Gemini Spark arrives for Google AI Ultra users: How the agentic AI works

Gemini Spark arrives for Google AI Ultra users: How the agentic AI works


Google has started rolling out Gemini Spark in select regions, including the US. It is a new AI-powered agent designed to automate tasks and carry out actions on behalf of users. The feature is currently available to Google AI Ultra subscribers in the US and represents one of the company’s major steps towards making Gemini a proactive assistant rather than just a chatbot.

 


Google introduced Gemini Spark during its Google I/O developer conference, alongside Gemini 3.5 and several new additions to the Gemini app. Among them, Gemini Spark stood out as a system designed to work in the background, handling tasks automatically based on instructions, schedules and user-defined workflows.

 
 


What is Gemini Spark

 


Gemini Spark is Google’s attempt at creating a personal AI agent that can operate continuously in the background. Unlike a traditional chatbot that only responds when prompted, Spark can perform tasks, monitor conditions and take actions automatically.

 


Google describes it as a 24/7 personal agent that can help automate workflows across different services and applications. On the web, Spark appears as a dedicated tab within Gemini, while Android and iOS users can find it alongside Search chats and Daily Brief.

 


The feature is currently labelled as a beta release.

 


What can Gemini Spark access

 


To complete tasks, Gemini Spark can tap into several Google services and connected applications. These include Google Workspace apps, Personal Intelligence features, websites where users are signed in and location information.

 


Spark can also use a remote browser that allows it to interact with websites on a user’s behalf. For example, it can navigate webpages and perform actions such as adding items to a shopping cart. In addition, Google has equipped Spark with access to a remote computer environment capable of executing code and handling more advanced workflows.

 


How Gemini Spark works

 


In its hands-on report, 9To5Google detailed how Gemini Spark works within the Gemini app and highlighted the various tools available to users. According to the report, Spark combines access to Google Workspace apps, connected services, a remote browser and a remote computer environment, allowing the AI agent to perform multi-step tasks and continue working in the background without requiring constant user input. As reported, Gemini Spark is built around three key components: Tasks, Schedules and Skills.

 


A Task represents the goal a user wants accomplished. This could be something as simple as organising emails or as complex as planning an entire business trip.

 


Schedules determine when Spark should perform a task. These can be based on a specific date and time or triggered by an event. For example, a user could ask Spark to provide a summary of AI news every morning at 8 AM.

 

The third component is Skills. The company describes these as reusable sets of instructions and context that teach Spark how to perform a particular action. Skills can specify which tools Spark should use and can be combined to handle more complex workflows. 


Gemini Spark and Google Workspace integration


One of Spark’s biggest strengths is its deep integration with Google’s productivity apps.

 


Gmail

 


Within Gmail, Spark can search email conversations, summarise threads, draft new messages, forward emails and organise inboxes using labels.

 


Google Calendar

 


The AI agent can manage schedules, check calendars, respond to invitations, create events and even suggest meeting times that work for multiple participants.

 


Google Drive, Docs, Sheets and Slides

 


Spark can search files stored in Drive, review document contents, edit Google Docs, generate spreadsheets, create presentations and organise files. It can also rename or delete files when instructed.

 


Example of Gemini Spark in action

 


The 9To5 Google report has provided an example involving business travel.

 


A user might ask Spark to plan and manage a trip to London. The system can then monitor flight information and automatically react if something changes.

 

If a flight is delayed, Spark could notify the user, update the itinerary, use a travel-booking skill to make alternative arrangements and draft a confirmation email using Gmail. This allows multiple actions to be carried out automatically without requiring constant user input. 

 


Other use cases

 


The report mentioned that Gemini Spark can be used for a variety of personal and professional tasks. Users can ask it to summarise newsletters, archive unwanted emails and unsubscribe from mailing lists. It can also generate customised news briefings focused on specific topics and track how stories evolve. 

 


For research-heavy work, Spark can gather information from multiple sources and compile findings into structured reports complete with citations. The system also supports file uploads and notebooks, allowing users to provide additional context for complex tasks.

 


Monitoring tasks and usage limits

 


Gemini Spark includes a task management interface that lets users monitor progress in real time. The dashboard shows planned actions, tasks currently in progress and completed work. Users can also take manual control of the remote browser whenever needed.

 


Google has imposed certain limits on the service. At present,  the report noted that users can have up to 15 tasks running simultaneously. New tasks or scheduled actions will not start if the limit has already been reached.

 


While Gemini Spark remains in beta, the feature offers a glimpse into Google’s broader vision for AI agents that can not only answer questions but also complete work autonomously across multiple apps and services.



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Dell announces XPS 13, a 9 Windows laptop to take on Apple's MacBook Neo

Dell announces XPS 13, a $699 Windows laptop to take on Apple's MacBook Neo


Dell has introduced XPS 13, positioning it as a direct response to Apple’s MacBook Neo, starting at $699. The move marks a shift for Dell’s flagship XPS lineup, which has traditionally been positioned in the premium segment. By bringing the XPS brand down to a lower price point, Dell is attempting to counter Apple’s strategy of expanding its ecosystem through more affordable hardware.

 


While the India pricing for the new XPS 13 has not yet been announced, its starting price is expected to be broadly in line with the MacBook Neo, which begins at Rs 69,900.


Why Dell is repositioning XPS


Dell’s decision to bring the XPS 13 down to a $699 starting price reflects growing pressure in the lower end of the PC market.

 
 


The MacBook Neo has effectively reset expectations around what an entry-level laptop should offer, particularly in terms of performance consistency and battery efficiency. At the same time, competitors including Acer have also started targeting the similar price band, making the segment more contested.


For Dell, repositioning the XPS brand serves two purposes. It allows the company to retain visibility in a segment that is seeing renewed demand, and it provides a higher-quality alternative to typical entry-level Windows laptops, which have often struggled on performance and experience.


Hardware flexibility versus fixed configurations


The most visible difference between the Dell XPS 13 and Apple MacBook Neo lies in how they are configured.

 


Dell’s XPS 13 offers multiple processor, memory, and storage options, with configurations going up to 32GB RAM and 1TB storage. This allows buyers to scale the device based on their requirements, albeit at a higher cost.

 


In contrast, the MacBook Neo follows Apple’s standard approach of limited configurations. It gets 8GB unified memory across variants, with the only differentiator being higher storage option and TouchID integration.

 


This creates a trade-off. The XPS 13 offers flexibility at the point of purchase, while the MacBook Neo prioritises a simplified buying decision but with less room for customisation.


Feature trade-offs reflect different priorities


Bringing premium laptops to lower price points requires trade-offs, but Apple and Dell are making different choices on where to compromise.

 


The XPS 13 includes a touch display of up to 120Hz refresh rate, a backlit keyboard, and broader connectivity options. It also supports Wi-Fi 7 and offers active cooling through a dual-fan system.

 


The MacBook Neo, on the other hand, omits certain hardware features such as a backlit keyboard and more modern connectivity options, but retains Apple’s fanless design and tightly integrated hardware-software stack.

 


These differences point to distinct positioning. Dell is attempting to offer more visible hardware value at a given price, while Apple is focusing on consistency in performance and software experience.


Ecosystem versus specification


Apple’s advantage lies less in individual specifications and more in its ecosystem integration. The MacBook Neo runs on Apple’s A18 Pro chip and macOS, with tight integration across iPhone and other Apple devices.

 


This approach has already translated into demand. Apple has reportedly seen stronger-than-expected sales for the MacBook Neo, prompting it to increase production, indicating that pricing combined with ecosystem value is resonating with buyers.


Windows OEMs, including Dell, are responding by focusing on hardware differentiation, offering higher refresh rate displays, more memory options, and additional features at similar price points.

 


However, hardware improvements alone may not be sufficient. The challenge remains delivering a consistent user experience in the entry-level segment, which has historically been defined by trade-offs.


What this means for buyers in India


For Indian consumers, the comparison is likely to centre on value versus ecosystem.

 


If the XPS 13 launches close to its US price positioning, it could offer more hardware features at an entry price similar to the MacBook Neo, particularly in terms of display, memory options, and input features such as a backlit keyboard.

 


However, the MacBook Neo continues to offer a more cohesive experience, especially for users already within Apple’s ecosystem, with tighter integration and more predictable performance.

 


The decision, therefore, becomes less about specifications and more about usage patterns. Buyers prioritising flexibility and hardware options may lean toward the XPS 13, while those seeking a more integrated experience may continue to prefer the MacBook Neo.


Dell XPS 13: Specifications


  • Processor: Intel Core 5 / Core Ultra 7 (configurable)

  • RAM: 8GB / 16GB / 32GB LPDDR5X

  • Storage: 256GB / 512GB / 1TB SSD

  • Display: 13.4-inch touchscreen (2560X1600), up to 120Hz refresh rate

  • Weight: 1 kg

  • Battery : Up to 17 hours (52Whr)

  • Ports: 2x USB-C / Thunderbolt 4

  • Connectivity: Wi-Fi 7

  • OS: Windows 11


Apple MacBook Neo: Specifications


  • Processor: Apple A18 Pro chip

  • RAM: 8GB unified memory

  • Storage: 256GB / 512GB SSD

  • Display: 13-inch Liquid Retina (2408×1506), 500 nits brightness

  • Weight : 1.23 kg

  • Battery : Up to 16 hours video playback

  • Ports: USB-C (USB 3) + USB-C (USB 2) + 3.5mm headphone jack

  • Connectivity: Wi-Fi 6E

  • OS: macOS



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Now, you can run Codex on Windows from ChatGPT mobile app: How it works

Now, you can run Codex on Windows from ChatGPT mobile app: How it works


After Macs, OpenAI has expanded its Codex app to Windows, adding computer use and mobile access. For context, OpenAI rolled out Codex support inside the ChatGPT mobile app for iPhones and Android for remote access to Macs in May. Now, the same utility has been extended to Windows PCs too. Moreover, OpenAI has revamped the profile section on the ChatGPT app to show users’ profile details, usage stats, and token activity.


Codex support on Windows: What’s new


Computer use


According to OpenAI, Computer Use feature on the Codex app enables directly interact with user interfaces on Windows devices by viewing the screen and performing actions such as clicking buttons, typing text, navigating menus, opening applications, and modifying settings. The feature is designed for tasks that cannot be completed through command-line tools or software integrations alone, such as testing desktop applications, reproducing bugs that only appear in a graphical interface, using web browsers, or accessing information from apps and data sources that do not offer dedicated integrations.  

 


On Windows, Computer Use operates on the active desktop and takes control of the foreground while a task is running, enabling Codex to work with applications much like a human user would.


Remote access


OpenAI has also expanded Codex’s remote access capabilities to Windows devices. With the update, users can start or monitor Codex tasks running on a Windows machine directly from the ChatGPT app on Android or iOS, or from another Mac running Codex. According to the company, the remote interface mirrors the current state of the connected environment, including active tasks, approvals, plugins, project context, and ongoing outputs. Users can review test results, approve actions, switch models, submit new instructions, and monitor progress without being physically present at the machine where Codex is running. 


Files, credentials, permissions, and local configurations remain stored on the original device. Instead, the mobile app acts as a remote control interface that receives real-time updates such as screenshots, terminal activity, code changes, and test results. If a task requires user approval, Codex can send a notification to the connected device, allowing users to authorise the action remotely. The feature will help users manage long-running workflows while away from their desks.


Other updates


Apart from Windows support and remote access, OpenAI has also introduced a dedicated Profile section that displays account details, usage statistics, and token activity.  


The update further adds improved thread coordination for local projects and worktrees, expanded search functionality for past Codex conversations, and performance improvements, along with bug fixes.


Codex App on Windows: What does this mean for users


The update expands where and how Codex can be used. By bringing support to Windows PCs, OpenAI is making its AI coding assistant available across the two most widely used desktop operating systems. The addition of Computer Use also allows Codex to handle tasks that require direct interaction with apps and graphical interfaces, moving beyond traditional code generation and terminal-based workflows. 


The expanded remote access functionality further means that users no longer need to remain at their desks while Codex is working. Developers can monitor progress, review outputs, approve actions, and issue new instructions from their smartphones or another computer, making it easier to manage long-running coding, testing, and debugging tasks from virtually anywhere.



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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.



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MSI Claw 8 EX AI+ to bring Intel Arc G3 Extreme to gaming handhelds

MSI Claw 8 EX AI+ to bring Intel Arc G3 Extreme to gaming handhelds



MSI has unveiled its upcoming handheld gaming console, the MSI Claw 8 EX AI+, at a hands-on event at its headquarters in Taiwan ahead of its reported June 23 launch. According to MSI, it will be the first handheld gaming device powered by Intel’s Arc G3 Extreme processor.

 


According to a report by Engadget, the device is expected to launch on June 23. The MSI Claw 8 EX AI+ features an 8-inch 120Hz variable refresh rate (VRR) display and debuts with Xbox Mode, a controller-optimised full-screen Windows 11 interface that brings installed game libraries together in a console-like experience.

 
 


Notably, the MSI Claw 8 EX AI+ will compete not only with devices such as the Acer Predator Atlas 8 and a forthcoming OneXPlayer handheld, which are also expected to use Intel Arc G3-series processors, but also with handheld gaming consoles such as the Asus ROG Ally and Lenovo Legion Go, which are powered by AMD Ryzen Z-series processors.

 


MSI has neither announced pricing details nor revealed plans for an India launch.


MSI Claw 8 EX AI+: What to expect


The MSI Claw 8 EX AI+ will be powered by Intel’s new Arc G3 Extreme processor, a platform designed specifically for handheld gaming devices. The chipset is based on Intel’s latest Xe graphics architecture and supports XeSS 3 and Multi-Frame Generation, which are intended to improve frame rates and visual performance in supported games.

 


The handheld features an 8-inch display with a 120Hz refresh rate and VRR support. According to MSI, the screen is designed to reduce tearing and provide smoother visuals across a range of game titles.

 


MSI has also introduced updated controls, including redesigned ergonomic grips, Hall-effect triggers and thumbsticks, revised shoulder buttons, and a more responsive D-pad. These changes are aimed at improving comfort and control during extended gaming sessions.

 


For immersion, the MSI Claw 8 EX AI+ includes a linear vibration motor that the company claims delivers more detailed haptic feedback while consuming less power than previous implementations.

 


On the software side, the device supports Xbox Mode, allowing users to quickly access and resume games in a full-screen environment. MSI has also redesigned the Quick Settings menu, enabling users to adjust options such as frame generation and performance settings without leaving a game.

 


The handheld will be available in a Void Purple colour option.


Intel Arc G-Series processor: Details


Arc G-Series is Intel’s first processor family designed specifically for handheld gaming devices. Based on the Panther Lake architecture, the lineup includes the Arc G3 and Arc G3 Extreme chips, which Intel says are optimised to balance gaming performance, power efficiency and battery life in portable systems.

 


The processors can be configured with up to Arc B390 graphics based on Intel’s latest Xe3 architecture and support features such as real-time ray tracing and XeSS 3. The XeSS 3 suite combines AI-powered upscaling, Multi-Frame Generation and low-latency technologies aimed at improving frame rates, visual smoothness and responsiveness in supported games.

 


Intel has also added several gaming-focused software and connectivity features. These include Xbox Mode, a controller-friendly Windows 11 interface for accessing game libraries, and Intel Precompiled Shaders, which can reduce loading times and shader compilation delays.

 


The processors also support Wi-Fi 7, dual Bluetooth 6 connectivity and Thunderbolt 4, which offers data transfer speeds of up to 40Gbps.


MSI Claw 8 EX AI+: Specifications


  • Display: 8-inch FHD+ IPS display, up to 120Hz variable refresh rate, up to 500 nits brightness

  • Processor: Intel Arc G3 Extreme

  • Operating system: Windows 11 Home

  • Graphics: Intel Arc B390 GPU

  • RAM: Up to 32GB LPDDR5X dual-channel

  • Storage: One NVMe M.2 2280 SSD (PCIe Gen 4 x4)

  • Sensors: 6-axis IMU, vibration motor

  • Audio: Two 2W speakers, Hi-Res Audio Ready, DTS Audio processing

  • Ports: Two Thunderbolt 4 ports

  • Battery: 80Wh, four-cell battery

  • Dimensions: 296-321 x 130 x 25-48 mm

  • Weight: 785g

  • Colour: Void Purple



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