// MODEL CATEGORY

Best AI models for coding

Find the best AI model for coding. Compare code LLMs and GitHub Copilot alternatives head-to-head on SWE-bench and other software-engineering benchmarks before you commit.

8 models

About Best AI models for coding

The best AI for coding is the model that turns intent into correct, runnable software with the least supervision. Code LLMs and AI coding assistants β€” the GitHub Copilot alternatives behind modern IDEs and agents β€” are best judged on software-engineering benchmarks rather than generic chat quality. SWE-bench (and SWE-bench Verified) measures whether a model can resolve real GitHub issues end to end, while HumanEval and MBPP probe raw code generation. When picking the best AI model for coding, look beyond pass rates: large context windows let a model read an entire repository, strong tool use enables it to run tests and iterate, and low latency keeps an agentic loop affordable. Open-weights code models such as Qwen-Coder and DeepSeek-Coder can be self-hosted for private codebases, while frontier proprietary models often lead on the hardest agentic tasks. Compare SWE-bench scores on our benchmarks page, then line up two coding models with compare to find the best AI for coding for your stack.

Frequently asked questions

What is the best AI for coding?

The best AI for coding is the model that resolves real engineering tasks with the least supervision. Judge candidates on SWE-bench Verified rather than generic chat quality, and favour models with large context windows and strong tool use for agentic workflows. Compare current scores on the benchmarks page.

What are good GitHub Copilot alternatives?

Strong alternatives include frontier proprietary code models and open-weights options such as Qwen-Coder and DeepSeek-Coder, which can be self-hosted for private codebases. Filter the list above by availability and compare them on SWE-bench.

Which benchmark matters most for coding models?

SWE-bench (and SWE-bench Verified) is the most representative benchmark because it measures whether a model can resolve actual GitHub issues end to end. HumanEval and MBPP are useful for raw code-generation ability.