinese state broadcaster CCTV.

 
 


Due to limited software access and a shortage of computing power, China has long struggled to conduct “AI for science” research, but the development of the Zhengzhou cluster is expected to help the country conduct critical research domestically and tackle complex scientific problems.

 


This expansion comes at a time when US lawmakers last week proposed a bill to further restrict China’s access. As of now, US laws severely restrict China’s access to advanced AI chips and manufacturing equipment (semiconductors) in a bid to prevent military advancement and protect technological dominance. Now, lawmakers have introduced a MATCH (Multilateral Alignment of Technology Controls in Hardware) Bill to close “critical gaps” in existing restrictions and bring allies such as the Netherlands and Japan into closer alignment on export controls within 150 days.

 


What is the US-China chip war all about? 


In 2022, former US President Joe Biden signed a bill to boost domestic chipmaking, choking China’s tech ambitions by rolling out curbs on semiconductors. By passing the bill, the Biden administration aimed to limit China’s ability to develop technologies that could boost its military and financial strength. This came at a time of high-stakes tensions between the two global superpowers, already locked in a trade war and intensifying technology rivalry.

 


Later that year, Washington also restricted exports of some high-end microchips to China, citing national security concerns. This was followed by the US blacklisting 36 Chinese tech firms, restricting them from using American chip designs. The ban also restricted Nvidia and TSMC from selling their chips to Chinese firms.

 


Since then, the restrictions have further widened to include advanced chipmaking tools, despite resistance from US companies. Washington is now also pushing its allies to align with these controls.

 


China, in response, has accelerated efforts toward self-reliance by offering large subsidies, tax breaks and other incentives, while investing billions of dollars in domestic chip production, AI hardware and research. Companies such as Huawei and SMIC have emerged as symbols of Beijing’s push to reduce dependence on Western technology.

 



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