Samsung Galaxy Z Flip 8 may launch in July with bigger battery, Exynos chip

Samsung Galaxy Z Flip 8 may launch in July with bigger battery, Exynos chip



Samsung’s anticipated Galaxy Z Flip 8 will reportedly retain a largely unchanged design compared to its predecessor, the Galaxy Z Flip 7. According to a report by PhoneArena, images of Samsung’s next-generation flip-style smartphone have surfaced on the web, suggesting that it will look nearly identical to last year’s model with only minor physical tweaks. Despite the familiar appearance, the device is expected to receive internal upgrades, including a new processor and battery improvements.

 


The Galaxy Z Flip 8 is expected to be launched on July 22 alongside the Galaxy Z Fold 8 and “Galaxy Z Wide” at Samsung’s next Galaxy Unpacked event.

 


Samsung Galaxy Z Flip 8: What to expect


As per the report, the Galaxy Z Flip 8 is likely to stick closely to the design language introduced with the previous generation. Renders indicate that the phone will feature the same dual-camera setup on the outer panel and a similar overall layout both inside and out.

 


The report notes that the only noticeable physical change could be a slight reduction in thickness, with the device said to be marginally slimmer than its predecessor when folded. Other dimensions are expected to remain largely unchanged, suggesting a near-identical in-hand feel.

 

Display sizes are also tipped to stay the same, with the inner foldable screen expected to measure 6.9 inches and the outer cover display around 4.1 inches. However, Samsung may introduce a subtle refinement to the foldable panel, potentially reducing the visibility of the crease.

 


On the hardware side, the Galaxy Z Flip 8 is expected to be powered by Samsung’s Exynos 2600 chip, which is also seen in the recently released Galaxy S26 series. Additionally, the report suggests that Samsung may include a slightly larger battery compared to the previous model, aiming to improve overall endurance.


Samsung Galaxy Z Wide: What to expect


According to a 9To5Google report, citing Korea Economic Times, Samsung’s rumoured “Wide” foldable smartphone is expected to introduce a different design approach compared to its existing Fold lineup, focusing on a wider aspect ratio rather than the taller form factor seen in previous models. If this is true, then it will rival Apple’s anticipated foldable iPhone.

 


In terms of design and display, the Wide variant is expected to feature a 5.4-inch cover screen and a 7.6-inch inner display, with a broader layout aimed at improving the viewing experience. Early renders point to a shorter, wider body with a vertically aligned dual rear camera setup, although these visuals may not reflect the final design. The device is also expected to be relatively slim even when folded.

 


On the hardware side, the Wide foldable is likely to share core specifications with the standard Galaxy Z Fold 8, including a Snapdragon 8 Elite Gen 5 for Galaxy processor, a 5,000mAh battery and 45W charging support. The key differentiation is expected to come from its display proportions, with the wider format potentially offering a more tablet-like experience.



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Google Messages adds Trash folder with 30-day recovery window: How it works

Google Messages adds Trash folder with 30-day recovery window: How it works



Google Messages has started rolling out a new Trash folder feature to help prevent accidental chat deletions, according to a report from 9To5Google. First announced last month, the update replaces the existing “Delete” option with a dedicated Trash system. With this change, deleted chats are now moved to a Trash folder, where they are stored for a limited period before being permanently deleted.


Trash folder in Google Messages: What is it and how it works


According to Google, the Trash folder acts as a safety net for deleted conversations. Instead of disappearing immediately, chats are stored temporarily, giving users time to restore them if needed.

 
 


Users can access the Trash folder by tapping their profile picture in the top-right corner of the app. The option appears below the Archived section. Inside Trash, conversations are listed along with the number of messages they contain.

 


According to the update, once a user taps the Trash option, the app displays a message saying chats will be deleted after 30 days. This gives users a recovery window in case they delete something by mistake. On Android Go devices, however, chats will stay in Trash for only seven days to save storage space.


Restore or permanently delete chats


Google said that the feature allows users to either restore chats or delete them permanently. With a single tap, conversations can be moved back to the main inbox with their full message history intact.

 


If users are sure they no longer need a conversation, they can choose to empty the Trash folder and remove chats permanently at any time. However, once a chat is deleted from Trash, it cannot be recovered.

 


What happens to new messages

 


If a conversation that is already in Trash receives a new message, the app creates a new thread in the main chat list. This new thread will only show the latest message, while older messages remain stored in the Trash folder.


How to use the feature


Users can move conversations to Trash by swiping a chat or by selecting and holding it, then choosing the “Move to Trash” option. A confirmation prompt appears before the action is completed. There is also an “Undo” option available immediately after moving a chat, allowing quick recovery.

 


To restore one conversation:


  • Open the Trash folder in Google Messages

  • Select the conversation you want to restore

  • Tap the Restore (counter-clockwise arrow) icon


To restore multiple conversations:


  • Open the Trash folder

  • Select multiple conversations

  • Tap the Restore (counter-clockwise arrow) icon

 



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Redmi A7 Pro 5G with 6300mAh battery launched in India: Check price, offers

Redmi A7 Pro 5G with 6300mAh battery launched in India: Check price, offers



Xiaomi has launched the Redmi A7 Pro 5G smartphone in India, the first Pro model in the Redmi A Series. The smartphone sports a 6.9-inch display with a 120Hz refresh rate and a peak brightness of up to 800 nits. The smartphone packs a 6300mAh battery. Powered by the octa-core 5G processor, the smartphone runs on Xiaomi HyperOS 3.0 based on Android 15.


Redmi A7 Pro 5G: Price and variants


  • 4GB storage + 64GB storage: Rs 12,499

  • 4GB storage + 128GB storage: Rs 13,499

  • Colours: Black, Mist Blue and Sunset Orange


Redmi A7 Pro 5G: Availability and offers

According to the company, the smartphone will be available starting April 15 through the company’s official website, e-commerce platform Amazon and select retail outlets. As for the introductory offer, customers can get a Rs 1,000 discount and avail up to three months of no-interest equated monthly instalment (EMI). 

 

 


Redmi A7 Pro 5G: Details

 


According to the company, the Redmi A7 Pro 5G comes with a 6.9-inch display, a 120Hz refresh rate and up to 800 nits of peak brightness. It also includes Wet Touch 2.0, which the company said allows the screen to respond even when fingers are wet or oily. For eye comfort, the device includes TUV Rheinland certifications along with DC dimming to reduce strain during long usage.

 

The smartphone runs on an octa-core 5G processor coupled with 4GB of RAM and up to 128GB of storage, which is expandable up to 2TB using a microSD card. The phone runs on Xiaomi HyperOS 3.0 and includes AI features like Google Gemini and Circle to Search. Other features include Xiaomi Hyper Island for multitasking and interconnectivity options for working with other Xiaomi devices.

 


The smartphone packs a 6300mAh battery, which supports 15W wired charging. There is also 7.5W wired reverse charging support, which can be used to charge other devices.

 


The Redmi A7 Pro 5G features a 32MP dual rear camera setup with HDR support and an 8MP front camera for selfies and video calls. Additional features include AI Sky for adjusting backgrounds and a Document Mode that can be used to scan documents.

 

The phone has an 8.15mm slim design. It includes a side-mounted fingerprint sensor and a 3.5mm headphone jack. The smartphone comes with an IP52 rating for dust and water resistance.   

 


Redmi A7 Pro 5G: Specifications


  • Display: 6.9-inch display with 120Hz refresh rate and up to 800 nits brightness

  • Processor: Octa-core 5G chipset

  • RAM: 4GB RAM

  • Storage: Up to 128GB (expandable up to 2TB via microSD)

  • Rear Camera: 32MP dual camera with HDR support

  • Front Camera: 8MP 

  • Battery: 6300mAh 

  • Charging: 15W wired and 7.5W reverse charging

  • Software: Xiaomi HyperOS 3.0 

  • Audio: 3.5mm headphone jack and boosted speaker output

  • Durability: IP52 rating for dust and water resistance

 

First Published: Apr 13 2026 | 3:35 PM IST



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OpenAI warns Apple Mac users of security flaws in its apps, releases fix

OpenAI warns Apple Mac users of security flaws in its apps, releases fix



OpenAI has said macOS users must update its desktop apps after identifying a security issue linked to a third-party developer tool used in its app-signing process. The company said the issue was part of a broader industry incident and confirmed there is no evidence of user data exposure, software tampering or system compromise. As a precaution, OpenAI is rotating its security certificates and requiring users to move to updated versions of its Mac apps, including ChatGPT, Codex, Codex CLI and Atlas.


What happened

OpenAI said the issue originated on March 31, 2026, when a widely used developer library, Axios, was compromised in a software supply chain attack. A GitHub Actions workflow used by OpenAI for signing macOS apps downloaded a malicious version of the library during this period.

 
 


This workflow had access to code-signing and notarisation materials used to verify that apps such as ChatGPT Desktop, Codex, Codex CLI and Atlas are legitimate OpenAI software. While the company said its analysis suggests the certificate was likely not exfiltrated due to multiple mitigating factors, it is treating the certificate as potentially compromised.


What users need to do


OpenAI said macOS users must update their apps to the latest versions to ensure they are running software signed with a new security certificate. The update is required for apps including ChatGPT Desktop, Codex, Codex CLI and Atlas, and can be done via in-app updates or official download pages.

 


The company also warned users to avoid installing OpenAI apps from third-party sources, including links shared via emails, messages or ads as part of efforts to prevent the distribution of fake apps.

 


OpenAI also said that from May 8, 2026, older versions of its macOS apps will no longer receive updates or support and may stop functioning. The earliest supported versions after this change include ChatGPT Desktop version 1.2026.051, Codex App version 26.406.40811, Codex CLI version 0.119.0 and Atlas version 1.2026.84.2.

 


The company added that once the previous certificate is fully revoked, macOS security protections will block new downloads or launches of apps signed with the old certificate.


No impact on user data, other platforms


OpenAI said it found no evidence that user data, passwords or API keys were compromised. It also confirmed that the issue only affects macOS apps and does not impact iOS, Android, Windows, Linux or web versions of its services.

 


The company said it has released new app builds with updated certificates, reviewed past software notarisation activity and is working with Apple to prevent further use of the old certificate.



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YouTube TV app's 90-second unskippable ads caused by a bug, fix released

YouTube TV app's 90-second unskippable ads caused by a bug, fix released



YouTube has confirmed to 9To5Google that the reports regarding YouTube TV app users seeing 90-second-long unskippable ads were caused by a bug. The company added that the 90-second unskippable ads were not being tested, and a fix is being rolled out for users. As per the report, YouTube’s current policies are limited to a 30-second unskippable ad format.

 


A YouTube spokesperson told 9To5Google, “We’ve determined this was a result of a bug, which resulted in higher inaccurate timers being shown for shorter ads. We’re rolling out a fix now. As we’ve said, we don’t have a 90-second non-skippable ad format, and this was not a test.”

 


What happened


Earlier last week, several YouTube TV app users reported unusually long ad interruptions, with some saying ad breaks extended up to 90 seconds while watching videos on televisions. This appeared to build on the earlier rollout of 30-second non-skippable ads last year. According to a report by 9To5Google, users shared similar experiences online, including screenshots showing a skip option only after “90+ seconds.”

 


An X user named Dexerto posted about this while saying that YouTube has begun rolling out a 90-second unskippable ad format to their TV app. YouTube, while responding to this, said that the platform did not offer a 90-second non-skippable ad format and was not testing one. The company added that it was looking into the issue. The same statement was reiterated to 9To5Google.


YouTube not providing a clear response to what had happened led to confusion among users at that time. With the platform now rolling out a fix, it stands clear that it was indeed a bug and the company was not testing a longer ad format for its TV app.

First Published: Apr 13 2026 | 1:04 PM IST



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India's data centre market size to double to  billion by 2030: Report

India's data centre market size to double to $22 billion by 2030: Report



India’s data centre market is projected to more than double to $22 billion by 2030 from about $10 billion in 2025, driven by rising Cloud adoption, artificial intelligence (AI) workloads, and rapid growth in digital consumption, according to a report by Vestian.

 


Investment momentum in the sector also remains strong. Between 2020 and 2024, India’s data centre industry attracted about $13–15 billion in investments, with foreign institutional investors accounting for nearly 80 per cent of total inflows.

 


Announced investments of $60–70 billion over the next five years underscore the continued interest from hyperscale operators and joint-venture platforms.

 


Globally, the data centre industry is experiencing rapid expansion, with installed capacity currently estimated at 40–50 gigawatts (Gw) and expected to exceed 100 Gw by the end of the decade. Against this backdrop, India is emerging as a strategic destination in the Asia-Pacific data infrastructure landscape, supported by policy incentives, hyperscaler investments, and a fast-growing digital economy.

 
 


India’s operational data centre capacity currently stands at about 1.4–1.6 Gw across 164 facilities, with more than 700 megawatts (Mw) under construction and another 1–1.2 Gw in the planning stage, the report said. Installed capacity is expected to rise to 1.7–2 Gw by the end of 2026 and further expand to 4–5 Gw by 2030, reflecting sustained infrastructure build-out across key markets.

 


The expansion is being driven by a surge in internet subscribers, increasing enterprise cloud adoption, and the rapid scaling of AI and high-performance computing workloads. Growth in digital payments, over-the-top (OTT) platforms, and the rollout of 5G services has further accelerated data consumption, with average monthly wireless usage exceeding 25 GB per user, reinforcing demand for scalable storage and processing infrastructure.

 


“India’s data centre sector is rapidly transforming on the back of strong policy support and rising digital demand,” said Shrinivas Rao, chief executive officer (CEO) at Vestian. He added that incentives such as single-window clearances, long-term tax exemptions, and goods and services tax (GST) benefits position India as an emerging global hub for data centres and AI infrastructure over the coming decades.

 


India also retains a structural cost advantage, with construction costs estimated at $6–7 million per Mw, significantly lower than mature Asia-Pacific markets such as Singapore and Japan. This cost competitiveness continues to support large-scale capacity additions across metro and emerging locations.

 


Mumbai remains India’s largest data centre hub, accounting for nearly 49 per cent of operational capacity, followed by Chennai (18 per cent) and the National Capital Region (11 per cent). Pune (8 per cent), Bengaluru (7 per cent), and Hyderabad (5 per cent) are emerging as important secondary markets supported by strong information technology (IT) ecosystems and competitive operating conditions.

 


Chennai’s role as a global data gateway, supported by multiple submarine cable landing stations, continues to strengthen its strategic importance, while Mumbai benefits from strong connectivity infrastructure and proximity to financial services demand.

 


Operators are also increasingly exploring Tier-II cities such as Ahmedabad, Kochi, Jaipur, and Visakhapatnam to support distributed digital infrastructure expansion. Operational capacity in these markets is currently estimated at 60–80 Mw and is expected to cross 100 Mw by the end of 2026, aided by improving connectivity, supportive state policies, and lower land costs.



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