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Ahead of AI

Using Local Coding Agents LLM Research Papers: The 2026 List (January to May) Recent Developments in LLM Architectures: KV Sharing, mHC, and Compressed Attention Components of A Coding Agent A Visual Guide to Attention Variants in Modern LLMs A Dream of Spring for Open-Weight LLMs: 10 Architectures from Jan-Feb 2026 Categories of Inference-Time Scaling for Improved LLM Reasoning The State Of LLMs 2025: Progress, Problems, and Predictions LLM Research Papers: The 2025 List (July to December) From DeepSeek V3 to V3.2: Architecture, Sparse Attention, and RL Updates Beyond Standard LLMs Understanding the 4 Main Approaches to LLM Evaluation (From Scratch) Understanding and Implementing Qwen3 From Scratch From GPT-2 to gpt-oss: Analyzing the Architectural Advances The Big LLM Architecture Comparison LLM Research Papers: The 2025 List (January to June) Understanding and Coding the KV Cache in LLMs from Scratch Coding LLMs from the Ground Up: A Complete Course The State of Reinforcement Learning for LLM Reasoning
My Workflow for Understanding LLM Architectures
ibobev · 2026-04-27 · via Ahead of AI

Many people asked me over the past months to share my workflow for how I come up with the LLM architecture sketches and drawings in my articles, talks, and the LLM-Gallery. So I thought it would be useful to document the process I usually follow.

The short version is that I usually start with the official technical reports, but these days, papers are often less detailed than they used to be, especially for most open-weight models from industry labs.

The good part is that if the weights are shared on the Hugging Face Model Hub and the model is supported in the Python transformers library, we can usually inspect the config file and the reference implementation directly to get more information about the architecture details. And “working” code doesn’t lie.

Figure 1: The basic motivation for this workflow is that papers are often less detailed these days, but a working reference implementation gives us something concrete to inspect.

I should also say that this is mainly a workflow for open-weight models. It doesn’t really apply to models like ChatGPT, Claude, or Gemini, where the weights and details are proprietary.

Also, this is intentionally a fairly manual process. You could automate parts of it. But if the goal is to learn how these architectures work, then doing a few of these by hand is, in my opinion, still one of the best exercises.

Figure 2: At a high level, the workflow goes from config files and code to architecture insights.