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📦 cglide/comfyui-cglide
CGlide for ComfyUI
CGlide stops your video clips from looking like they were baked in the oven. When you link short clips together to make a longer film, the usual method degrades the image quality with every connection, making it duller and crunchier. This tool fixes that by keeping the raw data intact instead of converting it to pixels and back. It also lets you lock a real song to the footage, so the animation actually matches the beat instead of guessing the music. It is a complete workflow for making short films where the colors stay perfect from start to finish.
🆔 @hackernewsgithubprojects
CGlide for ComfyUI
CGlide stops your video clips from looking like they were baked in the oven. When you link short clips together to make a longer film, the usual method degrades the image quality with every connection, making it duller and crunchier. This tool fixes that by keeping the raw data intact instead of converting it to pixels and back. It also lets you lock a real song to the footage, so the animation actually matches the beat instead of guessing the music. It is a complete workflow for making short films where the colors stay perfect from start to finish.
🆔 @hackernewsgithubprojects
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📦 leonxlnx/golden-temple
Golden Temple: 24 Million Triangles From Code
Twenty-four million triangles, zero texture files. That is the reality of Golden Temple, a project that constructs an entire golden-hour Japanese temple complex using thirty-one thousand lines of JavaScript. No pre-made 3D models and no downloaded images exist here; every roof tile, lotus flower, and koi fish is generated mathematically in real time. The single most striking feature is the final output: a seventy-second cinematic film rendered offline frame by frame. It proves you can build a photorealistic world entirely from logic. If you want to see how far procedural generation can go, this is the benchmark.
🆔 @hackernewsgithubprojects
Golden Temple: 24 Million Triangles From Code
Twenty-four million triangles, zero texture files. That is the reality of Golden Temple, a project that constructs an entire golden-hour Japanese temple complex using thirty-one thousand lines of JavaScript. No pre-made 3D models and no downloaded images exist here; every roof tile, lotus flower, and koi fish is generated mathematically in real time. The single most striking feature is the final output: a seventy-second cinematic film rendered offline frame by frame. It proves you can build a photorealistic world entirely from logic. If you want to see how far procedural generation can go, this is the benchmark.
🆔 @hackernewsgithubprojects
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📦 zeke/faster-chrome-devtools-skill
faster chrome devtools skill: the agent skill that drives Chrome without the heavy stuff
faster chrome devtools skill is the agent skill that drives Chrome without the heavy stuff. It lets your coding agent control a real browser directly, skipping the usual heavy setup. You don't need to install any extra packages or configure servers. The tool connects straight to Chrome, so you can open pages, click buttons, and grab data instantly. It is lean and fast because it uses the browser's native protocol. No more waiting for bloated automation tools to boot up. Just plain, direct control over your web session. It is the quickest way to let your code browse the web. You will love how simple it feels.
🆔 @hackernewsgithubprojects
faster chrome devtools skill: the agent skill that drives Chrome without the heavy stuff
faster chrome devtools skill is the agent skill that drives Chrome without the heavy stuff. It lets your coding agent control a real browser directly, skipping the usual heavy setup. You don't need to install any extra packages or configure servers. The tool connects straight to Chrome, so you can open pages, click buttons, and grab data instantly. It is lean and fast because it uses the browser's native protocol. No more waiting for bloated automation tools to boot up. Just plain, direct control over your web session. It is the quickest way to let your code browse the web. You will love how simple it feels.
🆔 @hackernewsgithubprojects
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📦 phone-harness/mcp
Your AI Agent Just Grabbed a Real iPhone
Your AI agent can now physically grab a real iPhone and start tapping, swiping, and typing on it like you. This project, called Phone Harness, connects your favorite AI tools to actual cloud phones, so they can see the screen, launch apps, and navigate the interface just like a human finger would. It solves the problem of agents being stuck in text-only chat boxes by giving them hands on real devices. You do not need to buy hardware or set up complex cables; just paste a link into your AI client, sign in, and the agent starts driving the phone.
🆔 @hackernewsgithubprojects
Your AI Agent Just Grabbed a Real iPhone
Your AI agent can now physically grab a real iPhone and start tapping, swiping, and typing on it like you. This project, called Phone Harness, connects your favorite AI tools to actual cloud phones, so they can see the screen, launch apps, and navigate the interface just like a human finger would. It solves the problem of agents being stuck in text-only chat boxes by giving them hands on real devices. You do not need to buy hardware or set up complex cables; just paste a link into your AI client, sign in, and the agent starts driving the phone.
🆔 @hackernewsgithubprojects
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📦 twigpine/openrecall
OpenRecall: AI Memory That Stays Private
OpenRecall is the memory layer that ensures your AI agents never forget what they know, even if you switch tools. It solves the problem of losing context by creating one encrypted memory bank that works across different coding assistants and projects. The surprising part is that the server only ever sees scrambled data; the actual notes are locked on your machine, so no one else can read them. It uses a standard connection protocol to let any compatible agent save and recall durable facts, meaning your preferences and project decisions stick around between sessions. You can run it locally or host it yourself to sync across your computers.
🆔 @hackernewsgithubprojects
OpenRecall: AI Memory That Stays Private
OpenRecall is the memory layer that ensures your AI agents never forget what they know, even if you switch tools. It solves the problem of losing context by creating one encrypted memory bank that works across different coding assistants and projects. The surprising part is that the server only ever sees scrambled data; the actual notes are locked on your machine, so no one else can read them. It uses a standard connection protocol to let any compatible agent save and recall durable facts, meaning your preferences and project decisions stick around between sessions. You can run it locally or host it yourself to sync across your computers.
🆔 @hackernewsgithubprojects
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📦 huwhitememes/comfyui-krea2-conditioning
Fix Your AI Faces: Krea 2 Conditioning Control
ComfyUI Krea 2 Conditioning Control is the custom node that finally stops your AI portraits from developing weird skin spots and shifting facial features. The previous method tried to boost image detail by amplifying the text signal, but that brute-force approach caused the model to drift, creating artifacts and making faces look younger or tilted. This tool fixes it by rebalancing the internal layers while keeping the total signal strength exactly the same. It uses a smart math trick to preserve the overall volume, so you get sharper details without the quality collapse.
🆔 @hackernewsgithubprojects
Fix Your AI Faces: Krea 2 Conditioning Control
ComfyUI Krea 2 Conditioning Control is the custom node that finally stops your AI portraits from developing weird skin spots and shifting facial features. The previous method tried to boost image detail by amplifying the text signal, but that brute-force approach caused the model to drift, creating artifacts and making faces look younger or tilted. This tool fixes it by rebalancing the internal layers while keeping the total signal strength exactly the same. It uses a smart math trick to preserve the overall volume, so you get sharper details without the quality collapse.
🆔 @hackernewsgithubprojects
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📦 storytold/materialcraft
MaterialCraft: The Rust Material Designer
A brick wall, a lava rock, and polished marble are all built from math, not photos, inside MaterialCraft. This open-source tool lets you design surfaces by connecting nodes in a graph, so you can create textures that tile perfectly without ever needing a photograph. The most surprising part is that the entire engine is written in pure Rust, meaning it runs natively on your computer or directly in your browser without any heavy web wrappers. It is currently in active development, offering a familiar workspace for artists who want total control over their materials.
🆔 @hackernewsgithubprojects
MaterialCraft: The Rust Material Designer
A brick wall, a lava rock, and polished marble are all built from math, not photos, inside MaterialCraft. This open-source tool lets you design surfaces by connecting nodes in a graph, so you can create textures that tile perfectly without ever needing a photograph. The most surprising part is that the entire engine is written in pure Rust, meaning it runs natively on your computer or directly in your browser without any heavy web wrappers. It is currently in active development, offering a familiar workspace for artists who want total control over their materials.
🆔 @hackernewsgithubprojects
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📦 dissimilis/flashtester
FlashTester: Exposing Fake USB Drives
FlashTester is the diagnostic tool that exposes fake USB drives in minutes rather than hours. It solves the problem of counterfeit flash drives that report a massive storage capacity but actually hold only a fraction of that space. Unlike older tools that write the entire drive from start to finish, this software uses a smart sampling technique to find the real data boundary almost instantly. If a drive is fake, it shows you exactly where the storage ends and offers to reformat it to that true size so your files stop disappearing.
🆔 @hackernewsgithubprojects
FlashTester: Exposing Fake USB Drives
FlashTester is the diagnostic tool that exposes fake USB drives in minutes rather than hours. It solves the problem of counterfeit flash drives that report a massive storage capacity but actually hold only a fraction of that space. Unlike older tools that write the entire drive from start to finish, this software uses a smart sampling technique to find the real data boundary almost instantly. If a drive is fake, it shows you exactly where the storage ends and offers to reformat it to that true size so your files stop disappearing.
🆔 @hackernewsgithubprojects
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📦 8protons/powblock
POWBlock: The 1MB Anti-Bot Wall
POWBlock is a one-megabyte binary that makes malicious bots pay for access with their own computer power. This tiny program sits quietly behind your website's main server, serving a simple page that forces a visitor to solve a specific math puzzle before they can view your content. Real people solve it in a blink of an eye, but automated scrapers and attack traffic get stuck in a loop, burning through resources without ever reaching your site. It is a lightweight, single-purpose tool designed to absorb traffic floods without slowing down your actual server.
📰 https://news.ycombinator.com/item?id=49489504
🆔 @hackernewsgithubprojects
POWBlock: The 1MB Anti-Bot Wall
POWBlock is a one-megabyte binary that makes malicious bots pay for access with their own computer power. This tiny program sits quietly behind your website's main server, serving a simple page that forces a visitor to solve a specific math puzzle before they can view your content. Real people solve it in a blink of an eye, but automated scrapers and attack traffic get stuck in a loop, burning through resources without ever reaching your site. It is a lightweight, single-purpose tool designed to absorb traffic floods without slowing down your actual server.
📰 https://news.ycombinator.com/item?id=49489504
🆔 @hackernewsgithubprojects
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📦 hyundaimotorgroup/hmg-physical-quality-decision-ai
Physical Quality Decision AI
Hyundai Motor Group released Physical Quality Decision AI, a tool that looks at factory welds and tells you if they pass or fail. The wild part is how it handles doubt. Instead of guessing when the computer is unsure, it checks the image against a library of known examples and lets a vote decide. This stops the system from confidently lying to you about bad welds. It is designed to flag issues early so humans can take a closer look, rather than replacing the inspector entirely. It works on photos and videos, making it a practical first step for automated factory checks that actually admit when they are not sure.
🆔 @hackernewsgithubprojects
Physical Quality Decision AI
Hyundai Motor Group released Physical Quality Decision AI, a tool that looks at factory welds and tells you if they pass or fail. The wild part is how it handles doubt. Instead of guessing when the computer is unsure, it checks the image against a library of known examples and lets a vote decide. This stops the system from confidently lying to you about bad welds. It is designed to flag issues early so humans can take a closer look, rather than replacing the inspector entirely. It works on photos and videos, making it a practical first step for automated factory checks that actually admit when they are not sure.
🆔 @hackernewsgithubprojects
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📦 eas4ai/sudus
Sudus: How to keep AI coding on track
Sudus tracks every decision your coding agent makes so the work stays tied to what you actually agreed to build. When an artificial intelligence writes code, it can easily drift or forget your original instructions. This tool solves that by recording your goals and checking if the agent still matches them. Every agreement lives in your project history, visible to any new session. This keeps the process honest and prevents the machine from quietly changing your plan. You get a clear record of what was done and what still needs your approval. It is a simple way to keep your projects on track while using AI.
🆔 @hackernewsgithubprojects
Sudus: How to keep AI coding on track
Sudus tracks every decision your coding agent makes so the work stays tied to what you actually agreed to build. When an artificial intelligence writes code, it can easily drift or forget your original instructions. This tool solves that by recording your goals and checking if the agent still matches them. Every agreement lives in your project history, visible to any new session. This keeps the process honest and prevents the machine from quietly changing your plan. You get a clear record of what was done and what still needs your approval. It is a simple way to keep your projects on track while using AI.
🆔 @hackernewsgithubprojects
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📦 ediblepawns/stake-november-monthly
How Stake November Monthly Rewards Work
Stake November Monthly is the open guide that finally demystifies how recurring VIP reward systems actually function on online entertainment platforms. Instead of guessing your payout, it breaks down the math into simple parts like activity tracking, loyalty tiers, and monthly cycles. The most surprising part is its Python tool, which lets you estimate your relative bonus by plugging in your wager volume and consistency. It shows why a high tier with low activity might pay less than a mid-tier user who stays active. This project helps you compare your progress across months without needing private platform formulas.
🆔 @hackernewsgithubprojects
How Stake November Monthly Rewards Work
Stake November Monthly is the open guide that finally demystifies how recurring VIP reward systems actually function on online entertainment platforms. Instead of guessing your payout, it breaks down the math into simple parts like activity tracking, loyalty tiers, and monthly cycles. The most surprising part is its Python tool, which lets you estimate your relative bonus by plugging in your wager volume and consistency. It shows why a high tier with low activity might pay less than a mid-tier user who stays active. This project helps you compare your progress across months without needing private platform formulas.
🆔 @hackernewsgithubprojects