Show HN: Detach – Mobile UI for managing AI coding agents from your phone https://ift.tt/VgmAx7X

Show HN: Detach – Mobile UI for managing AI coding agents from your phone Hey guys, about two months ago I started this side-project for "asynchronous coding" where I can prompt Claude Code from my mobile on train rides, get a notification when it's done and then review and commit the code from the app itself. Since then I've been using it on and off for a while. I finally decided to polish it and publish it in case someone might find it useful. It's a self-hosted PWA with four panels: Agent (terminal running Claude Code), Explore (file browser with syntax highlighting), Terminal (standard bash shell), and Git (diff viewer with staging/committing). It can run on a cheap VPS and a fully functioning setup is provided (using cloud-init and simple bash scripts). This fits my preferred workflow where I stay in the loop: I review every diff, control git manually, and approve or reject changes before they go anywhere. Stack: Go WebSocket bridge, xterm.js frontend, Ubuntu sandbox container. Everything runs in Docker. Works with any CLI AI assistant, though I've only used it with Claude Code. Side project, provided as-is under MIT license. Run at your own risk. Feedback and MRs welcome. EDIT: Removed redundant text https://ift.tt/fVBSqug March 15, 2026 at 11:10PM

Show HN: Paperctl- An Arxiv CLI designed for agents https://ift.tt/El9wMy0

Show HN: Paperctl- An Arxiv CLI designed for agents https://ift.tt/MTyVxkr March 15, 2026 at 01:34AM

Show HN: Auto-Save Claude Code Sessions to GitHub Projects https://ift.tt/RKwhWM9

Show HN: Auto-Save Claude Code Sessions to GitHub Projects I wanted a way to preserve Claude Code sessions. Once a session ends, the conversation is gone — no searchable history, no way to trace back why a decision was made in a specific PR. The idea is simple: one GitHub Issue per session, automatically linked to a GitHub Projects board. Every prompt and response gets logged as issue comments with timestamps. Since the session lives as a GitHub Issue in the same ecosystem, you can cross-reference PRs naturally — same search, same project board. npx claude-session-tracker The installer handles everything: creates a private repo, sets up a Projects board with status fields, and installs Claude Code hooks globally. It requires gh CLI — if missing, the installer detects and walks you through setup. Why GitHub, not Notion/Linear/Plane? I actually built integrations for all three first. Linking sessions back to PRs was never smooth on any of them, but the real dealbreaker was API rate limits. This fires on every single prompt and response — essentially a timeline — so rate limits meant silently dropped entries. I shipped all three, hit the same wall each time, and ended up ripping them all out. GitHub's API rate limits are generous enough that a single user's session traffic won't come close to hitting them. (GitLab would be interesting to support eventually.) *Design decisions* No MCP. I didn't want to consume context window tokens for session tracking. Everything runs through Claude Code's native hook system. Fully async. All hooks fire asynchronously — zero impact on Claude's response latency. Idempotent installer. Re-running just reuses existing config. No duplicates. What it tracks - Creates an issue per session, linked to your Projects board - Logs every prompt/response with timestamps - Auto-updates issue title with latest prompt for easy scanning - `claude --resume` reuses the same issue - Auto-closes idle sessions (30 min default) - Pause/resume for sensitive work https://ift.tt/WuMQYKb March 14, 2026 at 11:49PM

Show HN: RepoCrunch – CLI to analyze GitHub repos https://ift.tt/n7l4vVH

Show HN: RepoCrunch – CLI to analyze GitHub repos https://ift.tt/kD2sVEK March 13, 2026 at 10:40PM

Show HN: Svglib a SVG parser and renderer for Windows https://ift.tt/TKebl6j

Show HN: Svglib a SVG parser and renderer for Windows svglib is a SVG file parser and renderer library for Windows. It uses Direct2D for GPU assisted rendering and XMLLite for XML parsing. This is meant for Win32 applications and games to easily display SVG images. https://ift.tt/Q1UTRPO March 10, 2026 at 08:34PM

Show HN: Web-based ANSI art viewer https://ift.tt/IjhHTL9

Show HN: Web-based ANSI art viewer My love letter to ANSI art. Full width rendering, scrolling by baud rate, text is selectable, and more. There are some example links at the top if you're feeling lucky. https://sure.is/ansi/ March 10, 2026 at 02:10PM

Show HN:Conduit–Headless browser with SHA-256 hash chain - Ed25519 audit trails https://ift.tt/SUwOnW4

Show HN:Conduit–Headless browser with SHA-256 hash chain - Ed25519 audit trails I've been building AI agent tooling and kept running into the same problem: agents browse the web, take actions, fill out forms, scrape data -- and there's zero proof of what actually happened. Screenshots can be faked. Logs can be edited. If something goes wrong, you're left pointing fingers at a black box. So I built Conduit. It's a headless browser (Playwright under the hood) that records every action into a SHA-256 hash chain and signs the result with Ed25519. Each action gets hashed with the previous hash, forming a tamper-evident chain. At the end of a session, you get a "proof bundle" -- a JSON file containing the full action log, the hash chain, the signature, and the public key. Anyone can independently verify the bundle without trusting the party that produced it. The main use cases I'm targeting: - *AI agent auditing* -- You hand an agent a browser. Later you need to prove what it did. Conduit gives you cryptographic receipts. - *Compliance automation* -- SOC 2, GDPR data subject access workflows, anything where you need evidence that a process ran correctly. - *Web scraping provenance* -- Prove that the data you collected actually came from where you say it did, at the time you say it did. - *Litigation support* -- Capture web content with a verifiable chain of custody. It also ships as an MCP (Model Context Protocol) server, so Claude, GPT, and other LLM-based agents can use the browser natively through tool calls. The agent gets browse, click, fill, screenshot, and the proof bundle builds itself in the background. Free, MIT-licensed, pure Python. No accounts, no API keys, no telemetry. GitHub: https://ift.tt/IymoZXT Install: `pip install conduit-browser` Would love feedback on the proof bundle format and the MCP integration. Happy to answer questions about the cryptographic design. March 12, 2026 at 04:45AM