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.
Elon Musk has long emphasized that Tesla is more than just an automaker—he envisions it as an AI-driven company on a mission to achieve full autonomy. A key part of that vision has been Dojo, a custom-built supercomputer designed to train Tesla’s Full Self-Driving (FSD) neural networks.
For years, Musk has promoted Dojo as a game-changer, capable of pushing Tesla past the threshold of "almost self-driving" to true autonomy. But as 2025 begins, another name has entered the conversation: Cortex, Tesla’s newest AI training supercomputer housed in its Texas Gigafactory. With this shift, Dojo’s role in Tesla’s AI strategy appears to be evolving, leaving many to wonder what’s next for the project.
Here’s a look back at Dojo’s journey, from its early mentions to where things stand today.
2019 – The First Mentions of Dojo
2020 – Musk Begins the Dojo Roadshow
2021 – Tesla Officially Introduces Dojo
2022 – Dojo Progress and First Installations
>>>ZNS-09B1 Replacement Battery for Huabao Tong
2023 – Dojo Becomes a ‘Long-Shot Bet’
2024 – Dojo Scaling Plans and the Rise of Cortex
2025 – Dojo Disappears from Tesla’s Narrative
>>>U3256125PHV-UTL Replacement Battery for Blackview Tab 11 SE
The lack of recent updates suggests that Tesla’s AI training focus has shifted from Dojo to Cortex, with the latter now playing a central role in Tesla’s AI infrastructure. While Dojo was once positioned as a groundbreaking, in-house alternative to traditional AI training solutions, Tesla’s increasing reliance on Nvidia hardware—combined with the rapid buildout of Cortex—raises questions about Dojo’s long-term significance.
It’s possible that Dojo will continue to operate alongside Cortex, supplementing Tesla’s AI training pipeline, especially as the company works toward next-generation Full Self-Driving (FSD) models. However, the lack of emphasis on Dojo in Tesla’s latest earnings reports and investor calls suggests that it may no longer be the game-changer Musk once envisioned.
Whether Dojo remains a critical AI asset, is gradually phased out, or evolves into a secondary component of Tesla’s broader AI strategy remains uncertain. But for now, Tesla’s AI future seems increasingly anchored to Nvidia-powered compute clusters, with Cortex taking center stage.
To align with the EU’s Digital Markets Act (DMA), Microsoft is making changes to Windows 11’s Start Menu Search, introducing clearer distinctions between web search results and local searches. However, these updates will only apply to users in the European Economic Area (EEA), as reported by TechRadar.
The latest Windows 11 Insider Preview Build 27764 includes these modifications, aiming to enhance transparency and user control. A screenshot shared by X user @alex290292 showcases a redesigned Start Menu UI, where search results are now categorized under “Windows” for local searches and “Web search from Bing” for online queries. Additionally, the update allows users to remove Edge, disable Bing integration, and add custom web search providers to Windows Search—features that align with the DMA’s goal of preventing tech giants from enforcing exclusive use of their services.
>>>26S1028 Replacement Battery for Amazon Kindle HD Fire
Other usability improvements are also in development, including a new “jump list” feature for pinned apps. This will provide quick access to recent files, folders, or tasks when right-clicking an app in the Start Menu or taskbar. Meanwhile, Microsoft is also testing enhancements to Windows Search within Copilot+, though it remains unclear if these changes will extend beyond the EEA.
While Microsoft has not confirmed a global rollout, the updates mark a significant step toward greater user choice and flexibility in Windows 11.
When iOS 18.3 was released, rumors quickly spread that Apple had secretly partnered with SpaceX to bring Starlink connectivity to iPhones. However, the reality is quite different—though still significant for some users.
Instead of an Apple-Starlink partnership, it was T-Mobile and SpaceX that worked behind the scenes to provide satellite connectivity for T-Mobile subscribers when they are outside regular cellular or Wi-Fi coverage. This update doesn’t mean that iPhones have direct access to Starlink, but rather that they can connect to T-Mobile’s 1900 MHz (Band 25) spectrum, which enables access to Starlink’s satellites.
For iPhone users, this means that Starlink functions like any other LTE roaming network, requiring no special setup beyond T-Mobile’s beta program, which is currently rolling out to a limited number of devices. If users prefer not to use carrier-provided satellite services, they can simply disable them in Settings > Cellular > Carrier > Satellite.
While iOS 18.3 didn’t introduce direct Starlink integration, it did enable iPhones to support the latest T-Mobile network updates, allowing for better emergency and remote-area connectivity. As T-Mobile expands its satellite offerings, users can expect more features beyond basic texting in the future.
Google has officially launched Gemini 2.0, its most advanced AI model suite yet, marking a significant step in the ongoing AI race among tech giants. While access was initially limited to developers and trusted testers in December, Google has now made the models widely available in a general release.
The Gemini 2.0 suite includes multiple models tailored for different tasks:
For developers, Gemini Flash is priced at $0.10 per million tokens for text, image, and video processing, while the Flash-Lite version costs just 0.75 cents per million tokens, making it significantly cheaper for large-scale applications.
>>>LIP-3WMB Replacement Battery for Sony MZ-N10 MZ-E10
Google’s release of Gemini 2.0 is a key step in its broader push toward AI agents—models designed to perform complex, multi-step tasks autonomously. As the competition intensifies, Meta, Amazon, Microsoft, OpenAI, and Anthropic are all racing to develop similar agentic AI capabilities, aiming to create systems that require minimal user intervention.
Anthropic, backed by Amazon, has already demonstrated AI agents capable of interacting with computers like humans, navigating interfaces, and executing tasks independently. Meanwhile, OpenAI introduced Operator, a tool designed to automate daily tasks such as booking travel, filling out forms, and making reservations. Google’s Gemini 2.0 responds to these advancements by integrating native image and audio output along with enhanced tool use, moving closer to its goal of building a universal AI assistant.
As 2025 approaches, Google is gearing up for multiple AI feature rollouts, aiming to refine and expand its AI offerings. CEO Sundar Pichai emphasized Google’s strategic approach, stating: “In history, you don’t always need to be first but you have to execute well and really be the best in class as a product. I think that’s what 2025 is all about.”
With Gemini 2.0 now available, Google is positioning itself to lead in AI innovation, while its rivals continue to push the boundaries of what AI agents can achieve. The evolving competition will shape the next generation of AI-driven applications, making 2025 a defining year in the AI industry.