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4464 related articles
·3 min
Remix: An AI Tool for Running Design Experiments Directly on Production Apps
Remix is an AI tool combining Figma's design freedom with production environments, letting teams create variants via prompts in safe sandboxes and submit GitHub PRs with one click.
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·3 min
Running Local LLMs on 24GB VRAM? Your Actual Usable Memory Is Less Than You Think
A detailed breakdown of actual usable VRAM when running local LLMs on 24GB GPUs. Covers the three memory buckets — model weights, KV cache, and runtime headroom — with structured planning methods.
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·2 min
Getting Started with Local AI Model Deployment: A Complete Guide from Downloading on Hugging Face to Running with llama.cpp
A beginner-friendly guide to local AI model deployment, covering secure model downloads from Hugging Face, running inference, exporting to GGUF format, and high-performance local execution with llama.cpp.
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·3 min
Unsloth Teams Up with Thinking Machines: Dynamic 1-bit Quantization Achieves 86% Compression, Running Multimodal LLMs in 270GB
Unsloth and Thinking Machines release dynamic 1-bit GGUF quantization for Inkling, compressing the model from 1.9TB to 270GB (86% reduction) while retaining 74.2% accuracy and adding vision/audio multimodal support.
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·3 min
Running a Small Language Model on an $8 Chip: Pushing the ESP32-S3 to Its Limits
Exploring training and running a small language model (SLM) on an ESP32-S3 microcontroller costing just $8. Learn about model design under extreme hardware constraints, quantization strategies, and edge AI's potential.
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·3 min
Running a Local AI Voice Assistant on a $50 Arduino Board: A Practical Guide to Edge AI
How to run a fully local AI voice agent on a $50 Arduino Uno Q board, covering speech recognition, intent understanding, and TTS implementation for edge AI applications.
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·3 min
Quantprobe: An Open-Source Tool for Running 30B LLMs on 6GB GPUs
Quantprobe is an open-source memory optimization framework that enables 30B LLMs to run at 22 tokens/s on 6GB GPUs through per-layer quantization and intelligent CPU/GPU splitting.
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·4 min
Running an 80B Large Model on Mac with Only 4.3GB of Memory: Extreme Compression Techniques Explained
Deep dive into how an 80B-parameter LLM runs on Mac with only 4.3GB memory, covering ultra-low-bit quantization, sparsity, memory mapping, and implications for privacy and edge AI.
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·3 min
Nightcrawler: Deep Dive into an AI Penetration Testing Agent Running Locally on Smartphones
Deep analysis of Nightcrawler, an AI penetration testing agent running entirely on smartphones. Exploring how on-device AI empowers cybersecurity testing, its architecture, use cases, and risks.
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·2 min
MacDupl: One-Click Mac App Cloning for Running Multiple Accounts Simultaneously
MacDupl is a Mac app cloning tool that creates fully isolated app copies with one click, enabling multiple account logins, independent data storage, and separate Dock icons.
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·3 min
Running the 1.56TB Kimi K3 Model on 8GB RAM with Pure C
A developer built a pure C99 inference engine that runs the 1.56TB Kimi K3 model on 8GB RAM using MoE sparsity and NVMe on-demand loading—no GPU, 176KB binary.
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·3 min
MI355X Running Kimi K3 Benchmark: The Logic Behind Outperforming B300 in Performance per Dollar
Deep analysis of AMD MI355X running Kimi K3 with superior cost-efficiency vs NVIDIA B300, and its implications for the AI inference hardware market.
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·3 min
Dual RTX 3060 Running DeepSeek V4 Flash: IQ2_M Quantized Inference Benchmarked at 3.5 tok/s
Benchmarking DeepSeek V4 Flash on dual RTX 3060 GPUs with 96GB RAM at IQ2_M quantization achieving 3.5 tokens/sec. Covers hardware choices, 2-bit quantization techniques, and local LLM deployment optimization.
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·2 min
Running Local LLMs on a 24GB Mac Mini: Model Selection & Speed Optimization Guide
24GB Mac Mini too slow for local LLMs? Learn why 14B models struggle, get 3B-8B model recommendations for Home Assistant, and discover Ollama speed optimization tips.
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·4 min
Flycast WASM JIT: A Technical Breakthrough for Running Dreamcast Emulator at Full Speed in the Browser
Flycast WASM JIT v1 achieves full-speed Dreamcast emulation in browsers by generating complete WebAssembly modules at runtime, bypassing WASM's architectural limitations and boosting from 2FPS to full frame rate.
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·2 min
AI Agents Running a Real Company: Experiment Results and Capability Boundary Analysis
What happens when AI agents are tasked with running a real company? This analysis examines agent performance, critical shortcomings, and practical enterprise deployment advice.
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·1 min
OpenCalc: The Windows 95 Calculator Rewritten in Rust, Now Running Natively on Linux
OpenCalc reverse-engineers the classic Windows 95 calculator, fully rewritten in Rust with GTK+4 for native Linux support. Explore this open-source project.
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·2 min
Running Kimi K3 with 29GB of RAM: The Trade-offs and Costs of Extreme Quantization
Running Kimi K3 with 29GB RAM at just 0.5 tok/s. An in-depth analysis of extreme quantization techniques, performance trade-offs, and the impossible triangle of local LLM deployment.
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·2 min
Running Kimi K3 in 29GB of RAM: The Trade-offs and Costs of Extreme Quantization
Running Kimi K3 with 29GB RAM at just 0.5 tok/s. A deep analysis of extreme quantization techniques, performance trade-offs, and the impossible triangle of local LLM deployment.
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·5 min
witr: A Linux Process Tracing Tool for Quickly Identifying Why a Process Is Running
witr (Why Is This Running) is an open-source Linux process tracing tool that traces startup chains from processes, ports, containers, or files to quickly identify whether a process was launched by systemd, cron, or supervisor.
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