Somebody used spoofed ADSB signals to raster the meme of JD Vance
Summary
The supplied material consists solely of a title stating that an individual allegedly employed spoofed Automatic Dependent Surveillance‑Broadcast (ADSB) signals to raster a meme depicting JD Vance over the Mar‑a‑Lago property, using the AF2 ICAO identifier. No additional narrative, evidence, technical description, or contextual information is provided beyond this headline claim. Consequently, the only verifiable points are the mention of spoofed ADSB transmission, the rasterization of a JD Vance meme, the location (Mar‑a‑Lago), and the use of the AF2 ICAO identity; no further details on methodology, intent, or verification are present in the text.
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Community Discussion
The discussion centers on an incident where false ADS‑B data was injected into a specific aggregator rather than being broadcast at the RF layer, highlighting that the spoofed entry featured a raster image—a novelty compared to prior vector‑based fakes. Commenters note that multiple tracking services omitted the entry, suggesting limited reception, and they reference a historic Secret Service RF spoofing case. The tone is cautiously critical, emphasizing technical clarification while questioning the legality of the act and hinting at potential federal repercussions.
The UK paid £4.1M for a bookmarks site
Summary
The UK government’s AI Skills Hub, contracted to PwC for £4.1 million, serves as a portal that primarily links to external training resources such as Salesforce Trailhead rather than hosting original content. The site has been noted for several technical shortcomings: a non‑intuitive user interface, a small “Enroll Now” button that can be missed, and broken or inaccessible navigation elements (e.g., a “Skills & Training Gap Analysis” link that is unavailable to the public). Accessibility testing indicates the platform does not fully comply with required standards, leading to usability issues for all users. Content inaccuracies include a course on “AI and intellectual property” that references “fair use,” a concept applicable only in US law, whereas UK law uses the more restrictive “fair dealing.” Overall, the platform’s design and content delivery have been criticized for inefficiency and for providing limited value relative to the contract cost.
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Community Discussion
The comments describe the contract as unusually expensive and attribute the cost to rigid government procurement rules, risk‑averse officials, and reliance on large consulting firms that command high fees. Many express frustration that the work could likely be produced far cheaper by in‑house teams or smaller providers, and they suspect political favoritism or kickbacks influencing the selection. Comparisons to other public‑sector projects highlight perceived waste, though a minority note that the expenditure might be justified if it delivers wide‑scale upskilling. Overall sentiment is critical of the price and procurement process.
Beautiful Mermaid
Summary
The page displays the repository title “lukilabs/beautiful‑mermaid” and a system notice stating “You can’t perform that action at this time.” The visual content consists of five images identified only by their alt text: a “beautiful‑mermaid sequence diagram example,” an “npm version” badge, a “License” badge, and two user identifiers “@balintorosz” and “@craft‑agents‑bot.” No additional description, code, documentation, or functional information about the project is provided in the scraped text. The layout therefore consists solely of the title, the access‑restriction message, and the five labeled images without further contextual or technical detail.
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Community Discussion
Comments express strong enthusiasm for the ability to create ASCII diagrams that render consistently in terminals and on websites, highlighting the importance of monospaced fonts for clarity. Users indicate intent to try the tool and recommend alternatives such as Monodraw. A minor concern is the potential need to download an AI agent platform for the live demo, and a few wish the output appeared more professional. Overall sentiment is positive, with appreciation for the functionality and aesthetic appeal.
Please Don't Say Mean Things about the AI I Just Invested a Billion Dollars In
Summary
The piece parodies a billionaire’s public plea to halt criticism of an AI technology he has heavily funded. It references a Gizmodo headline quoting Nvidia CEO Jensen Huang urging a stop to negativity. The author dismisses concerns about the technology’s role in scamming older users, job displacement, ecological harm, surveillance expansion, erosion of education, unlicensed use of copyrighted data, and development of lethal autonomous weapons, framing these issues as “black‑and‑white” criticism. Despite acknowledging these drawbacks, the author claims the AI will drive cross‑industry innovation, resolve feminist and equality challenges, and remains essential, urging the public to “just use it.” The satire highlights the tension between massive investment, ethical controversies, and demands for unconditional acceptance of emerging AI systems.
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Community Discussion
The comments express a mixture of skepticism and criticism toward large‑language‑model development, emphasizing concerns about hype, profit motives, and potential misuse such as scams and disinformation, while also acknowledging the technology’s novelty and possible benefits. Many point to the concentration of power among wealthy tech leaders and media influence, noting a backlash against perceived arrogance and “mean” rhetoric. Satirical responses are seen as unevenly effective, with some finding them humorous and others considering them lazy or misguided. Overall, the discourse balances distrust of corporate motives with recognition of AI’s technical intrigue.
Mecha Comet – Open Modular Linux Handheld Computer
Summary
Mecha Comet is a modular Linux handheld computer designed for portable penetration‑testing and general Linux use. It runs Kali‑style toolchains, network scanners, protocol analyzers, traffic capture, fuzzing, and exploit demos without a laptop. The device incorporates a 40‑pin extension connector for GPIO, keyboard, and gamepad modules, and supports interchangeable processor options (i.MX 8M Plus and i.MX 95). Firmware boots via U‑Boot and can run multiple Linux distributions (Fedora, Debian, NixOS) and container runtimes (Docker, Podman). Pre‑installed applications cover browsers (Firefox), media players (VLC, Kodi, mpv), communication (Signal, Element, Telegram, Thunderbird), development tools (Rust, Dart, Python, Node.js, Git), and productivity (Obsidian, Nextcloud). The UI includes a file manager, camera, music, and notes apps. The hardware is featured in media coverage (TechRadar, Engadget, Tom’s Hardware) and was promoted through Kickstarter. The system targets security professionals needing a compact, extensible platform for on‑the‑go testing and general Linux computing.
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Community Discussion
The discussion raises concerns that the device’s Linux kernel is several months behind current releases, questioning whether upstream contributions or regular updates will occur and fearing the product may become stagnant. There is cautious interest, with users expressing curiosity about potential applications but doubting long‑term usefulness, noting a tendency for similar niche computers to be briefly experimented with then abandoned. The Kickstarter’s funding status is noted, and an alternative hobby concept involving automated management via Claude Code is mentioned as a possible direction.
Trinity large: An open 400B sparse MoE model
Summary
Trinity Large is a 400 B‑parameter sparse mixture‑of‑experts (MoE) model with 13 B active parameters per token, employing 256 experts and 4 active experts per token. Three checkpoints are released: **Preview** (light post‑training, chat‑ready), **Base** (full 17 T‑token pre‑training with the complete recipe), and **TrueBase** (early 10 T‑token checkpoint without instruction data or learning‑rate annealing). Training ran on 2 048 Nvidia B300 GPUs for 33 days, processing 17 T tokens curated by DatologyAI—including over 8 T synthetic tokens across web, code, math, reasoning, and 14 non‑English languages—at a total cost of ≈ $20 M. Architectural adjustments for stability include increasing dense layers from 3 to 6, momentum‑based expert load‑balancing with bias nudging and per‑sequence loss, and a z‑loss regularizer to control logit drift. Inference is 2–3× faster than comparable models on the same hardware, supports native 512 k context (preview at 128 k with 8‑bit quantization), and matches or exceeds peer open‑base models on math, coding, scientific reasoning, and knowledge benchmarks. The model is available free on OpenRouter (preview through Feb 2026) with integrations for Kilo Code, Cline, and OpenCode.
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Community Discussion
The overall tone is enthusiastic, highlighting the rapid development, competitive performance and open‑source nature of the new US‑based model as impressive. Commenters express interest in the “true base” release for research, raise technical questions about loss reduction, hardware requirements for the sparse MoE architecture, and the meaning of “open” regarding weights and data. There is curiosity about the choice of comparison benchmarks, concerns about the large synthetic‑data proportion, and speculation on monetization, while many view the release as a positive step for open‑source AI.
Airfoil (2024)
Summary
The article explains how airflow around an airfoil produces lift. It first describes visualizing wind using three techniques: (1) grass‑like arrows indicating local velocity magnitude and direction, (2) lightweight markers that trace particle paths, and (3) color maps showing speed without directional data. A particle‑level simulation shows that individual air molecules move randomly at ~1030 mph, colliding billions of times per second; averaging many particles in a small volume yields an almost zero net velocity for still air. When a bulk flow is imposed, the averaged velocity vector reveals the wind’s direction and speed, despite chaotic molecular motion. The piece then discusses relative velocity: motion is frame‑dependent, as illustrated by a car and an airplane observed from ground‑fixed versus vehicle‑fixed cameras. Forces on a car are balanced by ground reaction and drag, while an airplane’s weight is balanced by lift generated primarily by its wing’s airfoil cross‑section—characterized by a rounded leading edge and sharp trailing edge—that deflects airflow, creating a pressure difference that sustains flight.
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Community Discussion
The comments collectively praise the visual illustrations and detailed explanations, especially those by Bartosz Ciechanowski, noting their clarity, educational value, and appeal to both enthusiasts and students. AeroSandbox receives strong approval for its powerful, efficient aerodynamic simulation capabilities. Readers emphasize the importance of understanding flow attachment, lift‑to‑drag ratios, and broader aerodynamic concepts over simplistic pressure‑difference explanations. There is a shared desire for more content of this quality, optimism about AI‑generated tutorials, and appreciation for the resources’ relevance to hobbyists and academic curricula.
Satellites encased in wood are in the works
Community Discussion
No comments were included with the submission, so there is no material to assess for sentiment, recurring themes, or points of agreement and disagreement. Without any user remarks or discussion excerpts, it is not possible to identify collective opinions, dominant viewpoints, or any patterns of reaction to the linked articles. Consequently, a summary of the comment sentiment or themes cannot be generated.
Show HN: A MitM proxy to see what your LLM tools are sending
Summary
The GitHub repository **jmuncor/sherlock** provides a tool for intercepting Large Language Model (LLM) API traffic and visualizing token usage in a real‑time terminal dashboard. It enables developers to track API costs, debug prompts, and monitor context‑window consumption during AI development sessions. The project is implemented in Python, licensed under an open‑source license, and built on the **mitmproxy** platform to capture HTTP traffic. It includes integrations for Anthropic’s Claude service and references related contributors (e.g., @jmuncor, @claude, @kolarski). Access to the repository page returned the message “You can’t perform that action at this time,” indicating restricted access or a temporary error.
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Community Discussion
The comments show strong interest in the tool’s ability to observe and control Claude Code traffic, with many users praising its usefulness for debugging, token‑budget management, and post‑mortem analysis. There is a recurring desire for easier integration, such as OpenTelemetry export, plugin‑style extensions, and support for other LLM providers and Bedrock. Security and privacy concerns are noted, especially regarding MITM‑proxy usage and certificate handling. Users also ask about configuration steps, SSL requirements, and whether the solution could evolve into broader enterprise‑grade observability offerings.
Did a celebrated researcher obscure a baby's poisoning?
Summary
The article recounts how pediatric toxicologist Gideon “Gidi” Koren linked a newborn’s death to codeine‑containing medication taken by the mother, Rani Jamieson, after discovering she carried three copies of the ultra‑rapid CYP2D6 gene. Koren’s lab measured 70 ng/mL morphine in the infant’s blood—above the 20 ng/mL threshold associated with respiratory arrest—and 87 ng/mL morphine in the mother’s breast milk, a level unprecedented in literature. Publishing the findings in *The Lancet*, Koren argued that codeine is unsafe for breastfeeding when mothers are ultra‑rapid metabolizers, a condition affecting up to 40 % of North‑American mothers and varying by ethnicity (e.g., 1 % in Finland, ≈33 % in Ethiopia). The study prompted the FDA, Canadian, and European regulators to revise codeine labeling and led clinicians to favor opioids with more predictable metabolism (hydromorphone, oxycodone). The Jamiesons later filed a class‑action lawsuit against Johnson & Johnson, the maker of Tylenol‑3, while Koren continued public‑health advocacy and research on opioid transmission through breast milk.
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Community Discussion
The comments express strong skepticism toward the reported infant opioid case, questioning the plausibility of a lethal dose transmitted through breast milk and highlighting inconsistencies in the toxicology findings. Many criticize the handling of the study, suggesting inadequate scrutiny and potential bias within the publishing journal, while some imply possible fabrication or intentional deception. Overall, the tone is critical and calls for more rigorous verification and accountability in reporting such serious claims.