In-depth architectural comparison of the Pagebolt MCP and Agent Droid Bridge MCP servers. Compare execution transports, security boundaries, tool capabilities, quality scores, and ready-to-paste client installation snippets for Claude, Cursor, Windsurf, and VS Code.
At a Glance & Executive Verdict
Pagebolt MCP
Browser Automation · Local stdio
Quality: 64/100 (Good) | Auth: API Key required
Agent Droid Bridge
Browser Automation · Local stdio
Quality: 57/100 (Good) | Auth: No auth required
Verdict Summary: Choose Pagebolt MCP if you need specialized Browser Automation tools running via a local process. Choose Agent Droid Bridge if your workspace requires Browser Automation integration with local subprocess execution. Both servers can be configured concurrently in your client's mcpServers manifest.
Which MCP Server Should You Choose?
Choose Pagebolt MCP when:
You need dedicated capabilities in the Browser Automation domain.
You prefer local stdio subprocess transport architecture.
Your security boundary fits: API Key required (Freemium).
You have access to required keys: PAGEBOLT_API_KEY.
Capture a screenshot of a URL, HTML, or Markdown content. Supports device emulation, ad/chat/tracker blocking, metadata extraction, geolocation, timezone, styling (macOS/Windows frames, gradient/glass backgrounds, shadows), and more. Returns an image (PNG, JPEG, or WebP).
generate_pdf
Generate a PDF from a URL or HTML content. Supports custom margins, headers/footers, page ranges, and scaling. Saves the PDF to disk and returns the file path.
create_og_image
Generate an Open Graph / social card image. Returns an image using built-in templates or custom HTML.
run_sequence
Execute a multi-step browser automation sequence. Navigate pages, interact with elements (click, fill, select), and capture multiple screenshots/PDFs/diffs in a single browser session. Use the "diff" step to compare the current page state against another URL after automation. Each output counts as 1 API request.
Ready-to-Paste Client Configurations
Paste either (or both) of these JSON server blocks into your client config file (e.g. claude_desktop_config.json or ~/.cursor/mcp.json).
Pagebolt MCP is categorized under Browser Automation and uses a local stdio subprocess. In contrast, Agent Droid Bridge belongs to Browser Automation using local stdio subprocess. Select Pagebolt MCP when you need capabilities focused on browser automation and Agent Droid Bridge when you require tools for browser automation.
Record a professional demo video of a multi-step browser automation sequence. Produces MP4/WebM/GIF with cursor highlighting, click effects, smooth movement, step notes, browser frame (macOS/Windows), gradient/glass backgrounds, and more. Costs 3 API requests. Saves to disk. BEST PRACTICE: Keep videos concise (5-15 action steps). Do NOT add wait steps between every action — the pace parameter handles timing. Only use wait for page loads or narration holds. Do NOT use zoom unless the user explicitly asks for it.
inspect_page
Inspect a web page and get a structured map of all interactive elements, headings, forms, links, and images — each with a unique CSS selector. Use this BEFORE run_sequence or record_video to discover what elements exist on the page and get reliable selectors. Returns text (not an image), so it is fast and cheap. Costs 1 API request.
observe_page
Get a compact, token-budgeted "observation" of any web page, purpose-built for AI agents. In ONE request it returns: id-indexed interactive elements (role, name, CSS selector, state), a heuristic page-type classification (login, signup, search, article, form, generic), and grouped "suggested actions" (login flow, search, primary buttons, navigation). Optionally include readable content (Markdown), the ARIA tree, and a screenshot. This is the fastest way for an agent to understand and act on an un-instrumented page — far more token-efficient than a raw screenshot or full DOM. Use the returned selectors with run_sequence to act. Costs 1 API request.
import_agent_trace
Convert a page-agent/browser-use action trace into a re-runnable PageBolt sequence. Give it the array of actions a page-agent produced (each entry may be either {action, index|selector, value, ...} or the {action_name: {...}} shape) plus, optionally, the selectors map from observe_page with format:"flatdomtree" to resolve indices to CSS selectors. Set save:false for a dry run that returns the translated steps without persisting. This endpoint does NOT consume request quota. Pair with observe_page (format:"flatdomtree") → run an agent → import_agent_trace to turn an ad-hoc agent run into a deterministic, replayable sequence.
act_on_page
Give PageBolt a URL and a plain-English GOAL; it runs an observe→plan→act→verify loop server-side until the goal is met, then returns a structured trace of every action it took plus a success/failure status. This is the "hands" on top of observe_page (the "eyes") — you do NOT author selectors or a step list yourself. Use act_on_page when you only know the OUTCOME you want (e.g. "log in and open billing", "accept the cookie banner and start a trial"); use run_sequence when you already know the exact deterministic steps/selectors (cheaper). Available on Starter+ plans. Cost is metered: 2 requests base + 1 per step taken. SECURITY: page text is treated as untrusted — the agent pursues only your goal and ignores instructions embedded in the page. Scope allowedDomains tightly and avoid destructive flows.
visual_diff
Compare two web pages (or HTML strings) pixel-by-pixel and return a diff image highlighting all visual differences. Supports full-page capture, device emulation, element selectors, and all screenshot-like options. Returns the diff image, changed pixel count, and percentage changed. Costs 1 API request.
list_devices
List all available device presets for viewport emulation (e.g. iphone_14_pro, macbook_pro_14). Use the returned device names with the viewportDevice parameter in take_screenshot.
check_usage
Check your current PageBolt API usage and plan limits.
+5 more tools listed on main page
Agent Droid Bridge Tools (23)
get_ui_hierarchy
Returns the current screen as an XML UI hierarchy
take_screenshot
Captures the screen as a base64-encoded PNG
tap_screen
Sends a tap gesture at pixel coordinates
swipe_screen
Sends a swipe gesture between two points over a given duration
type_text
Types text into the focused input field
press_key
Sends an Android keycode event (Back, Home, Enter, etc.)
launch_app
Launches an app by its `package/activity` component name
execute_adb_command
Runs an arbitrary ADB or ADB shell command
list_devices
Lists all Android devices currently visible to ADB with their serial, state, and model
snapshot_ui
Takes a lightweight UI snapshot and returns a token for use with `detect_ui_change
detect_ui_change
Polls for a UI change after an action; accepts a snapshot token as baseline; returns hierarchy only when requested
get_screen_elements
Parses the UI hierarchy and returns structured elements with coordinates and interaction properties; supports `tappable`, `interactive`, `input`, and `all` modes
MCP server for screenshots, PDFs, OG images, and narrated video recording from Claude Desktop, Cursor, and Windsurf.
MCP server giving AI agents programmatic control over Android devices and emulators via ADB. 11 tools covering UI inspection, screen interaction, ADB commands, and change detection.