Apple has introduced a new Apple Account migration tool, allowing users to consolidate purchases from multiple accounts into a single primary account. This feature is particularly useful for those who have separate accounts for iCloud and media purchases, making it easier to access all digital content from one place.
According to a newly published Apple support document, users can move apps, music, books, TV shows, and movies from a secondary Apple Account to a primary Apple Account.
To be eligible for migration, users must:
During migration, the Apple Account signed in to iCloud will become the primary account, while the account used for media and purchases will be the secondary account.
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To begin the process, users need to:
After the migration is complete:
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At this time, Apple Account migration is not available in the European Union, United Kingdom, or India. Apple has not yet announced if or when this feature will expand to these regions.
For users looking to merge their digital purchases, Apple recommends carefully reviewing its migration checklist to ensure a smooth transition.
Following last Wednesday’s announcement, Gemini 2.0 Flash Thinking Experimental and 2.0 Pro Experimental are now rolling out more widely on Android and iOS apps.
Google’s Gemini 2.0 Flash serves as its default AI model, optimized for speed and everyday tasks. However, the Flash Thinking Experimental version introduces a unique way of displaying AI’s thought process before presenting a response.
Instead of immediately generating an answer, the model shows its reasoning process, breaking it down into multiple stages:
On mobile devices, users will now see a "Thoughts" section before the actual response, allowing them to observe how the AI processes information. Built on 2.0 Flash’s speed and performance, responses appear in real-time, often faster than they can be read. However, this model lacks access to real-time information and some Gemini features since it is still in the experimental stage.
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Google has also introduced Gemini 2.0 Flash Thinking Experimental with Apps, a variation that enhances reasoning capabilities across Google's ecosystem. This version is designed to work with:
By integrating with these apps, Gemini aims to offer more contextual and real-world insights, making it more useful for users who frequently rely on Google’s services.
For Advanced subscribers, Google has released Gemini 2.0 Pro Experimental, designed for handling complex queries, coding tasks, and advanced reasoning. This model is described as having:
Like the Flash Thinking Experimental model, it currently lacks real-time information retrieval but offers improved capabilities in understanding and processing complex data.
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With these updates, Google’s AI lineup now includes:
With these refinements, Google continues to enhance Gemini’s capabilities, catering to both everyday users and professionals in need of advanced AI reasoning.
Apple has issued emergency security updates to patch a newly discovered zero-day vulnerability that was actively exploited in highly sophisticated and targeted attacks. The flaw, tracked as CVE-2025-24200, could allow an attacker to bypass USB Restricted Mode, a critical iOS security feature designed to block unauthorized data access on locked devices.
This zero-day was discovered and reported by Citizen Lab's Bill Marczak, a researcher known for exposing spyware threats targeting high-risk individuals, including journalists, political dissidents, and activists. According to Apple’s security advisory, the vulnerability allows a physical attack to disable USB Restricted Mode on a locked iPhone or iPad, potentially exposing sensitive data.
First introduced in iOS 11.4.1 nearly seven years ago, USB Restricted Mode is designed to prevent forensic tools like GrayKey and Cellebrite from extracting data from locked iOS devices. If an iPhone or iPad remains locked for over an hour, it blocks USB accessories from establishing a data connection—effectively stopping unauthorized data extraction.
To further enhance security, Apple introduced "inactivity reboot" in November 2024, which automatically restarts iPhones after long periods of inactivity, re-encrypting data and making forensic extraction even more difficult.
The vulnerability affects a wide range of Apple devices, including:
Apple has addressed the issue with improved state management in iOS 18.3.1, iPadOS 18.3.1, and iPadOS 17.7.5.
Although the CVE-2025-24200 vulnerability has only been exploited in targeted attacks, Apple strongly advises all users to install the latest security updates to prevent potential threats.
Citizen Lab has previously reported multiple zero-day vulnerabilities used in spyware attacks, including:
Apple has been consistently patching actively exploited zero-days, with a notable increase in threats over the past two years:
Some of the most severe exploits in 2023 included:
Apple has not disclosed who was targeted by this latest exploit, but given its history, it's likely that the attack was part of a state-sponsored spyware operation. The company continues to tighten security measures, but the increasing number of sophisticated attacks suggests that iPhone users—especially high-risk individuals—should stay vigilant and update their devices immediately.
A new iPhone SE is on the way, and while Apple has yet to confirm details, leaks and rumors have painted a clear picture of what to expect. Following Apple’s usual naming conventions, it will likely be called the iPhone SE (4th generation) or iPhone SE (2025), though Apple typically markets these devices simply as iPhone SE without additional branding.
Unlike Apple’s flagship models, which are unveiled at high-profile events, the new iPhone SE is expected to arrive with little fanfare, possibly as early as next week. While an official announcement is still pending, recent leaks—including a fresh batch of renders from case manufacturer Spigen—have provided further confirmation of key details. These images reinforce long-standing speculation that the device will feature a display notch and a single rear camera, signaling a major design shift from its predecessor.
The leaked renders suggest a design that closely resembles the iPhone 14, complete with a 6.1-inch Super Retina XDR OLED display—a significant upgrade over the LCD screens of previous SE models. The notch at the top of the display appears to house Apple’s Face ID sensors, indicating that Touch ID may finally be phased out in the SE lineup.
Button placement remains largely unchanged, though one notable detail is the possible removal of the traditional Alert Slider, replaced instead by a standard button. While this detail is harder to confirm from images alone, it hints at Apple streamlining the SE’s design to align more closely with recent iPhone models.
Under the hood, the iPhone SE (4th Gen) is rumored to be powered by Apple’s A18 chipset, paired with 8GB of RAM. This would make it one of the most powerful budget-friendly iPhones to date, capable of running Apple Intelligence features that are expected to play a major role in Apple’s ecosystem moving forward.
On the back, the phone is expected to feature a 48MP single rear camera, a notable step up from the 12MP sensor used in previous SE models. This upgrade could bring improved detail, better low-light performance, and enhanced computational photography.
One of the most intriguing rumors is that the new SE will be the first iPhone to feature an in-house Apple cellular modem, potentially marking the beginning of Apple’s transition away from Qualcomm’s modem technology. This move could have significant implications for future iPhones, as Apple continues to develop its proprietary wireless solutions.
Additionally, the SE is expected to feature a USB-C port, following Apple’s broader transition away from Lightning. This change aligns with recent EU regulations and brings the SE in line with the latest iPhone models.
Leaks suggest the iPhone SE (4th Gen) will start at $499,for those looking for a more affordable iPhone without sacrificing performance, the iPhone SE (4th Gen) could be the best budget-friendly option Apple has ever released.
Apple’s Advanced Data Protection provides end-to-end encryption for iCloud backups, ensuring that only you can access your data—even Apple does not hold the encryption keys. While setting it up requires a few extra steps, the added security and privacy benefits make it well worth the effort.
To enable Advanced Data Protection, your devices must be running iOS 16.2 (released in December 2022) or later. Below is a step-by-step guide to securing your iCloud backups.
Before enabling Advanced Data Protection, all Apple devices linked to your iCloud account must be updated to the latest software versions:
Once your devices are up to date, you can proceed to set up Account Recovery.
Since Apple will no longer have access to your iCloud backup encryption keys, setting up Account Recovery is essential in case you lose access to your account.
Once Account Recovery is enabled, you can proceed to turn on Advanced Data Protection.
Once enabled, your iCloud backups, including messages, photos, and other sensitive data, will be protected with end-to-end encryption, significantly enhancing your digital privacy.