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Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: /home/user/worktrees/attempt-ce75940a-9162-4e5d-b475-3467a191b24f-cap-0/DESIGN.md /home/user/worktrees/attempt-ce75940a-9162-4e5d-b475-3467a191b24f-cap-0/README.md /home/user/worktrees/attempt-ce75940a-9162-4e5d-b475-3467a191b24f-cap-0/package.json /home/user/worktrees/attempt-ce75940a-9162-4e5d-b475-3467a191b24f-cap-0/videos/README.md Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: 1 # Spool 2 3 Your local AI session library. 4 5 <p align="center"> 6 <img src="docs/spool-v1.png" alt="Spool" width="720"> 7 </p> 8 9 Spool collects every Claude Code, Codex CLI, Gemini CLI, and OpenCode session you've ever had into a sidebar of projects you can browse, pin, and revisit. Press ⌘K to search across the whole archive. 10 11 > **Early stage.** Spool is under active development — expect rough edges. Feed Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: 1 # Design System — Spool 2 3 ## Product Context 4 - **What this is:** A local AI session library — an Electron macOS app that collects, organizes, and lets you revisit every Claude Code, Codex, and Gemini session you've ever had. 5 - **Who it's for:** Developers who think with AI daily and have accumulated hundreds of sessions across multiple tools. The persona is overwhelmed by the archive itself, not only by re-ex Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: 1 { 2 "name": "spool", 3 "version": "0.5.2", 4 "private": true, 5 "packageManager": "pnpm@10.33.0", 6 "scripts": { 7 "build": "turbo build", 8 "dev": "turbo dev", 9 "test": "turbo test", 10 "test:core": "pnpm --filter @spool-lab/core test", 11 "test:e2e": "pnpm --filter @spool/app test:e2e", 12 "rebuild:native:node": "pnpm --filter @spool-lab/core run rebuild:native:node", 13 "rebuild:native:electron": "pnpm --filter Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: total 32 drwxr-xr-x 8 user user 4096 Jun 6 04:57 . drwxr-xr-x 11 user user 4096 Jun 6 04:57 .. drwxr-xr-x 7 user user 4096 Jun 6 04:57 app drwxr-xr-x 4 user user 4096 Jun 6 04:57 cli drwxr-xr-x 3 user user 4096 Jun 6 04:57 core drwxr-xr-x 7 user user 4096 Jun 6 04:57 landing drwxr-xr-x 3 user user 4096 Jun 6 04:57 redact drwxr-xr-x 3 user user 4096 Jun 6 04:57 share-kit Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: No files found Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: Found 12 files scripts/rebuild-better-sqlite3-node.mjs packages/landing/scripts/sync-registry.mjs packages/cli/bin/spool.js packages/app/scripts/dev-reset-db.mjs packages/app/scripts/dev-seed-from-prod.mjs packages/app/scripts/dev.mjs packages/app/scripts/lib/spool-data-dir.mjs packages/app/scripts/lib/spool-data-dir.test.mjs packages/app/e2e/mocks/acp-mock-agent-error.mjs packages/app/e2e/mocks/acp-mock-agent.mjs es Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: /home/user/worktrees/attempt-ce75940a-9162-4e5d-b475-3467a191b24f-cap-0/package.json /home/user/worktrees/attempt-ce75940a-9162-4e5d-b475-3467a191b24f-cap-0/packages/app/package.json /home/user/worktrees/attempt-ce75940a-9162-4e5d-b475-3467a191b24f-cap-0/packages/app/tsconfig.json /home/user/worktrees/attempt-ce75940a-9162-4e5d-b475-3467a191b24f-cap-0/packages/cli/package.json /home/user/worktrees/attempt-ce75940a-91 Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: Found 7 files packages/share-kit/package.json packages/landing/package.json packages/landing/pages/daemon/index.tsx packages/redact/package.json packages/cli/package.json packages/core/package.json packages/app/package.json Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: 1 { 2 "name": "@spool-lab/cli", 3 "version": "0.5.2", 4 "private": false, 5 "type": "module", 6 "bin": { 7 "spool": "./bin/spool.js" 8 }, 9 "exports": { 10 ".": { 11 "import": "./dist/index.js", 12 "types": "./dist/index.d.ts" 13 } 14 }, 15 "files": [ 16 "dist", 17 "bin" 18 ], 19 "publishConfig": { 20 "access": "public" 21 }, 22 "scripts": { 23 "build": "pnpm run clean && tsc && chmod +x bin/spool.js", 24 "dev": "tsc Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: 1 { 2 "name": "@spool/app", 3 "version": "0.5.2", 4 "private": true, 5 "productName": "Spool", 6 "main": "./out/main/index.js", 7 "scripts": { 8 "rebuild:native": "pnpm run rebuild:native:electron", 9 "rebuild:native:electron": "electron-rebuild -f -w better-sqlite3", 10 "build:core": "pnpm --filter @spool-lab/core build", 11 "build:redact": "pnpm --filter @spool-lab/redact build", 12 "build:share-kit": "pnpm --filte Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: 1 { 2 "name": "@spool-lab/core", 3 "version": "0.5.2", 4 "private": false, 5 "type": "module", 6 "main": "./dist/index.js", 7 "types": "./dist/index.d.ts", 8 "exports": { 9 ".": { 10 "import": "./dist/index.js", 11 "types": "./dist/index.d.ts" 12 } 13 }, 14 "files": [ 15 "dist" 16 ], 17 "publishConfig": { 18 "access": "public" 19 }, 20 "scripts": { 21 "rebuild:native": "pnpm run rebuild:native:node", 22 "rebuild:nati Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: /home/user/worktrees/attempt-ce75940a-9162-4e5d-b475-3467a191b24f-cap-0/packages/app/e2e/agent-search.spec.ts /home/user/worktrees/attempt-ce75940a-9162-4e5d-b475-3467a191b24f-cap-0/packages/core/src/migrations/agent-search-cleanup.test.ts /home/user/worktrees/attempt-ce75940a-9162-4e5d-b475-3467a191b24f-cap-0/packages/core/src/migrations/agent-search-cleanup.ts Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: Found 40 files limit: 40 packages/redact/src/detectors.ts packages/redact/src/validators.ts packages/share-kit/src/lib/storage/preview-document.test.ts packages/share-kit/src/lib/storage/preview-document.ts packages/share-kit/src/lib/types.ts packages/core/src/sync/source-paths.test.ts packages/core/src/sync/source-paths.ts packages/core/src/sync/syncer.test.ts packages/core/src/sync/syncer.ts packages/core/src/types Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: 1 import { test, expect } from '@playwright/test' 2 import { launchApp, waitForSync, type AppContext } from './helpers/launch' 3 import type { Page } from '@playwright/test' 4 5 async function searchInAgentMode(window: Page, query: string) { 6 const overlay = window.locator('[data-testid="search-overlay"]') 7 if (!(await overlay.isVisible().catch(() => false))) { 8 await window.locator('[data-testid="sidebar-search"] Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: /home/user/worktrees/attempt-ce75940a-9162-4e5d-b475-3467a191b24f-cap-0/packages/app/e2e/agent-search.spec.ts /home/user/worktrees/attempt-ce75940a-9162-4e5d-b475-3467a191b24f-cap-0/packages/app/e2e/mocks/acp-base.mjs /home/user/worktrees/attempt-ce75940a-9162-4e5d-b475-3467a191b24f-cap-0/packages/app/e2e/mocks/acp-mock-agent-error.mjs /home/user/worktrees/attempt-ce75940a-9162-4e5d-b475-3467a191b24f-cap-0/packages/a Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: /home/user/worktrees/attempt-ce75940a-9162-4e5d-b475-3467a191b24f-cap-0/packages/app/src/main/acp.test.ts /home/user/worktrees/attempt-ce75940a-9162-4e5d-b475-3467a191b24f-cap-0/packages/app/src/main/acp.ts /home/user/worktrees/attempt-ce75940a-9162-4e5d-b475-3467a191b24f-cap-0/packages/app/src/main/binaryCache.ts /home/user/worktrees/attempt-ce75940a-9162-4e5d-b475-3467a191b24f-cap-0/packages/app/src/main/eventLoopM Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: 1 // execSync below is only used by getLoginShellEnv, which fires on the 2 // first user-triggered ACP query — never on the launch path. Safe. 3 // eslint-disable-next-line no-restricted-imports 4 import { spawn, execSync, type ChildProcess } from 'node:child_process' 5 import { existsSync, readFileSync, writeFileSync, mkdirSync } from 'node:fs' 6 import { readFile } from 'node:fs/promises' 7 import { join, resolve } Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: 1 #!/usr/bin/env node 2 // Mock ACP agent — streams text chunks + tool call on prompt. 3 import { reply, notify, runMockAgent } from './acp-base.mjs' 4 5 const CHUNKS = [ 6 'Based on your knowledge base, ', 7 'I found that MOCK_ACP_RESPONSE_42 appears in your recent sessions. ', 8 'This relates to the search indexing feature you were working on.', 9 ] 10 11 const sleep = (ms) => new Promise(r => setTimeout(r, ms)) 12 Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: 1 import { createInterface } from 'node:readline' 2 3 export function send(obj) { 4 process.stdout.write(JSON.stringify(obj) + ' ') 5 } 6 7 export function reply(id, result) { 8 send({ jsonrpc: '2.0', id, result }) 9 } 10 11 export function notify(method, params) { 12 send({ jsonrpc: '2.0', method, params }) 13 } 14 15 const BASE_HANDLERS = { 16 initialize(id) { 17 reply(id, { 18 protocolVersion: 1, 19 agentCapabilit Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: Found 10 files packages/app/src/renderer/inference/pf-inference.ts packages/app/src/renderer/featureFlags.ts packages/app/src/main/security/pf-runtime.ts packages/app/src/main/securityPreferences.test.ts packages/app/src/renderer/components/CodeBlock.tsx packages/app/src/main/acp.ts packages/app/src/main/index.ts packages/app/src/main/ipc/security.test.ts packages/app/src/main/scan-worker-thread.ts packages/app/src/m Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: (Bash completed with no output) Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: Found 2 files packages/cli/src/commands/doctor.ts packages/cli/src/index.ts Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: 1 import { program } from 'commander' 2 import { readFileSync } from 'node:fs' 3 import { dirname, join } from 'node:path' 4 import { fileURLToPath } from 'node:url' 5 import { searchCommand } from './commands/search.js' 6 import { syncCommand } from './commands/sync.js' 7 import { listCommand } from './commands/list.js' 8 import { statusCommand } from './commands/status.js' 9 import { showCommand } from './commands/ Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: /home/user/worktrees/attempt-ce75940a-9162-4e5d-b475-3467a191b24f-cap-0/packages/cli/src/cli.test.ts /home/user/worktrees/attempt-ce75940a-9162-4e5d-b475-3467a191b24f-cap-0/packages/cli/src/commands/doctor.test.ts /home/user/worktrees/attempt-ce75940a-9162-4e5d-b475-3467a191b24f-cap-0/packages/cli/src/commands/doctor.ts /home/user/worktrees/attempt-ce75940a-9162-4e5d-b475-3467a191b24f-cap-0/packages/cli/src/commands/ Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: (Bash completed with no output) Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: 1 // execSync below is only used by getLoginShellEnv, which fires on the 2 // first user-triggered ACP query — never on the launch path. Safe. 3 // eslint-disable-next-line no-restricted-imports 4 import { spawn, execSync, type ChildProcess } from 'node:child_process' 5 import { existsSync, readFileSync, writeFileSync, mkdirSync } from 'node:fs' 6 import { readFile } from 'node:fs/promises' 7 import { join, resolve } Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: /home/user/worktrees/attempt-ce75940a-9162-4e5d-b475-3467a191b24f-cap-0/.agents/skills/clarify/SKILL.md:44:- **Constraints**: Length limits, brand voice, localization considerations /home/user/worktrees/attempt-ce75940a-9162-4e5d-b475-3467a191b24f-cap-0/.claude/skills/launch-video/references/pitfalls.md:26:**Do instead:** trust the brand mark in the top-left and the text panel on the left to anchor the composition. T Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: /home/user/worktrees/attempt-ce75940a-9162-4e5d-b475-3467a191b24f-cap-0/.agents/skills/adapt/SKILL.md /home/user/worktrees/attempt-ce75940a-9162-4e5d-b475-3467a191b24f-cap-0/.agents/skills/clarify/SKILL.md /home/user/worktrees/attempt-ce75940a-9162-4e5d-b475-3467a191b24f-cap-0/.claude/skills/launch-video/SKILL.md /home/user/worktrees/attempt-ce75940a-9162-4e5d-b475-3467a191b24f-cap-0/AGENTS.md /home/user/worktrees/at Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: 1 ## Design System 2 3 Always read `DESIGN.md` before making any visual or UI decisions. 4 All font choices, colors, spacing, layout, and aesthetic direction are defined there. 5 Do not deviate without explicit user approval. 6 7 Key rules at a glance: 8 - Search bar is centered on home screen (Google homepage feel), moves to top on results 9 - Warm amber accent `#C85A00` (light) / `#F07020` (dark) — never blue or pu Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: 1 ## Design System 2 3 Always read `DESIGN.md` before making any visual or UI decisions. 4 All font choices, colors, spacing, layout, and aesthetic direction are defined there. 5 Do not deviate without explicit user approval. 6 7 Key rules at a glance: 8 - Search bar is centered on home screen (Google homepage feel), moves to top on results 9 - Warm amber accent `#C85A00` (light) / `#F07020` (dark) — never blue or pu Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: 1 --- 2 name: spool 3 description: Search your local Claude Code, Codex CLI, Gemini CLI, and OpenCode session history 4 allowed-tools: Bash 5 --- 6 7 Search your thinking with spool — a local search engine over your Claude Code, Codex CLI, Gemini CLI, and OpenCode sessions. 8 9 ## Steps 10 11 1. **Check if spool is installed** 12 13 ```bash 14 which spool 15 ``` 16 17 If the command is not found, tell the user: 18 > Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: (Bash completed with no output) Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: total 12 drwxr-xr-x 3 user user 4096 Jun 6 04:57 . drwxr-xr-x 11 user user 4096 Jun 6 04:57 .. drwxr-xr-x 2 user user 4096 Jun 6 04:57 spool Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in. Tool result summary: /home/user/worktrees/attempt-ce75940a-9162-4e5d-b475-3467a191b24f-cap-0/CONTRIBUTING.md Agent context: I'll research the repository first to understand its architecture and how web fetching would fit in.

Agent context: Repo understood. Now let me consult the actual provider documentation to make a grounded recommendation. Repo understood. Now let me consult the actual provider documentation to make a grounded recommendation.

Agent context: Let me consult the documentation of the leading candidates in parallel. Let me consult the documentation of the leading candidates in parallel.

Query/prompt: Extract details about Jina Reader API for fetching a URL and getting clean readable/markdown content: how the API works (r.jina.ai prefix), authentication, pricing/free tier, rate limits, output formats (markdown), and any privacy/self-hosting options. Summarize concisely. Agent context: Let me consult the documentation of the leading candidates in parallel. Fetch prompt: Extract details about Jina Reader API for fetching a URL and getting clean readable/markdown content: how the API works (r.jina.ai prefix), authentication, pricing/free tier, rate limits, output formats (markdown), and any privacy/self-hosting options. Summarize concisely. Tool result summary: # Jina Reader API Overview ## How It Works The Reader API converts URLs to LLM-friendly markdown by prepending `r.jina.ai` to any web address. It "extracts the core content from a URL and converts it into clean, LLM-friendly text." The service uses browser rendering to handle dynamic content and returns JSON responses containing URL, title, content, and timestamps. ## Authentication API keys are optional but recommen Agent context: Let me consult the documentation of the leading candidates in parallel.

Query/prompt: Extract details about Firecrawl's /scrape endpoint: how to fetch a single URL and get clean markdown content, authentication (API key), output formats, pricing tiers, rate limits, and any self-hosting/open-source option. Summarize concisely. Agent context: Let me consult the documentation of the leading candidates in parallel. Fetch prompt: Extract details about Firecrawl's /scrape endpoint: how to fetch a single URL and get clean markdown content, authentication (API key), output formats, pricing tiers, rate limits, and any self-hosting/open-source option. Summarize concisely. Tool result summary: # Firecrawl /scrape Endpoint Summary ## Core Functionality The `/scrape` endpoint converts web pages into clean, LLM-ready data. It "turns any url into clean data" by handling complex scenarios like proxies, caching, rate limits, and JavaScript-rendered content. ## Authentication Requests require an API key passed as `Authorization: Bearer fc-YOUR-API-KEY` in the header or initialized in SDK clients. ## Output Format Agent context: Let me consult the documentation of the leading candidates in parallel.

Query/prompt: Extract details about Tavily's Extract endpoint: how to fetch a URL and get clean content for LLMs, authentication, output formats (markdown), pricing/credits, and rate limits. Summarize concisely. Agent context: Let me consult the documentation of the leading candidates in parallel. Fetch prompt: Extract details about Tavily's Extract endpoint: how to fetch a URL and get clean content for LLMs, authentication, output formats (markdown), pricing/credits, and rate limits. Summarize concisely. Tool result summary: # Tavily Extract Endpoint Summary ## Purpose Extract web page content from one or more URLs optimized for LLM applications. ## Authentication Bearer token authentication required: `Bearer tvly-YOUR_API_KEY` ## Key Features - **Input**: Single URL or array of up to 20 URLs - **Query-based reranking**: Optional `query` parameter ranks extracted chunks by relevance - **Content chunking**: Returns up to 5 chunks per sour Agent context: Let me consult the documentation of the leading candidates in parallel.

Query/prompt: Extract details about Exa's contents/get-contents endpoint: how to fetch a URL and get clean text/markdown content, authentication, output formats, pricing, and rate limits. Summarize concisely. Agent context: Let me consult the documentation of the leading candidates in parallel. Fetch prompt: Extract details about Exa's contents/get-contents endpoint: how to fetch a URL and get clean text/markdown content, authentication, output formats, pricing, and rate limits. Summarize concisely. Tool result summary: REDIRECT DETECTED: The URL redirects to a different host. Original URL: https://docs.exa.ai/reference/get-contents Redirect URL: https://exa.ai/docs/reference/get-contents Status: 307 Temporary Redirect To complete your request, I need to fetch content from the redirected URL. Please use WebFetch again with these parameters: - url: "https://exa.ai/docs/reference/get-contents" - prompt: "Extract details about Exa's co Agent context: Let me consult the documentation of the leading candidates in parallel.

Query/prompt: Extract details about Exa's contents/get-contents endpoint: how to fetch a URL and get clean text/markdown content, authentication, output formats, pricing, and rate limits. Summarize concisely. Agent context: Let me consult the documentation of the leading candidates in parallel. Fetch prompt: Extract details about Exa's contents/get-contents endpoint: how to fetch a URL and get clean text/markdown content, authentication, output formats, pricing, and rate limits. Summarize concisely. Tool result summary: # Exa Contents Endpoint Summary ## Endpoint Overview The `/contents` POST endpoint retrieves full page contents, summaries, and metadata from URLs. It returns "instant results from our cache, with automatic live crawling as fallback for uncached pages." ## Authentication Two methods supported: - **API Key Header**: `x-api-key: YOUR-EXA-API-KEY` - **Bearer Token**: `Authorization: Bearer <key>` Get your key at: https: Agent context: Let me consult the documentation of the leading candidates in parallel.

Agent context: ## Recommendation: Jina Reader (`r.jina.ai`) For Spool's use case — an agent encountering URLs and needing **faithful, clean markdown of a single page** — Jina Reader is the best fit. **Why Jina over the others:** - **Matches the privacy/trust posture.** DESIGN.md treats "via ACP · local" as non-negotiable. Jina explicitly states it never trains on your inputs/outputs, and its Reader is open-source and self-hostable — so the "external fetch" disclosure can credibly stay privacy-forward, with an offline escape hatch. - **Lowest integration cost.** Prepend `r.jina.ai/` to a URL, GET it, get markdown. No SDK, no schema — drops straight onto the existing `undici` client. API key is optional (20 RPM keyless, 500 RPM with a free key, 10M free tokens). - **Right output shape.** Returns LLM-optimized markdown with title/content/timestamps, browser-renders JS pages — exactly "clean readable content," not search chunks. **Main alternatives considered:** - **Firecrawl** — the strongest runner-up and natural upgrade path. Also open-source/self-hostable, with richer features (crawling, JS proxies, structured JSON extraction). Rejected as the *default* because it's credit-metered and heavier than single-URL extraction needs — but worth adopting later if Spool wants site crawling. - **Tavily Extract** — returns reranked 500-char chunks (≤5 per page), built for RAG search pipelines, not faithful full-page rendering. - **Exa `/contents`** — same story: a search platform's extraction add-on (highlights/summaries, char-capped at 10k), priced around neural search, overkill here. **Docs I actually consulted:** Jina Reader (`jina.ai/reader`), Firecrawl `/scrape` (`docs.firecrawl.dev`), Tavily Extract (`docs.tavily.com`), and Exa `/contents` (`exa.ai/docs`). **Implementation note:** keep it opt-in and label it (e.g. "via ACP · local + Jina" when fetching), and consider pointing the base URL at a self-hosted Reader for users who want zero third-party egress. Want me to wire up a pluggable fetcher (`packages/core`, default-off, undici-based) following this? Sources: - [Jina Reader](https://jina.ai/reader/) - [Firecrawl /scrape](https://docs.firecrawl.dev/features/scrape) - [Tavily Extract](https://docs.tavily.com/documentation/api-reference/endpoint/extract) - [Exa /contents](https://exa.ai/docs/reference/get-contents) ## Recommendation: Jina Reader (`r.jina.ai`) For Spool's use case — an agent encountering URLs and needing **faithful, clean markdown of a single page** — Jina Reader is the best fit. **Why Jina over the others:** - **Matches the privacy/trust posture.** DESIGN.md treats "via ACP · local" as non-negotiable. Jina explicitly states it never trains on your inputs/outputs, and its Reader is open-source and self-hostable — so the "external fetch" disclosure can credibly stay privacy-forward, with an offline escape hatch. - **Lowest integration cost.** Prepend `r.jina.ai/` to a URL, GET it, get markdown. No SDK, no schema — drops straight onto the existing `undici` client. API key is optional (20 RPM keyless, 500 RPM with a free key, 10M free tokens). - **Right output shape.** Returns LLM-optimized markdown with title/content/timestamps, browser-renders JS pages — exactly "clean readable content," not search chunks. **Main alternatives considered:** - **Firecrawl** — the strongest runner-up and natural upgrade path. Also open-source/self-hostable, with richer features (crawling, JS proxies, structured JSON extraction). Rejected as the *default* because it's credit-metered and heavier tha

## Recommendation: Jina Reader (`r.jina.ai`) For Spool's use case — an agent encountering URLs and needing **faithful, clean markdown of a single page** — Jina Reader is the best fit. **Why Jina over the others:** - **Matches the privacy/trust posture.** DESIGN.md treats "via ACP · local" as non-negotiable. Jina explicitly states it never trains on your inputs/outputs, and its Reader is open-source and self-hostable — so the "external fetch" disclosure can credibly stay privacy-forward, with an offline escape hatch. - **Lowest integration cost.** Prepend `r.jina.ai/` to a URL, GET it, get markdown. No SDK, no schema — drops straight onto the existing `undici` client. API key is optional (20 RPM keyless, 500 RPM with a free key, 10M free tokens). - **Right output shape.** Returns LLM-optimized markdown with title/content/timestamps, browser-renders JS pages — exactly "clean readable content," not search chunks. **Main alternatives considered:** - **Firecrawl** — the strongest runner-up and natural upgrade path. Also open-source/self-hostable, with richer features (crawling, JS proxies, structured JSON extraction). Rejected as the *default* because it's credit-metered and heavier than single-URL extraction needs — but worth adopting later if Spool wants site crawling. - **Tavily Extract** — returns reranked 500-char chunks (≤5 per page), built for RAG search pipelines, not faithf