Tools: Latest: Why I use a $2/month Claude API instead of the official one — for Linux kernel contributions

Tools: Latest: Why I use a $2/month Claude API instead of the official one — for Linux kernel contributions

Why I use a $2/month Claude API instead of the official one — for Linux kernel contributions

The real cost of kernel-level AI assistance

The rate limit wall

What I do instead

Real workflow for kernel contributions

1. Subsystem orientation

2. Bug investigation

3. Patch review

4. Commit message drafting

The economics

About the project This week, Linus Torvalds merged official documentation into the Linux kernel about using AI coding assistants. The kernel project now has an official stance: AI tools are allowed, but with strict guidelines. That's a big deal. The most conservative codebase in the world just opened the door to Claude Code, Copilot, and friends. But there's a problem nobody talks about: kernel contributions mean long, deep sessions. Kernel work isn't like writing a React component. You're reading through: A single kernel contribution session might involve: That's not a 10-minute session. That's a 2-3 hour deep dive. Multiple times per week. Here's what the Anthropic pricing page doesn't tell you upfront: Claude Code's $20/month plan has rate limits. When you're 90 minutes into a kernel debugging session — stack trace analyzed, subsystem context loaded, finally approaching the fix — you hit the wall: For kernel work, this isn't just annoying. It's potentially hours of lost context. I use the Claude API directly via a $2/month proxy that gives me unlimited usage for a flat monthly fee. That's it. Claude Code doesn't know the difference. It sends requests to the proxy, the proxy forwards to Anthropic, you get responses back. Same model, same quality, no rate limits, $2/month. Here's how I actually use this for kernel work: This is a long context load. With rate limits, this alone might eat your quota for the session. Kernel commit messages have specific requirements. Claude is excellent at structuring them correctly: If you're contributing to the Linux kernel, you're probably a professional engineer. Your time is worth something. For kernel contributors specifically — long sessions, deep context, multiple subsystems — the flat-rate model makes much more sense than a usage-throttled subscription. SimplyLouie is a $2/month Claude API proxy. No rate limits, same Anthropic models. 7-day free trial, no charge until you decide to continue. 50% of revenue goes to animal rescue. The founder's rescue dog inspired the project — the idea being that if you save a little money on AI tools, maybe some of that goodwill flows to animals who need it. The kernel's AI assistance docs are worth reading: github.com/torvalds/linux/blob/master/Documentation/process/coding-assistants.rst Templates let you quickly answer FAQs or store snippets for re-use. Hide child comments as well For further actions, you may consider blocking this person and/or reporting abuse

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Rate limit exceeded. Please wait before making more requests. Rate limit exceeded. Please wait before making more requests. Rate limit exceeded. Please wait before making more requests. # Install Claude Code npm install -g @anthropic-ai/claude-code # Set your API base URL to the proxy export ANTHROPIC_BASE_URL=https://simplylouie.com export ANTHROPIC_API_KEY=your-key-here # Now run Claude Code normally claude # Install Claude Code npm install -g @anthropic-ai/claude-code # Set your API base URL to the proxy export ANTHROPIC_BASE_URL=https://simplylouie.com export ANTHROPIC_API_KEY=your-key-here # Now run Claude Code normally claude # Install Claude Code npm install -g @anthropic-ai/claude-code # Set your API base URL to the proxy export ANTHROPIC_BASE_URL=https://simplylouie.com export ANTHROPIC_API_KEY=your-key-here # Now run Claude Code normally claude claude "I'm looking at the scheduler subsystem, specifically the CFS implementation in kernel/sched/fair.c. Give me a map of the key data structures and how they interact." claude "I'm looking at the scheduler subsystem, specifically the CFS implementation in kernel/sched/fair.c. Give me a map of the key data structures and how they interact." claude "I'm looking at the scheduler subsystem, specifically the CFS implementation in kernel/sched/fair.c. Give me a map of the key data structures and how they interact." claude "Here's a stack trace from a kernel oops in the network stack: [paste stack]. Walk me through what each frame means and what state the system was in." claude "Here's a stack trace from a kernel oops in the network stack: [paste stack]. Walk me through what each frame means and what state the system was in." claude "Here's a stack trace from a kernel oops in the network stack: [paste stack]. Walk me through what each frame means and what state the system was in." claude "Review this patch for correctness before I submit to LKML. Check for: locking violations, memory leak potential, style compliance with kernel coding standards." claude "Review this patch for correctness before I submit to LKML. Check for: locking violations, memory leak potential, style compliance with kernel coding standards." claude "Review this patch for correctness before I submit to LKML. Check for: locking violations, memory leak potential, style compliance with kernel coding standards." claude "Draft a kernel commit message for this change. Include: what problem it solves, why this approach, any relevant Fixes: tags." claude "Draft a kernel commit message for this change. Include: what problem it solves, why this approach, any relevant Fixes: tags." claude "Draft a kernel commit message for this change. Include: what problem it solves, why this approach, any relevant Fixes: tags." - Driver subsystems with decades of history - Memory management code with careful invariants - Network stack implementations with subtle protocol requirements - Reading 50+ files for context - Cross-referencing commit history - Understanding 3-4 subsystems simultaneously - Multiple review iterations with maintainers - Claude Code subscription: $20/month with rate limits - Getting blocked 90 minutes into a debugging session: priceless (in the bad way) - SimplyLouie API proxy: $2/month, unlimited usage