AI tool comparison
CodeBurn vs ds2api
Which one should you ship with? Here is the side-by-side panel verdict, pricing read, reviewer split, and community vote comparison.
Developer Tools
CodeBurn
Token cost analytics and waste finder for AI coding tools
75%
Panel ship
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Community
Paid
Entry
CodeBurn is an open-source terminal dashboard that tracks and analyzes your token spend across Claude Code, OpenAI Codex, Cursor, OpenCode, and GitHub Copilot. It classifies coding sessions into 13 activity types — architecture, debugging, refactoring, code review, and more — and shows you exactly where your tokens are going. The standout feature is the optimizer: CodeBurn identifies wasteful patterns in your workflow — like repeatedly re-reading the same files, bloated context files, or MCP servers that are loaded but never used — and suggests concrete changes with estimated savings. It also tracks one-shot success rates per task type, helping you understand where AI is genuinely saving time vs. where you're fighting the tool. A macOS menu bar widget shows live token spend as you work, with a daily budget alert. Built by indie developer AgentSeal and shared as a Show HN, it picked up 80 upvotes and significant interest from developers who didn't realize how much they were spending on context re-reads alone. Open source under MIT license.
Developer Tools
ds2api
One API endpoint, any AI model — protocol-converting middleware written in Go
50%
Panel ship
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Community
Free
Entry
ds2api is an open-source middleware layer written in Go that converts between client-side AI protocols and a universal API format, with built-in multi-account support for automatic load distribution across API keys. Think of it as an Nginx for AI model APIs — a routing and protocol translation layer that lets you swap backends without rewriting clients. The Go implementation delivers low overhead and easy deployment as a standalone binary, sidecar, or containerized proxy. The multi-account pooling feature handles situations where a single API key hits rate limits by distributing requests across multiple accounts transparently, with no changes required to client code. At 1,791 GitHub stars, ds2api is filling a pragmatic gap in the AI infrastructure stack. It's the kind of plumbing that every serious multi-model deployment eventually needs: a clean abstraction that decouples your application code from the specific AI provider you're calling at any given moment.
Reviewer scorecard
“I ran this on a week of Claude Code sessions and immediately found I was spending 30% of my tokens re-reading the same five config files. The menu bar widget is the killer feature — seeing the cost counter tick up while you work changes your behavior instantly. Instant install for anyone serious about AI coding.”
“This is the plumbing layer every multi-model deployment needs. Go was the right choice — fast, statically compiled, trivial to containerize. The multi-account key pooling alone makes this worth deploying for any team hitting rate limits on a single provider key.”
“The 13 activity categories feel arbitrary and require calibration. More importantly, this is fundamentally a symptom-treating tool — the real fix is better context management built into the AI tools themselves. And if you're on a flat-rate API plan, cost tracking is largely irrelevant.”
“Routing your API keys through a third-party proxy is a meaningful security surface — read the source code carefully before trusting it with production credentials. Also, LiteLLM does this with a larger community and more features. What's the actual differentiation here beyond being written in Go?”
“Observability for AI token usage is an entire category about to explode. As agentic workflows scale from individual developers to teams and enterprises, understanding where tokens go becomes as important as understanding where CPU cycles go. CodeBurn is early but directionally correct.”
“Protocol fragmentation across AI providers is a real tax on the ecosystem. Clean abstraction layers that let you swap models without rewriting clients are going to be infrastructure primitives. The simplicity of a Go binary is an underrated advantage as teams minimize runtime dependencies.”
“Even for non-coding creative work — writing, research, brainstorming — understanding which prompting patterns are wasteful vs. effective is valuable. The one-shot success rate tracking by task type is a genuinely novel idea I haven't seen anywhere else.”
“This is pure developer infrastructure — completely opaque to anyone not comfortable auditing Go source code and proxy security configurations. Definitely skip unless you have specific multi-model routing needs and the time to vet it properly.”
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