Understanding Large Language Models: How They Work
Large Language Models (LLMs) are neural networks trained on massive text corpora. They use transformers and self-attention to understand relationships between words and generate coherent responses.
Explore the latest insights on AI, LLMs, and open source development
Large Language Models (LLMs) are neural networks trained on massive text corpora. They use transformers and self-attention to understand relationships between words and generate coherent responses.
Contributing to open source accelerates learning and builds your portfolio. Start small: improve docs, fix issues, and learn the repository workflow with supportive communities.
From customer support chatbots to code generation, LLMs are reshaping workflows. The most robust systems combine LLMs with retrieval, tools, and clear guardrails.
Studying real-world codebases is a great way to level up. Here are popular projects in Python, JavaScript, and AI worth exploring in 2025.
You can build a simple, effective chatbot with open tools. Combine an LLM with retrieval and a lightweight UI to answer domain questions.
Measuring LLM quality requires a mix of quantitative and qualitative signals. Create task-specific eval sets, track user feedback, and close the loop with prompt and retrieval updates.
Great maintainers balance roadmap, support, and community health. Clear docs, helpful issue templates, and kind reviews make projects welcoming and sustainable.
Open models are catching up fast with strong reasoning, tool-use, and long-context support. Here are five contenders that balance capability, flexibility, and cost.
In 2025, open-source AI moved from experiment to strategy. Companies want transparency, negotiable costs, on-prem privacy, and the freedom to tailor models to their workflows.
What happens when open models reach parity with closed ones? The future favors composable systems: retrieval, tools, and small specialized models working together transparently.