Your TV Is Spying on You: The Rise of Streaming Ads and the Privacy Trade-off

2025-03-28
Your TV Is Spying on You: The Rise of Streaming Ads and the Privacy Trade-off

Streaming platforms are increasingly relying on ads for revenue, even monitoring user viewing habits for personalized ad targeting. The article uses Roku as a case study, detailing its transformation from a hardware company into an advertising powerhouse, acquiring ad-tech companies to gather user data for precise ad placement. This trend isn't unique to Roku; many TV manufacturers and tech giants employ similar tactics, utilizing Automatic Content Recognition (ACR) to monitor what users watch and leverage this data for analytics and targeted advertising. While personalized ads can enhance user experience, significant privacy concerns arise. The article concludes by suggesting that opting for older, non-smart TVs and avoiding connection to smart devices is the best way to evade ads and data collection.

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OsmAnd vs. Organic Maps: A Deep Dive into Offline Mapping Apps

2025-09-03

This review compares two offline mapping apps based on OpenStreetMap data: OsmAnd and Organic Maps. OsmAnd boasts more features but can feel bloated, while Organic Maps is cleaner but less feature-rich. OsmAnd provides more detailed map information and superior customization options, including water navigation, public transit route planning, and more precise track recording. Organic Maps excels in its clean interface and map layering. The author ultimately chooses to stick with OsmAnd but is interested in Organic Maps' future development.

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Development

Beware! The Latest Wave of Fake Literary Agencies

2025-01-09
Beware! The Latest Wave of Fake Literary Agencies

Writer Beware® exposes a new crop of fraudulent literary agencies employing sophisticated websites and deceptive tactics to scam writers. The detailed investigation reveals the methods used by several fake agencies, such as The Elite Scout Society and ImplicitPress Literary Agency, highlighting how they fabricate credentials and solicit upfront fees. The article emphasizes the importance of verifying an agency's legitimacy before engaging with them to avoid falling victim to these scams.

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UTCP 1.0.1: A Flexible and Extensible Universal Tool Calling Protocol

2025-08-21
UTCP 1.0.1: A Flexible and Extensible Universal Tool Calling Protocol

The Universal Tool Calling Protocol (UTCP) 1.0.1 is a modern, flexible, and scalable standard for defining and interacting with tools across various communication protocols. Its modular core and plugin-based architecture enhance extensibility, testability, and packaging. UTCP emphasizes scalability, interoperability, and ease of use, offering plugins for HTTP, SSE, CLI, and more. The new version features a refactored architecture separating the core library from optional plugins, along with an improved search strategy and variable substitution mechanism.

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The Axiom of Choice: A Century of Debate

2025-06-13

This paper delves into the century-long debate surrounding the Axiom of Choice in mathematics. From Cantor's well-ordering principle to Zermelo's proof and introduction of the Axiom of Choice, the mathematical community engaged in heated discussions. The article deeply analyzes different forms of the Axiom of Choice, including the constructive and extensional versions, highlighting the issue with the extensional version: it violates the principle of 'you cannot get something from nothing'. Through proofs in constructive type theory, the paper reveals the relationship between the extensional Axiom of Choice, Zermelo's Axiom of Choice, and the topos-theoretic Axiom of Choice, concluding that the extensional Axiom of Choice is the correct rendering of Zermelo's Axiom in constructive type theory.

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CERN's Open Source Treasure Hunt: Quantifying the Impact of a Scientific Giant

2025-02-06

CERN, a powerhouse of scientific discovery, has a long history of open-source contributions. But how to measure its impact? CERN's Open Source Program Office (OSPO) has partnered with Software Heritage (SWH) to embark on a 12-month project. Using SWH's vast archive, they aim to track CERN-related software projects, analyze their evolution, and quantify their influence on the global open-source community. This research will not only illuminate CERN's open-source legacy but also provide a methodology for other organizations to measure their own contributions, offering valuable insights into the role of open source in scientific and technological advancement.

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Write Your Own x86 Operating System: A Practical Guide

2025-03-21

This book is a practical guide to writing your own x86 operating system. It walks you through the process, from setting up your development environment to implementing multitasking, with detailed explanations and code examples at each step. The authors share their experiences and provide links for further reading. Topics covered include memory management, interrupt handling, virtual memory, file systems, and system calls, making it suitable for readers with some systems programming experience.

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Lightweight Self-Hosted Proxy PipeGate: A 'Poor Man's ngrok'

2024-12-17
Lightweight Self-Hosted Proxy PipeGate: A 'Poor Man's ngrok'

PipeGate is a lightweight, self-hosted proxy built with FastAPI, designed as a "poor man's ngrok." It lets you expose your local servers to the internet, providing a simple way to create tunnels from your local machine to the external world. It's excellent for developers wanting to understand how tunneling services like ngrok work internally or needing a customizable alternative hosted on their own infrastructure. Key features include self-hosting, unique connections, customizability, lightweight design, and ease of learning. Installation is straightforward via git clone or pip.

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Linux Kernel Word Frequency Analyzer

2025-06-16

A website uses a powerful search engine to analyze the frequency of words, names, and functions in the Linux kernel source code. Users can input keywords (supporting wildcards and regular expressions) to view the results. The website also provides interactive charts (requires enabling JavaScript) for a visual representation of the analysis results. This is very helpful for researching the Linux kernel or understanding its code structure.

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Is This Aging Biotech Actually Tackling Aging?

2025-07-07
Is This Aging Biotech Actually Tackling Aging?

The longevity biotech space is booming, attracting billions in investment. However, not all claims of aging therapies hold water. This article explores what constitutes a truly effective anti-aging treatment: preventing multiple age-related diseases, preserving healthy function, and reversing the aging process. It cautions against focusing solely on aging biomarkers or “aging clocks,” emphasizing that correlation doesn't equal causation. Effective therapies should target prevalent age-related issues like muscle loss, immune dysfunction, and metabolic disorders, using measurable short-term clinical endpoints. The article stresses the importance of using aged organisms, spontaneous disease models, and human samples, and proposes promising strategies like delaying, replacing, restoring, and pausing aging.

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Katamari Damacy's 20th Anniversary: A Postmortem of a Miracle

2025-02-11
Katamari Damacy's 20th Anniversary: A Postmortem of a Miracle

Celebrating its 20th anniversary, the Katamari Damacy development team reveals the behind-the-scenes story of its creation. Born from a frustration with the industry's lack of originality, this unique game, centered around rolling a growing ball to collect objects, aimed for an unparalleled experience. The postmortem details successful aspects like simplified controls, atmospheric sound design, and areas for improvement such as conveying scale and camera angles. Ultimately, Katamari Damacy's success stands as a testament to its unique style and innovative gameplay, a true miracle in the gaming world.

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Game

Cretaceous Amber Yields a Wasp with a Venus Flytrap-Like Abdomen

2025-03-28
Cretaceous Amber Yields a Wasp with a Venus Flytrap-Like Abdomen

A new genus of wasp, †Sirenobethylus, has been discovered in mid-Cretaceous Kachin amber. This remarkable insect possesses a unique abdominal apparatus resembling a Venus flytrap, hypothesized to temporarily grasp and immobilize prey during oviposition. The discovery suggests a broader range of parasitoid strategies in mid-Cretaceous Chrysidoidea than exists today, highlighting the evolutionary diversity of this group.

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Stop Teaching Kids Finance with PowerPoint!

2025-02-22
Stop Teaching Kids Finance with PowerPoint!

This essay critiques the US education system's approach to financial literacy, arguing that simply lecturing students on financial concepts is ineffective. The author contends that real-world challenges like impulse control and peer pressure are ignored. Instead of complex formulas, the essay advocates for practical experience, such as starting small businesses, to teach valuable financial lessons. Only by combining theory with hands-on experience can true financial literacy be achieved.

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Simulated SPI RAM on RP2040: A High-Performance Implementation

2025-07-06
Simulated SPI RAM on RP2040: A High-Performance Implementation

This project simulates an SPI RAM, similar to a 23LC512, on the RP2040 microcontroller. It supports READ, WRITE, and FAST READ commands, leveraging PIO and DMA for efficient data transfer. To meet stringent timing requirements, the simulated RAM utilizes Core1 and optimized PIO programs to minimize latency. While currently not supporting aborting operations before data transfer begins, this project offers an effective way to achieve high-performance SPI RAM on the RP2040.

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Hardware

Kyoto U. Develops Morphine-Equivalent Painkiller Without Severe Side Effects

2025-08-05
Kyoto U. Develops Morphine-Equivalent Painkiller Without Severe Side Effects

A Kyoto University team has developed a painkiller, 'Adriana,' comparable to morphine but lacking its serious side effects like breathing problems and addiction. This groundbreaking drug works via a different mechanism than existing opioids, potentially revolutionizing pain management. Clinical trials showed efficacy in various patients, including lung cancer surgery patients. A larger US trial is planned for 2026, with practical application aimed for 2028, offering hope for addressing the opioid crisis and improving cancer patient care.

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Hanami Core Team Member Peter Solnica Announces Retirement

2024-12-12
Hanami Core Team Member Peter Solnica Announces Retirement

Peter Solnica, a core developer of the Hanami framework, recently announced his retirement from the core team. After two years of reflection, he decided to dedicate more time to his family and pursue a better work-life balance. Solnica expressed gratitude to numerous individuals and organizations that significantly impacted his career, including Lunar Logic, the DataMapper team, and Hanami team members. He stated that while no longer a core team member, he will continue to support Hanami's development and maintain contact with the community. Solnica's retirement doesn't reflect a loss of faith in Hanami, but rather a personal adjustment in time management and life priorities, shifting his focus to family and Elixir development.

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Development Open Source Retirement

Medieval Trebuchet Range Calculation: A Physics Problem Based on Energy Conservation

2025-02-06
Medieval Trebuchet Range Calculation: A Physics Problem Based on Energy Conservation

This article estimates the range of a medieval trebuchet by calculating energy conservation. The author first analyzes the process of converting the potential energy of the counterweight into the kinetic energy of the projectile, taking into account energy losses. Then, using a simplified integration method (avoiding complex calculus), the author calculates the flight time of the projectile in the air and ultimately estimates the range of the trebuchet, comparing it with data from historical documents, with surprisingly consistent results. The article points out that the range of the trebuchet is independent of gravitational acceleration, which is counterintuitive, but the author explains this phenomenon through analysis.

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Unlocking Spherical Trigonometry with Quaternions

2025-01-30
Unlocking Spherical Trigonometry with Quaternions

This article leverages the algebraic properties of quaternions to derive a 'master equation' for spherical trigonometry, elegantly proving the spherical law of cosines, the spherical law of sines, and Napier's rules. The author cleverly connects quaternions to the relationships between sides and angles of spherical triangles, using rotations and inner products to derive concise and elegant formulas. Applications to practical problems like calculating sunrise and sunset times are discussed, showcasing the power of quaternions in geometric problems.

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Fun with Timing Attacks: Exploiting Subtle Timing Differences to Crack Passwords

2025-01-18

This article unveils a clever attack technique known as a timing attack. By repeatedly calling a seemingly secure function, `checkSecret`, and precisely measuring its execution time, an attacker can infer the secret value. Even if `checkSecret` has no obvious vulnerabilities, its internal 'early exit' mechanism causes partially matching guesses to take longer, leaking information. The article details how to exploit this timing difference, combining Thompson Sampling and a Trie data structure to efficiently guess passwords, and discusses handling the complexities of network noise. Ultimately, the article stresses the importance of avoiding direct comparison of sensitive data, recommending the use of hashes or other secure algorithms, and implementing robust rate limits.

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Berkeley Lab Synthesizes Novel Berkelocene Molecule, Potentially Revolutionizing Nuclear Waste Management

2025-03-29
Berkeley Lab Synthesizes Novel Berkelocene Molecule, Potentially Revolutionizing Nuclear Waste Management

Scientists at Lawrence Berkeley National Laboratory have synthesized a new molecule, berkelocene, using the ultra-rare element berkelium. This 'sandwich'-like molecule, with a berkelium atom nestled between two carbon rings, defies theoretical expectations and offers a potential breakthrough in nuclear waste management. Working with an extremely small amount of the highly air-sensitive and radioactive berkelium, researchers overcame significant challenges, identifying the new molecule through a distinctive color change and X-ray diffraction. Published in Science, this discovery lays crucial groundwork for advancing nuclear waste disposal technologies.

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True Parallelism with Global Mutable State in Ruby

2025-03-25

This article explores achieving true parallelism with concurrent data structures in Ruby, overcoming the limitation of built-in Ruby primitives that don't support global mutable state for concurrency. The author demonstrates a method to achieve this, requiring familiarity with Ruby, Rust, and C, along with some additional tooling. Code examples are available on GitHub and require a recent Ruby version (master branch recommended for local compilation), Rust, and C compilers.

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Development

Outperforming cuBLAS: A CUDA Implementation of Single-Precision General Matrix Multiplication

2025-01-18

This article presents a CUDA implementation of single-precision general matrix multiplication (SGEMM) that outperforms cuBLAS in certain scenarios. By cleverly using PTX instructions, asynchronous memory copies, double buffering, and other optimization techniques, the author achieved efficient matrix multiplication, specifically tuned for an NVIDIA RTX 3090. The article details the algorithm design, optimization techniques, and benchmarking methodology, providing valuable experience for CUDA learners.

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Development

FCC Re-examines CALM Act Amid Surge in Loud TV Commercial Complaints

2025-02-28
FCC Re-examines CALM Act Amid Surge in Loud TV Commercial Complaints

Thousands of complaints about excessively loud TV commercials have flooded the Federal Communications Commission (FCC) in recent years. Despite regulations under the Commercial Advertisement Loudness Mitigation (CALM) Act, complaints surged in 2024. The FCC received approximately 750 complaints in 2022, 825 in 2023, and at least 1,700 in 2024. The CALM Act aims to ensure commercials have the same average volume as programs, but some advertisers may be circumventing the spirit of the law by initially boosting volume before quieting down. In response, the FCC is seeking public comment on the effectiveness of the CALM Act and potential future actions.

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AI Avatar Represents Himself in Court: A Legal First?

2025-04-04
AI Avatar Represents Himself in Court:  A Legal First?

A New York man used an AI-generated avatar to represent himself in court, leading to a stern rebuke from the judge. Lacking a lawyer, he hoped the avatar would overcome his speech impediment. While he apologized, the incident highlights the risks of AI in legal proceedings and the lack of clear regulations. Other lawyers have recently been fined for misusing AI tools, even citing fabricated cases. However, the Arizona Supreme Court has started using AI avatars to summarize court rulings, showcasing the evolving use of AI in the legal field.

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Tech

Century-Old Math Conjecture Overturned: New Knot Theory Discovery

2025-09-04
Century-Old Math Conjecture Overturned: New Knot Theory Discovery

Mathematicians have overturned a long-held conjecture in knot theory. It was believed that connecting two different knots would result in a new knot with complexity equal to the sum of the individual knots' complexities. However, researchers recently found a knot simpler than the sum of its parts. This discovery challenges our understanding of knot complexity and offers new insights into fields like protein folding and molecular stability.

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Wordsworth's Open Letter Supporting Copyright Reform

2025-09-04
Wordsworth's Open Letter Supporting Copyright Reform

In 1838, William Wordsworth penned a powerful letter to Serjeant Talfourd, MP, voicing his staunch support for a bill aimed at reforming copyright law. Faced with significant opposition from printers and publishers, Wordsworth declined to petition Parliament, instead choosing to publicly declare his belief in authors' inherent right to perpetual ownership of their works—a right far exceeding the bill's proposed term. He argued this right stemmed from common law and criticized opponents for hiding behind existing statutes, avoiding a defense of this fundamental right. The letter also touches upon his concerns for literary giants like Coleridge, Scott, and Southey, expressing his deep respect and gratitude for Talfourd's efforts.

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fui: A Framebuffer-Based TTY UI Library in C

2025-05-08
fui: A Framebuffer-Based TTY UI Library in C

fui is a lightweight C library for interacting with the framebuffer directly within a tty context. It uses a layered drawing system, supporting pixel drawing, primitive shapes (lines, rectangles, circles), bitmap font rendering, keyboard and mouse event handling (via libevdev), and a basic ALSA-based sound system (currently sine waves and chords). The library is statically linked and includes examples and tests (using cmocka). A simple Asteroids game demonstrates the sound capabilities.

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Development Graphics Library

AI Moats: Data, UX, and Integration, Not Models

2025-02-20
AI Moats: Data, UX, and Integration, Not Models

Last year, we argued that AI wasn't a moat, as prompt engineering is easily replicated. However, models like DeepSeek R1 and o3-mini have reignited concerns. This article argues that better models are a rising tide lifting all boats. Sustainable competitive advantages lie in: 1. Exceptional user experience—focus on seamless integration into workflows and solving user problems, not just adding AI for the sake of it; 2. Deep integration with existing workflows—integrate with messaging, document systems, etc.; 3. Effective data collection and utilization—focus on both input and output data for insights and improvements. Ultimately, AI is a tool; the key is understanding and meeting user needs effectively.

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Rerun 0.21 Update: Graph View, Drag & Drop, and Undo

2024-12-20
Rerun 0.21 Update: Graph View, Drag & Drop, and Undo

Rerun 0.21 introduces a highly anticipated Graph view, along with drag-and-drop functionality and undo capabilities. The new view, built using GraphNodes and GraphEdges archetypes, visualizes various graph structures like ROS graphs and semantic scene graphs. This release also implements time-travel-based undo and features a new force-based graph layout engine, Fjädra, significantly enhancing user experience.

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Development Graph View

Attention as Electromagnetic Field Line Management: A New Model of Consciousness

2024-12-17
Attention as Electromagnetic Field Line Management: A New Model of Consciousness

Qualia Research Institute proposes a novel model of attention, conceptualizing it as the management of dynamic patterns in the brain's electromagnetic field. By simulating electric field lines arising from weighted sums of harmonic oscillations, researchers demonstrate how attention controls charge density by modulating underlying resonant modes, explaining seemingly random fluctuations and drifts in attentional behavior. This model also offers a potential explanation for psychedelic experiences, suggesting that psychedelics disrupt the normal flow of attention by altering the configuration of harmonic modes. The research provides a new lens for understanding consciousness and developing novel neuro-interventions, such as inducing exotic states of consciousness by non-invasively perturbing the phase locking of attention.

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