A new open-source project utilizes Ultra-Wideband technology to create a local positioning system that can track multiple runners. This innovative approach offers a precise way to monitor performance in real-time without relying on external signals.

The article investigates the Eufy Security Ecosystem, focusing on a detailed reverse engineering of its doorbell component. It reveals insights into how the device integrates with home networks and its security implications.

The decline of funding for games like the latest “Myst” spinoff highlights a troubling trend in the double-A game market, raising questions about the future of mid-tier titles. With the original “Myst” selling millions, the challenges facing similar games today suggest a significant shift in the gaming landscape.

Many companies have adopted a standard of using dual 27-inch Full HD monitors for their workstations to enhance productivity. This article discusses the benefits and challenges of this setup based on firsthand experience in an IT department.

Deploying software directly into customer clouds addresses data gravity challenges, but it also demands a strong product architecture to manage various environments effectively. This piece discusses the complexities and solutions involved in this approach.

The ao486 project offers a complete Verilog implementation of the 486 SX, enabling developers to work with a fully compatible x86 core. This could be a valuable resource for those interested in retro computing or hardware design.

A recent update addresses a bug where discovery processes would hang due to multiple default routes. The change ensures that the system now selects the default route with the lowest metric, improving stability and performance.

A new randomized algorithm enables faster $k$-coloring for $n$-vertex graphs, achieving a runtime of $(2-\varepsilon_k)^n$ for any fixed $k$. This advancement surpasses previous methods, which were limited to $k \leq 6$, and addresses a significant open problem in computational graph theory.

A curated collection of Soviet-era photographs brings a fresh perspective, featuring images that may not be widely seen. The selection aims to evoke nostalgia while providing a unique look at a familiar subject.

The article breaks down the mathematical principles that underpin encryption, highlighting both its strengths and vulnerabilities. Understanding these concepts is crucial for anyone interested in cybersecurity and data protection.

The article discusses how the rise of agentic AI is prompting a reevaluation of using CPUs for LLM inference instead of relying solely on GPUs. It highlights the implications of this shift for AI performance and efficiency.

Two security researchers have uncovered a startling trend: by acquiring inexpensive domains, they’ve been receiving sensitive corporate information from numerous companies through “no reply” emails. This raises significant concerns about data security and the oversight of email practices in business communications.

A reverse engineering project is uncovering the details of the 1994 video game “Captain Bible in the Dome of Darkness,” originally created by Bridgestone Multimedia Group. This initiative aims to analyze and understand the game’s mechanics and design.

Ferrox is a new inference engine developed in Rust that aims to match the performance of llama.cpp for real models. The author details the challenges faced during its creation and provides concrete evidence of its capabilities.

Curl remains a crucial tool for teams dealing with integration issues, but five years later, the landscape has shifted. This piece reflects on the evolution of curl and its relevance in today’s tech environment.