The writer Aadil Pickle has a great profile of one of my favorite hackers, “Training the Idea Muscle” on Riley Walz. Riley epitomizes the term “high agency,” and I’ve been continually impressed with his ability to rapidly code novel ideas and interfaces on top of public or reverse-engineered data. He’s a hacker, artist, and provocateur. I’m enjoying this slower time of the year, and it looks like this will be the warmest Christmas I can remember in Houston; it was 80° F today! Makes me appreciate what Christmas in the southern hemisphere must be like. ### Share this: * Click to share on Tumblr (Opens in new window) Tumblr * Click to share on X (Opens in new window) X * Click to share on Facebook (Opens in new window) Facebook * Click to share on LinkedIn (Opens in new window) LinkedIn * Click to share on Pocket (Opens in new window) Pocket * Click to share on Telegram (Opens in new window) Telegram * Click to email a link to a friend (Opens in new window) Email * ### _Related_

This paper provides a construction and existence proof for a 1-parameter family of chiral unbalanced triply-periodic minimal surfaces of genus 4. We name these {\textit{gyrating H'-T} surfaces, because they are related to Schoen's H'-T surfaces in a similar way as the Gyroid is to the Primitive surface. Their chirality is manifest in a screw symmetry of order six. The two labyrinthine domains on either side of the surface are not congruent, rather one representing the quartz net (\texttt{qtz}) and the other one the dual of the quartz net (\texttt{qzd}). The family tends to the Scherk saddle tower in one limit and to the doubly periodic Scherk surface in the other. The motivation for the construction was to construct a chiral tunable unbalanced surface family, originally as a template for photonic materials. The numeric construction is based on reverse-engineering of the tubular surface of two suitably chosen dual nets, using the \textit{Surface Evolver}} to minimize area or curvature variations. The existence is proved using Weierstrass parametrizations defined on the branched torus.

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Brownfield-first CLI for Python legacy modernization with runtime contract enforcement. Reverse engineer existing code → specs → contracts. Works offline, no account required. - nold-ai/specfact-cli

Reolink RLC-410-5MP IP camera reverse engineered technical details - hn/reolink-camera

__Download Torrent __Magnet Link A New Sonic Landscape Piano Evolutions transforms the familiar sound of the piano into a world of motion: organic textures, expressive swells, and patterns that breathe and reshape in real time. Shape evolving tones on the Evo page, create flowing patterns with the Rhythmic Engine, and add cinematic warmth using curated Atmosphere Layers. With articulations such as ranging from Normale, Felt, Muted, Plucked and Percussion, this is a piano designed for modern scoring and textural creativity. Five Distinct Voices Shape your sound with a versatile palette of articulations – Normale, Felt, Muted, Plucked, and Percussion – each offering its own character, texture, and creative personality. Each can be reversed to a custom amount. Evolving Textures Craft expressive movement with the Evo Page, blending shifting tones, subtle swells, and evolving layers that add depth, motion, and cinematic atmosphere to every performance. Rhythmic Motion Transform simple ideas into flowing patterns with the Rhythm Page, generating pulses, arpeggios, and dynamic movement that respond intuitively to your playing and elevate your compositions. A Piano Reimagined Exploring the instrument beyond tradition – from delicate felt tones to plucked strings, muted notes, and handcrafted percussive textures. Performance by a Visionary Performed by contemporary pianist Benjamin Powell, whose expressive approach brings depth, nuance, and authenticity to every sound. Crafted in an Iconic Space Recorded in Studio 1 at 80 Hertz, Manchester, capturing the room’s rich character, intimate detail, and cinematic resonance. Features * 5 Articulations * 86 custom presets * Evo and Rhythm Control **Download Torrent** __Download Torrent __Magnet Link

NAGANO: Shinshu University and global organization Community Jameel collaborated on a new water purification t・・・

Ein Sicherheitsforscher nimmt Interessierte mit auf eine Reise in eine IP-Kamera-Firmware. Das Ergebnis sind Patches für TP-Links Tapo-C200-Modell.

What happens when you take IDA Pro to a $30B “decentralized” exchange? Hyperliquid markets itself as a “fully on-chain order book perpetual …

Ge/SiGe heterostructures represent a promising platform for hosting various quantum devices such as hole spin qubits and Andreev spin qubits. However, the compatibility of such heterostructures with high-quality-factor microwave superconducting cavities remains a challenge due to defects in the material stack. In this work, we present an approach to enhance the coherence of cavity modes on a reverse-graded Ge/SiGe heterostructure, which consists of etching the full $\sim 1.6~\mathrm{μm}$-thick Ge/SiGe stack down to its starting high-resistivity Si substrate, in order to pattern superconducting cavities directly on it. We engineer the mesa step to be tapered, so that it can be easily climbed by the superconducting cavities to reach the quantum devices potentially hosted in the Ge quantum well. Using this approach, we observe internal quality factors of $Q_\mathrm{i} \approx 10000-20000$ for high-impedance frequency-tunable Josephson junction array resonators, limited by the junctions' fabrication, and $Q_\mathrm{i} \approx 100000$ for $50~\mathrmΩ$ coplanar waveguide Nb lift-off resonators. These $Q_\mathrm{i}$ are preserved despite the overlap with the mesa structure in the climbing region, and are comparable to the ones obtained for identical resonators fabricated on a high-resistivity Si wafer reference. Thereby, this work paves a practical path toward superconductor-semiconductor hybrid devices, immediately applicable to emerging technologies on planar Ge.

Clean, structured web data optimized for LLM context. Save tokens, improve quality, get accurate results.

Reverse engineering can be particularly challenging for beginners, especially since many high-quality training materials are paid and not everyone can afford access to them. In addition, free resources are often scattered, outdated, or assume prior knowledge, which makes the learning process even more difficult for newcomers. Because of this gap, I decided to write this foundational blog to provide an accessible and practical introduction to malware analysis using Radar. The goal of this art...

Native macOS CUPS printer driver for Epilog Zing laser engravers - leftouterjoins/EpilogDriver

China might really be on the heels of the West, this time.