Hardware Tech News

Security researchers have uncovered a new zero-click exploit chain for the Google Pixel 10 that grants attackers full root access. Building on similar findings from the Pixel 9, this demonstrates that modern Android devices can still be completely compromised without any user interaction.

A new browser-based project allows users to explore Wikipedia and Wikimedia Commons through a fully functional Windows XP desktop interface. This nostalgic experience organizes the encyclopedic content into familiar folder trees and features Earth as a digital scrapbook.

Showcased on Hacker News, an open-source GitHub project implements a custom nibble-oriented CPU in Verilog to build a scientific calculator. The repository documents the complete hardware design process from basic FPGA gates to a functional device and welcomes community contributions.

DPhi Space's ClusterGate-2, a pure-OCaml CCSDS protocol stack featuring end-to-end-encrypted command and control and post-quantum key rotation, successfully booted in orbit aboard the Borealis satellite. This milestone establishes a highly secure foundation for space communications, with the next iteration of the technology already planned as OxCaml.

A new book about Steve Jobs' time at NeXT Computer reveals how his so-called exile actually forged the foundation of Apple's modern software architecture. The publication also provides essential context for understanding the company's upcoming CEO transition.

Start9 is expanding into hardware with a new RISC-V router powered by StartWRT, a customized fork of OpenWrt featuring a modern, simplified interface designed for non-technical users. Community members express mixed reactions, praising the accessible design but raising concerns about the startup's hardware and software risks, high pricing, and the need for real-world performance benchmarks. Furthermore, power users debate the merits of a full software fork over upstream contributions and worry that the simplified GUI might restrict access to advanced networking configurations.

A new research paper introduces the NoWA write pattern, which guarantees a write amplification factor of exactly one on standard solid-state drives by aligning application-level data placement with the hardware's internal garbage collection. By organizing data into blocks that are invalidated and discarded in bulk, the technique prevents the drive from moving valid pages internally even at full capacity. Developers note that this breakthrough in storage optimization could pave the way for a new class of highly efficient database systems.

Waymo has initiated a voluntary recall of approximately 3,800 robotaxis to address a software flaw that could cause the vehicles to drive into flooded roadways. The company is deploying an over-the-air update to ensure the autonomous cars safely avoid navigating through deep standing water.

The Open Vehicle Monitoring System project is gaining traction as electric vehicle owners seek to bypass restrictive OEM CAN gateway modules that limit standard OBD-II ports to read-only access. While manufacturers claim these lockouts improve security, critics argue they are primarily designed to monetize telemetry data and force users into proprietary software subscriptions. Consequently, drivers are increasingly turning to open-source tools and hardware workarounds to regain full diagnostic control and privacy for their vehicles.

A vehicle owner physically removed the modem and GPS from their 2024 RAV4 Hybrid to prevent the car from transmitting continuous personal telemetry. This DIY privacy modification highlights growing consumer pushback against modern vehicles functioning as rolling data trackers.

A recent hardware experiment successfully connected an Nvidia RTX 5090 desktop GPU to an M4 MacBook Air using an external enclosure. The extreme setup tests whether Apple's ultraportable laptop can handle high-end gaming when paired with top-tier desktop graphics hardware.

Despite Apple spending five years fortifying its systems against memory corruption, security researchers have developed the first public macOS kernel exploit for the new M5 chip. Working alongside Mythos Preview, an engineering team successfully built a functional exploit in just five days.

A new technical deep dive explores the inner workings of storage devices by dumping, reverse engineering, and modifying the firmware of various HDDs and SSDs. This hands-on project provides a comprehensive look at how hard drives function at the lowest software levels.

A newly discovered vulnerability in Tesla Wall Connectors allows attackers to bypass firmware downgrade protections by exploiting the bootloader through the physical charge port connector. This flaw could enable malicious actors to install older, potentially insecure firmware versions on the electric vehicle charging stations.

The York University Computer Museum (YUCoM) serves as a historical collection and research center dedicated to the history of computing in Canada. By focusing on the Canadian computer hobby movement, the museum preserves the nation's early technological milestones. It remains a vital resource for understanding the evolution and heritage of domestic computing.

Linux gaming performance is improving significantly as Windows APIs are increasingly integrated directly into the Linux kernel. Thanks to this ongoing integration, the number of unplayable games on the operating system continues to shrink.

The FULU-Foundation is actively seeking GitHub contributors for its open-source OrcaSlicer-bambulab project to restore full BambuNetwork support for Bambu Lab 3D printers. Developers interested in advancing 3D printing software can join the initiative by creating a GitHub account to assist with development.

Apple's new $699 MacBook Neo utilizes the iPhone 16 Pro's A18 Pro chip to deliver CPU performance between the M3 and M4 with a single-core Geekbench 6 score of 3,569. A recent deep dive into the device examines its full benchmarks, thermal dynamics, and wafer economics, while scrutinizing the laptop's base 8GB RAM configuration.

Researchers at the University of Hong Kong have developed a highly corrosion-resistant stainless steel capable of withstanding the harsh conditions required to produce green hydrogen from seawater. Utilizing a novel double-protection mechanism, this durable new material could serve as a cost-effective alternative to the expensive titanium components currently used in hydrogen production systems.

Developer Dmitry.GR has successfully transformed the Fisher-Price Pixter from an unknown and obscure device into a fully documented and emulated product. This preservation effort ensures the vintage hardware is saved from digital oblivion and remains accessible for future tech enthusiasts.

Software developer Eric Park recently shared details about his custom graduation cap, which features a microcontroller programmed entirely in the Rust programming language. The project serves as a creative exploration of embedded systems, demonstrating the growing versatility of Rust in hardware and DIY maker communities.

The S-100 Virtual Workbench provides an emulation environment for classic S-100 bus computers, sparking nostalgic conversations among veteran developers about their early programming experiences. Readers fondly recalled the hardware limitations and DIY ethos of the era, sharing memories of coding on Heathkit machines and early minicomputers. These discussions highlight how overcoming the technical constraints of early personal computing shaped a generation of hobbyists and programmers.

Apple is facing a growing memory shortage that could drive memory costs to as much as 40% of a device's total bill of materials. The tech community has been closely monitoring the situation since January as the company strategizes how to manage these skyrocketing component prices.

The author of a prominent tech critique has reiterated their refusal to recommend Bambu Lab 3D printers following the company's aggressive push to make its always-connected cloud solution the default. To reclaim control over their existing P1S hardware, the creator has completely disconnected the printer from the internet and disabled automatic firmware updates. Additionally, they have abandoned the company's native software in favor of third-party slicing applications.

The newly introduced Googlebook is a high-performance laptop built to harness Gemini Intelligence. The device delivers heavyweight computing power and features seamless integration with Android smartphones.

Cactus Compute has released Needle, a lightweight foundation model that distills Google Gemini's tool-calling capabilities into just 26 million parameters. Weighing only 14MB, the model can process up to 6,000 tokens per second on resource-constrained hardware. This enables advanced, local AI functionalities on tiny devices like mobile phones, wearables, smart home systems, and robots.

Google DeepMind is transforming the traditional mouse cursor into a context-aware AI partner to streamline digital interactions. This innovation, starting with the Chrome browser, aims to replace the friction of standard text prompting with seamless, intuitive AI collaboration.

Originally developed for classified military and submarine communications, extremely low frequency radio technology relies on massive, highly power-intensive antenna arrays. Today, the foundational principles of these historical communication systems have been repurposed for modern industrial applications, such as transmitting telemetry data from miles underground during drilling operations.

A new project named rockboxd introduces a modern, network-enabled music player daemon built upon the classic Rockbox firmware. This platform brings contemporary networking capabilities to the established audio technology, enabling seamless music management and streaming.

A recent experiment explores the performance of running local AI models on a standard MacBook equipped with an M4 chip and 24GB of memory. The study aims to determine if this accessible hardware configuration can consistently produce practical and usable outputs for everyday tasks.