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Ollama Adopts MLX Technology to Improve AI Efficiency on Apple Silicon Macs

# Local AI Models Now Operate More Swiftly on Ollama on Apple Silicon Macs

If you’re unfamiliar with [Ollama](https://ollama.com/), it is an application available for Mac, Linux, and Windows that enables users to execute AI models locally on their systems. Unlike cloud-based applications like ChatGPT, which do not function locally and necessitate an internet connection, Ollama permits users to load and operate models directly on their devices. These models may be obtained from open-source platforms such as Hugging Face, or even straight from the model provider.

Nonetheless, executing a large language model (LLM) locally can pose significant difficulties, since even smaller, lightweight LLMs typically require considerable amounts of RAM and GPU memory. To mitigate this problem, Ollama has unveiled a preview version (Ollama 0.19) of its application, now constructed upon Apple’s machine learning framework, MLX, leveraging its unified memory architecture to ensure local AI models run at increased speeds on Apple silicon Macs.

This leads to a notable acceleration of Ollama on all Apple Silicon devices. Utilizing Apple’s M5, M5 Pro, and M5 Max chips, Ollama takes advantage of the new GPU Neural Accelerators to improve both time to first token (TTFT) and generation rate (tokens per second). With this upgrade, Ollama asserts it is now swifter to execute personal assistants like OpenClaw, as well as coding agents such as Claude Code, OpenCode, or Codex.

The stipulation is that Ollama advises users to confirm they possess a Mac with over 32GB of unified memory, which may not be the circumstance for many individuals eager to run LLMs locally.

To discover more about Ollama, [click this link](https://ollama.com/). For additional information about Apple’s MLX project, all the details can be found [here](https://opensource.apple.com/projects/mlx/).

AirTag 2 Gets Its Initial Firmware Update Since January Launch

### Apple Introduces Firmware Update for AirTag 2

Alongside the debut of the new AirPods Max 2, Apple has also introduced a firmware update for the AirTag 2, which was made available earlier this year. This update, designated as firmware version 3.0.45, supersedes the previous version 3.0.41 that accompanied the device.

#### How to Verify Your Firmware Version

To see if your AirTag 2 is up-to-date with the latest firmware, perform the following steps:

1. Open the Find My app on your device.
2. Tap the Items tab.
3. Choose your AirTag from the list.
4. Tap on the name of your AirTag to check its serial number and firmware version.

It’s crucial to understand that Apple does not currently offer a method for users to manually install firmware updates, indicating that the update will be deployed automatically.

#### Anticipated Enhancements

Although Apple has not provided detailed release notes for this firmware update, it’s expected that the update resolves bugs identified post the AirTag 2’s launch and incorporates performance improvements. The AirTag 2 was built with enhanced features, including a second-generation Ultra Wideband chip that expands tracking range and speakers that are 50% louder than its predecessor.

Furthermore, the AirTag 2 features sophisticated security measures designed to prevent unauthorized tracking. These features include cross-platform alerts and distinctive Bluetooth identifiers that change regularly, ensuring the privacy of users.

#### Cost and Availability

The AirTag 2 is available for $29 for an individual unit or $99 for a pack of four. With its upgraded capabilities and security features, it continues to be a favored option for users aiming to monitor their possessions.

For those looking to buy, the AirTag 2 can be found on Amazon and various other retailers.

Claude Code Leak Reveals Tamagotchi-Style ‘Pet’ and Always-On Agent

After Anthropic released Claude Code’s 2.1.88 update, users quickly discovered that it contained a package with a source map file containing its TypeScript codebase, with one person on X calling attention to the leak and posting a file containing the code. The leaked data reportedly contains more than 512,000 lines of code and provides a […]

Amazon Announces Up to 50% Off Anker and Other Chargers for Big Spring Sale

Amazon’s Big Spring Sale may not have been as “big” as Black Friday or even Prime Day, but depending on what you’re after, the discounts are more appealing than you might think. Take charging accessories, for instance. Anker, Twelve South, Baseus, and others have sharply lowered the prices of some of our favorite add-ons, including […]

Five Frequently Used Password Hacking Techniques and Ways to Guard Against Them

certain actions you must take immediately if you find yourself hacked, along with tasks to manage later, such as erasing your system completely or seeking expert recovery assistance. Being prepared in advance empowers you to respond much more swiftly if and when it occurs.

Phishing or social engineering strategies

The Evolution of Hard Drives: Cutting-Edge Technologies Exceeding Sci-Fi Anticipations

The largest HDDs available today surpass 30TB, with various drives employing helium to boost efficiency and accommodate additional platters within their casings. While SSDs have gained popularity, particularly among gamers, the forthcoming significant advancement in hard drive technology may involve… DNA? As in the helical structure that serves as the foundation of all life? Well, somewhat.

In September 2025, a group of researchers from the University of Missouri revealed their newest advancement in what can be described as a “DNA hard drive.” Their study, published in PNAS Nexus, presents the concept of transferring data onto a “universal DNA template” (presumably synthetic DNA) using heated microstaples of varying lengths. Imagine converting DNA molecules into punch cards through branding. The team encountered several challenges throughout their journey, including the high expenses associated with data transcription and the inability to alter information after it was recorded.

Nevertheless, the latest breakthrough employs a method similar to how viruses invade cellular DNA (known as “viral ribosomal frameshifting”) to inscribe data onto the universal DNA template without requiring synthesis or enzymatic procedures. In simpler terms, the researchers have simplified the process to be “rapid” and “cost-effective,” which could potentially pave the way for extensive future applications. Provided you’re comfortable with future computers functioning like the Animus from “Assassin’s Creed,” that is.

DNA drives offer multiple benefits

<div class="slide-key image-holder gallery-image-holder credit-image-wrap " data-post-url="https://www.bgr.com/2132306/next-evolution-hard-drives-dna-sci-fi/" data-post-title="The Next Evolution Of Hard Drives Could Be Even More Sci-Fi Than We Thought"

Decentraland Launches on Epic Games Store

The metaverse was supposed to be its own destination. You would put on a headset, enter a virtual world, and never need to think about the platform that brought you there. That was the pitch, anyway. Decentraland, one of the earliest and most persistent experiments in decentralised virtual worlds, appears to have reached a different […]

This story continues at The Next Web