Novada Proxy

NovadaLabs4stars

Residential proxy MCP for AI agents — bypass Cloudflare and anti-bot walls. npm: novada-proxy-mcp.

1# Novada Proxy

README.mdMCP server

Transport: stdio
Status: Local

Power your agent

Add this server

Install from the publisher. Not a PlugMCP endpoint.

Run on PlugMCP

Host a copy with our keys and logs.

No packaged release in the registry yet. Follow the repository README.

RepositoryPublisher installStep-by-step: add this in Claude

Remote URL or a command on your machine? How the two installs differ

Run on PlugMCP

Host a copy with our keys and logs.

A new server you create. It is not this listing's official endpoint. Use the publisher install when you want their URL and their credentials.

Launch

Server facts

Local

Transport: stdio
License: MIT
Last checked: 2026-10-28

Stars: 4
Tools: —
Uptime: —

Tools

No tool list yet. Remote servers get one after the first health check.

FAQ

Questions

How do I install Novada Proxy?

Copy the stdio config for Cursor, Claude Desktop, Claude Code, or VS Code on this page. It uses the publisher's install, not a PlugMCP proxy.

Does Novada Proxy need an API key?

No required environment variable is listed on this record.

What transport does Novada Proxy use?

Novada Proxy runs locally over stdio.

When was Novada Proxy last checked?

Last checked 2026-10-28. Residential proxy MCP for AI agents — bypass Cloudflare and anti-bot walls. npm: novada-proxy-mcp.

From the publisher

Documentation

Works with Claude Code, Cursor, Windsurf, Cline, Continue, and any MCP-compatible AI agent.

[!TIP] Free tier available — sign up at novada.com, no credit card required. Get free access to Scraper API, Web Unblocker, and residential proxies to start building immediately.

Getting Started

For Humans

Create a free account at novada.com — no credit card required
Get your credentials at Dashboard → Residential Proxies → Endpoint Generator — copy your username and password
Install and run:

# Claude Code
claude mcp add novada-proxy-mcp \
  -e NOVADA_PROXY_USER=your_username \
  -e NOVADA_PROXY_PASS=your_password \
  -- npx -y novada-proxy-mcp

# Or use the CLI directly
npx novada-proxy-mcp status
npx novada-proxy fetch https://example.com

For Agents

[!NOTE] Agents: Tell your human to complete steps 1-2 above. Once credentials are set as environment variables, all 10 tools are available immediately. No API key rotation, no token refresh — proxy credentials are persistent.

Required env vars:
  NOVADA_PROXY_USER   — from novada.com dashboard
  NOVADA_PROXY_PASS   — from novada.com dashboard

Optional (for extra features):
  NOVADA_API_KEY      — enables novada_proxy_search (Google search)
  NOVADA_BROWSER_WS   — enables novada_proxy_render (JS rendering)
  NOVADA_PROXY_ZONE   — "res" (default), "isp", or "dcp"

Need help? Contact [email protected]

Why Novada Proxy

AI agents get blocked on 60–70% of commercial websites. Standard HTTP requests are detected and rejected by Cloudflare, Akamai, DataDome, and PerimeterX. Novada Proxy routes your agent through real residential IPs — indistinguishable from a human browser.

Problem	Solution
Amazon, LinkedIn, Cloudflare block your agent	2M+ residential IPs from real home devices
Bot challenges return 403 / CAPTCHA	Real device fingerprints bypass detection
JS-rendered pages return blank content	`novada_proxy_render` runs real Chromium
Geo-restricted or localized content	195+ countries, city-level targeting
Multi-step workflows need the same IP	Sticky sessions — consistent IP across calls
Scraping 10+ URLs wastes time	`novada_proxy_batch_fetch` — concurrent, parallel
Need structured fields, not raw HTML	`novada_proxy_extract` — title, price, rating, etc.
Finding URLs before scraping	`novada_proxy_map` — discover all internal links
Need clean search results	`novada_proxy_search` — Google results as JSON

10 Tools at a Glance

Tool	What It Does	Requires
`novada_proxy_fetch`	Fetch any URL through residential proxy	Proxy credentials
`novada_proxy_batch_fetch`	Fetch 2–20 URLs concurrently (up to 5x parallel)	Proxy credentials
`novada_proxy_extract`	Extract structured fields — heuristic mode (fields) or LLM mode (schema)	Proxy credentials
`novada_proxy_map`	Crawl a URL and return all internal links as JSON array	Proxy credentials
`novada_proxy_crawl`	Recursively crawl a site (BFS, depth 1-5) with URL discovery	Proxy credentials
`novada_proxy_session`	Sticky session — same IP across every call	Proxy credentials
`novada_proxy_search`	Google search -> structured JSON (title, url, snippet)	`NOVADA_API_KEY`
`novada_proxy_render`	Render JS-heavy pages with real Chromium [BETA]	`NOVADA_BROWSER_WS`
`novada_proxy_research`	One-shot deep research — search + fetch + synthesize	`NOVADA_API_KEY` + Proxy
`novada_proxy_status`	Check proxy network health + version	(none)

Quick Decision Guide

I want to...	Use this tool
Fetch a single URL	`novada_proxy_fetch`
Fetch 2–20 URLs at once	`novada_proxy_batch_fetch`
Extract specific fields (title, price...)	`novada_proxy_extract` with `fields`
Extract ANY field via schema	`novada_proxy_extract` with `schema`
Find all links on a page	`novada_proxy_map`
Crawl an entire site	`novada_proxy_crawl`
Research a topic	`novada_proxy_research`
Search Google	`novada_proxy_search`
Render a JS-heavy page	`novada_proxy_render`
Keep same IP across calls	`novada_proxy_session`
Check if proxy works	`novada_proxy_status`

When To Use Which Tool

Goal: "Scrape a single URL"
  └─ Static HTML page?          → novada_proxy_fetch
  └─ Need specific fields?      → novada_proxy_extract (fields or schema mode)
  └─ React/Vue SPA / blank page? → novada_proxy_render

Goal: "Scrape multiple URLs"
  └─ You have the URLs already  → novada_proxy_batch_fetch
  └─ You need links from one page → novada_proxy_map → novada_proxy_batch_fetch
  └─ You need to crawl a whole site → novada_proxy_crawl → novada_proxy_batch_fetch

Goal: "Research a topic"        → novada_proxy_research (search + fetch + findings in one call)

Goal: "Search the web"          → novada_proxy_search → novada_proxy_batch_fetch

Goal: "Login + multi-page flow" → novada_proxy_session (same session_id)

Goal: "Check if proxy works"    → novada_proxy_status

5 Prompts

Pre-built agent workflows that chain multiple tools together. Call these from any MCP client to execute common patterns in one step.

Prompt	Description	Key Arguments
`fetch_url`	Fetch a URL through residential proxy with anti-bot bypass	`url`, `country`, `format`
`research_topic`	Search + batch read workflow — find and read top pages on a topic	`query`, `num_results`, `country`
`extract_product`	Extract structured product data from any e-commerce URL	`url`, `fields`
`crawl_site`	Discover all pages on a site, then fetch them in parallel	`url`, `limit`, `country`
`troubleshoot`	Step-by-step proxy diagnosis when things go wrong	`error_message`

[!NOTE] Prompts orchestrate multi-tool workflows automatically. For example, research_topic runs novada_proxy_search then novada_proxy_batch_fetch in sequence — the agent doesn't need to figure out the pipeline.

5 Resources

Always-accessible reference data that agents can read at any time, without making proxy calls.

Resource URI	Description
`proxy://countries`	Complete list of 195+ country codes with city-level targeting
`proxy://error-codes`	All typed error codes with recovery instructions
`proxy://workflows`	Common agent workflow patterns (crawl, research, monitoring)
`proxy://supported-fields`	All fields `novada_proxy_extract` can extract with strategies
`proxy://cost-guide`	Credits per tool, caching behavior, cost optimization tips

Quick Install

Core — fetch any URL through residential proxy:

claude mcp add novada-proxy-mcp \
  -e NOVADA_PROXY_USER=your_username \
  -e NOVADA_PROXY_PASS=your_password \
  -- npx -y novada-proxy-mcp

Search only:

claude mcp add novada-proxy-mcp \
  -e NOVADA_API_KEY=your_key \
  -- npx -y novada-proxy-mcp

All tools (proxy + search + browser render):

claude mcp add novada-proxy-mcp \
  -e NOVADA_PROXY_USER=your_username \
  -e NOVADA_PROXY_PASS=your_password \
  -e NOVADA_API_KEY=your_key \
  -e NOVADA_BROWSER_WS=your_browser_ws_url \
  -- npx -y novada-proxy-mcp

Cursor / Windsurf / Cline — add to MCP config:

{
  "mcpServers": {
    "novada-proxy-mcp": {
      "command": "npx",
      "args": ["-y", "novada-proxy-mcp"],
      "env": {
        "NOVADA_PROXY_USER": "your_username",
        "NOVADA_PROXY_PASS": "your_password"
      }
    }
  }
}

Get credentials: novada.com -> Dashboard -> Residential Proxies -> Endpoint Generator

Providers

Novada Proxy works with any HTTP proxy provider. Novada is the built-in default with the deepest integration.

Priority: Novada -> BrightData -> Smartproxy -> Oxylabs -> Generic. First configured provider wins.

Feature	Novada	BrightData	Smartproxy	Oxylabs	Generic HTTP
Auto country targeting	✓	✓	✓	✓	manual
Auto city targeting	✓	✓	✓	✓	manual
Sticky sessions	✓	✓	✓	✓	manual
Built-in search API	✓	—	—	—	—
Browser API (JS render)	✓	—	—	—	—

claude mcp add novada-proxy-mcp \
  -e BRIGHTDATA_USER="brd-customer-abc123-zone-residential" \
  -e BRIGHTDATA_PASS=your_password \
  -- npx -y novada-proxy-mcp

BRIGHTDATA_USER is your full username including zone. Optional: BRIGHTDATA_HOST, BRIGHTDATA_PORT (default zproxy.lum-superproxy.io:22225).

claude mcp add novada-proxy-mcp \
  -e SMARTPROXY_USER=your_username \
  -e SMARTPROXY_PASS=your_password \
  -- npx -y novada-proxy-mcp

Optional: SMARTPROXY_HOST, SMARTPROXY_PORT (default gate.smartproxy.com:10001).

claude mcp add novada-proxy-mcp \
  -e OXYLABS_USER=your_username \
  -e OXYLABS_PASS=your_password \
  -- npx -y novada-proxy-mcp

Optional: OXYLABS_HOST, OXYLABS_PORT (default pr.oxylabs.io:7777).

claude mcp add novada-proxy-mcp \
  -e PROXY_URL="http://username:[email protected]:12321" \
  -- npx -y novada-proxy-mcp

country, city, session_id params are ignored with Generic — encode targeting directly in your proxy URL.

Agent-First Design

[!NOTE] Novada Proxy is the only proxy MCP designed specifically for autonomous AI agents. Every response, error, and description is optimized for machine consumption.

Feature	What It Means
`agent_instruction` in errors	Every error tells the agent exactly what to do next
Decision trees in descriptions	WHEN TO USE / USE INSTEAD guides in every tool
`cache_hit` metadata	Agent knows when 0 credits were used (cached response)
`credits_estimated` per call	Cost tracking built into every response
Typed error codes	Machine-readable: `BOT_DETECTION_SUSPECTED`, `PAGE_NOT_FOUND`, etc.
5 workflow prompts	Pre-built agent workflows: research, crawl, extract, diagnose
5 reference resources	Countries, error codes, cost guide — always accessible

Tools

`novada_proxy_fetch`

Fetch any URL through a residential proxy. Returns structured JSON with content, status code, and metadata. Auto-retry on network errors. Caches repeated calls (default 300s TTL — meta.cache_hit: true means no proxy credit used).

Parameter	Type	Default	Description
`url`	string	required	Target URL (`http://` or `https://`)
`country`	string	—	2-letter ISO code: `US`, `DE`, `JP`, `GB`, `BR`... (195+ options)
`city`	string	—	City: `newyork`, `london`, `tokyo`, `paris`, `berlin`...
`session_id`	string	—	Reuse same ID for same IP across calls (no hyphens, max 64 chars)
`format`	string	`markdown`	`markdown` strips HTML / `raw` returns full HTML
`timeout`	number	`60`	Timeout in seconds (1–120)

Response:

{
  "ok": true,
  "tool": "novada_proxy_fetch",
  "data": { "url": "...", "status_code": 200, "content": "...", "size_bytes": 34000 },
  "meta": { "latency_ms": 1800, "cache_hit": false, "quota": { "credits_estimated": 1 } }
}

`novada_proxy_batch_fetch`

Fetch 2–20 URLs concurrently through residential proxy. Up to 5x faster than sequential fetches. Per-URL errors are captured individually — the batch itself succeeds even if some URLs fail. Reuses response cache for URLs already fetched.

Parameter	Type	Default	Description
`urls`	string[]	required	2–20 URLs to fetch
`concurrency`	number	`3`	Parallel requests (1–5)
`country`	string	—	Same country for all URLs
`format`	string	`markdown`	`markdown` or `raw`
`timeout`	number	`60`	Per-URL timeout in seconds

Response:

{
  "ok": true,
  "tool": "novada_proxy_batch_fetch",
  "data": {
    "requested": 3,
    "succeeded": 3,
    "failed": 0,
    "results": [
      { "url": "https://...", "ok": true, "content": "...", "cache_hit": false, "latency_ms": 1200 },
      { "url": "https://...", "ok": true, "content": "...", "cache_hit": true,  "latency_ms": 0 },
      { "url": "https://...", "ok": false, "error": { "code": "TLS_ERROR", "message": "..." } }
    ]
  },
  "meta": { "latency_ms": 4100, "quota": { "credits_estimated": 3 } }
}

`novada_proxy_extract`

Extract structured fields from any URL using heuristic pattern matching (meta tags, Open Graph, JSON-LD, Schema.org). Lightweight — no LLM needed. Set render_fallback: true to automatically retry via real Chromium if the proxy fetch fails.

Parameter	Type	Default	Description
`url`	string	required	Target URL
`fields`	string[]	required	Fields to extract: `title`, `price`, `description`, `rating`, `image`, `author`, `date`...
`render_fallback`	boolean	`false`	Auto-retry via `novada_proxy_render` on TLS/bot block
`country`	string	—	Geo-target the fetch
`timeout`	number	`60`	Timeout in seconds

Response:

{
  "ok": true,
  "tool": "novada_proxy_extract",
  "data": {
    "url": "https://books.toscrape.com/...",
    "fields": { "title": "A Light in the Attic", "price": "£51.77", "description": null },
    "extracted_via": "proxy_fetch"
  },
  "meta": { "latency_ms": 2100, "quota": { "credits_estimated": 1 } }
}

`novada_proxy_map`

Crawl a URL and return all internal links as a structured JSON array. Use as the discovery step before novada_proxy_batch_fetch to crawl an entire site without guessing URLs.

Parameter	Type	Default	Description
`url`	string	required	Starting URL to crawl
`limit`	number	`50`	Max URLs to return (10–200)
`include_external`	boolean	`false`	Include off-domain links
`country`	string	—	Geo-target the fetch
`timeout`	number	`60`	Timeout in seconds

Response:

{
  "ok": true,
  "tool": "novada_proxy_map",
  "data": {
    "domain": "books.toscrape.com",
    "internal_url_count": 20,
    "internal_urls": ["https://books.toscrape.com/catalogue/...", "..."],
    "sitemap_hint": "https://books.toscrape.com/sitemap.xml (check manually)"
  },
  "meta": { "latency_ms": 3800, "quota": { "credits_estimated": 1 } }
}

`novada_proxy_session`

Sticky session fetch — every call with the same session_id uses the same residential IP. Essential for login flows, paginated scraping, and price monitoring. Supports verify_sticky: true to confirm IP consistency before relying on it.

Parameter	Type	Default	Description
`session_id`	string	required	Unique ID — reuse to keep same IP (no hyphens, max 64 chars)
`url`	string	required	Target URL
`country`	string	—	2-letter country code
`city`	string	—	City-level targeting
`verify_sticky`	boolean	`false`	Make 3 proxy calls to confirm IP consistency (adds ~15–25s)
`format`	string	`markdown`	`markdown` or `raw`
`timeout`	number	`60`	Timeout in seconds

`novada_proxy_search`

Structured Google search via Novada Scraper API. Returns titles, URLs, and snippets as clean JSON — no HTML parsing needed.

Parameter	Type	Default	Description
`query`	string	required	Search query
`num`	number	`10`	Results (1–20)
`country`	string	—	Localize: `us`, `uk`, `de`, `jp`...
`language`	string	—	Language: `en`, `zh`, `de`, `ja`...

`novada_proxy_render` [BETA]

Render JavaScript-heavy pages using Novada's Browser API (real Chromium, full JS execution). Use for SPAs, React/Vue apps, and pages that return blank with a standard HTTP fetch.

Requires: NOVADA_BROWSER_WS — copy the Puppeteer URL from Dashboard -> Browser API -> Playground

Parameter	Type	Default	Description
`url`	string	required	Target URL
`format`	string	`markdown`	`markdown` / `html` / `text`
`wait_for`	string	—	CSS selector to wait for before extracting (e.g. `.product-title`)
`timeout`	number	`60`	Timeout in seconds (5–120)

Costs ~5 proxy credits per call vs 1 for novada_proxy_fetch. Use novada_proxy_extract with render_fallback: true for automatic escalation when needed.

`novada_proxy_crawl`

Recursively crawl a website via BFS traversal. Starts from a URL, discovers links at each depth level, and returns the full URL tree with metadata.

Parameter	Type	Default	Description
`url`	string	required	Starting URL to crawl
`depth`	number	`2`	BFS depth (1–5)
`limit`	number	`50`	Max pages to crawl (10–200)
`include_content`	boolean	`false`	Also return page content for each URL
`country`	string	—	Geo-target all fetches
`format`	string	`markdown`	Content format when `include_content: true`
`timeout`	number	`60`	Per-page timeout in seconds

When to use: Full-site scraping, sitemap generation, content indexing — when you need MORE than a single page.

Use novada_proxy_map instead if: You only need links from ONE page (one level deep). Map is faster and cheaper for single-page link discovery.

Chain with: novada_proxy_batch_fetch to scrape specific pages from the URL tree.

Example:

{
  "url": "https://example.com",
  "depth": 2,
  "limit": 50,
  "include_content": false
}

Response: data.pages[] (url, depth, status_code, total_links), data.urls[] (flat array for chaining into novada_proxy_batch_fetch)

`novada_proxy_research`

One-shot research tool — searches the web, fetches top results, and returns structured findings with source previews. The agent can analyze the findings for deeper synthesis.

Parameter	Type	Default	Description
`query`	string	required	Research question or topic
`depth`	string	`"standard"`	`"quick"` (3 sources), `"standard"` (5 sources), `"deep"` (10 sources)
`country`	string	—	Localize search results
`timeout`	number	`60`	Timeout in seconds

Requires: NOVADA_API_KEY (for Google search) + Proxy credentials (for fetching sources)

When to use: Research questions, topic investigation, competitive analysis, fact-finding — when you need content from multiple sources in one call.

Use novada_proxy_search instead if: You just need search result URLs, not full page content.

Chain with: novada_proxy_fetch on specific urls[] for deeper reading of individual sources.

Note: findings_summary is a concatenated preview of sources — your agent should analyze findings[] for actual synthesis.

Example:

{
  "query": "best residential proxy providers 2026",
  "depth": "standard"
}

Response: data.findings[] (title, url, snippet, content_preview), data.urls[] (for chaining), data.findings_summary

`novada_proxy_extract` — Schema Mode

In addition to fields (heuristic extraction), novada_proxy_extract supports a schema parameter for extracting any arbitrary field via your agent's LLM — zero additional API cost.

Schema Mode (LLM Extraction)

Pass schema instead of fields for arbitrary field extraction. The tool returns cleaned page content + an extraction prompt — your agent does the extraction (zero additional API cost).

Parameter	Type	Default	Description
`url`	string	required	Target URL
`schema`	object	—	Keys = field names, values = field descriptions. Use instead of `fields`.
`render_fallback`	boolean	`false`	Auto-retry via `novada_proxy_render` on TLS/bot block
`country`	string	—	Geo-target the fetch
`timeout`	number	`60`	Timeout in seconds

Example:

{
  "url": "https://example.com/product",
  "schema": {
    "product_name": "The full product name",
    "price": "Current price with currency",
    "warranty": "Warranty terms and duration",
    "return_policy": "Return policy summary"
  }
}

Response: data.mode = "llm_extract", data.content (cleaned markdown), data.extraction_prompt (instructions for your agent to follow and extract the fields)

Security: Schema keys must be alphanumeric/underscore (a-z, 0-9, _), max 50 chars. Values max 200 chars.

`novada_proxy_status`

Check proxy network connectivity and version. Makes a live proxy call to verify the connection is working. No credentials required.

Agent Workflows

Site crawl pipeline (map -> batch)

# Agent task: "Read all products on this catalogue"
1. novada_proxy_map(url="https://books.toscrape.com", limit=50)
   → returns 20–50 internal URLs in 4s, 1 credit

2. novada_proxy_batch_fetch(urls=[...20 URLs], concurrency=5)
   → fetches all 20 pages in parallel, ~4s wall time, 20 credits
   (vs ~60s sequential = 15x speedup)

Research pipeline (search -> batch)

# Agent task: "Find and read top 5 pages about X"
1. novada_proxy_search(query="residential proxy MCP", num=5)
   → structured JSON: titles, URLs, snippets

2. novada_proxy_batch_fetch(urls=[...5 URLs], format="markdown")
   → full content of all 5 pages in parallel

Sticky session — login + multi-page scrape

# Same IP across all calls
novada_proxy_session(session_id="job_001", url="https://example.com/login")
novada_proxy_session(session_id="job_001", url="https://example.com/dashboard")
novada_proxy_session(session_id="job_001", url="https://example.com/data/page/1")
novada_proxy_session(session_id="job_001", url="https://example.com/data/page/2")

Price monitoring — same product, three markets

novada_proxy_fetch(url="https://amazon.com/dp/B0BSHF7WHW", country="US")
novada_proxy_fetch(url="https://amazon.com/dp/B0BSHF7WHW", country="DE")
novada_proxy_fetch(url="https://amazon.com/dp/B0BSHF7WHW", country="JP")
# Second call per URL is a cache hit (0ms, 0 credits) if within 300s TTL

Extract structured data

# Agent task: "Get product details without parsing HTML"
novada_proxy_extract(
  url="https://books.toscrape.com/catalogue/a-light-in-the-attic_1000/index.html",
  fields=["title", "price", "description", "rating"],
  render_fallback=true  # auto-retry via Chromium if proxy gets blocked
)

Response Cache

All novada_proxy_fetch and novada_proxy_batch_fetch calls are cached in-process. Repeated fetches to the same URL within the TTL window consume zero proxy credits.

Behavior	Detail
Default TTL	300 seconds (5 minutes)
Cache key	`url + format + country`
Session bypass	`session_id` present -> never cached (sticky routing requires live calls)
Disable	Set `PROXY4AGENT_CACHE_TTL_SECONDS=0`
Max entries	200 (oldest evicted when full)

Reading cache status from response:

"meta": {
  "cache_hit": true,          // served from cache — no proxy credit used
  "cache_age_seconds": 12,    // seconds since the entry was stored
  "latency_ms": 0             // ~0ms for cache hits
}

Typed Error Codes

Every error response includes a typed error.code, recoverable flag, and agent_instruction with the correct next step. Agents never need to parse error messages.

Code	Meaning	Recoverable	Agent Action
`BOT_DETECTION_SUSPECTED`	HTTP 4xx — target blocked the request	✓	Retry with `novada_proxy_render` or different `country`
`TLS_ERROR`	TLS/SSL connection failed through proxy	✓	Retry with a different `country` parameter
`TIMEOUT`	Request exceeded timeout limit	✓	Increase `timeout` or retry
`RATE_LIMITED`	HTTP 429 — too many requests	✓	Wait 5s and retry
`NETWORK_ERROR`	DNS failure — hostname not found	✗	Verify the URL is correct
`SESSION_STICKINESS_FAILED`	Same IP not maintained	✓	Retry `verify_sticky: true` to confirm
`INVALID_INPUT`	Bad parameter value	✗	Fix the parameter and retry
`PROVIDER_NOT_CONFIGURED`	Missing env vars	✗	Set credentials and restart MCP
`UNKNOWN_ERROR`	Unexpected error	✓	Check `novada_proxy_status`, retry

Error response format:

{
  "ok": false,
  "error": {
    "code": "BOT_DETECTION_SUSPECTED",
    "message": "HTTP 403 — request blocked by target",
    "recoverable": true,
    "agent_instruction": "Try novada_proxy_render (real browser). Or retry with a different country/session_id."
  }
}

Geo Coverage

195+ countries including:

US GB DE FR JP CA AU BR IN KR SG NL IT ES MX RU PL SE NO DK FI CH AT BE PT CZ HU RO UA TR IL ZA NG EG AR CL CO PE VN TH ID MY PH TW HK NZ + 148 more

City-level targeting: newyork · losangeles · chicago · london · paris · berlin · tokyo · seoul · sydney · toronto · singapore · dubai · mumbai · saopaulo

Compatible With

Client	Install method
Claude Code	`claude mcp add novada-proxy-mcp -e ... -- npx -y novada-proxy-mcp`
Cursor	Settings -> MCP -> Add server -> `npx -y novada-proxy-mcp`
Windsurf	MCP config -> `npx -y novada-proxy-mcp`
Cline	MCP settings -> command: `npx`, args: `["-y", "novada-proxy-mcp"]`
Continue	`.continue/config.json` -> mcpServers
Smithery	smithery.ai/server/novada-proxy-mcp
Any MCP client	stdio transport / `npx -y novada-proxy-mcp`

Network

Metric	Value
Residential IPs	2,000,000+
Live nodes	7,000+
Countries	195+
Device types	Android, Windows, Mac
Uptime	99.9%

Confirmed Working

E-commerce: Amazon, eBay, Walmart, Etsy, Shopify stores
Professional: LinkedIn
Anti-bot protected: Cloudflare, Akamai, DataDome
News & content: HackerNews, Reddit, BBC, CNN, NYTimes
Tech: GitHub, Wikipedia, Stack Overflow, IMDB

Real-World Test Results

Tested across 3 Novada proxy types with 33 real-world tests (2026-04-28):

Proxy Type	Tests	Pass	Notes
Residential	11	9	Wikipedia, Shopify, HackerNews, geo-targeting work. Sticky sessions require endpoint config.
ISP	7	7	All tools work including sticky sessions (`session_verified: true`).
Datacenter	8	8	Fast, cost-effective. Anti-bot sites (Amazon, CNN) may block datacenter IPs — use residential for those.
Error handling	7	7	All error codes return structured JSON with `agent_instruction`.

Success rate: 94% (31/33 pass). Failures are proxy-type limitations (datacenter on anti-bot sites), not code bugs.

Proxy Type Guide

Use Case	Recommended Proxy	Why
Anti-bot sites (Amazon, LinkedIn, CNN)	Residential	Real home IPs, hardest to detect
Fast bulk scraping	Datacenter	Lowest latency, cheapest per GB
Sticky sessions (login flows)	ISP	6-hour sticky, stable IPs
General scraping	Any	All types handle most sites

Known Limitations

Limitation	Workaround
Datacenter IPs blocked on anti-bot sites	Use residential or ISP proxy type (`NOVADA_PROXY_ZONE=res`)
Proxy-side DNS errors surface as `TLS_ERROR`	Check if domain exists before retrying with different country
CLI is stateless (no cross-invocation cache)	Use MCP server for cache benefits, or re-fetch same URLs within one CLI batch
`novada_proxy_render` requires Browser API key	Set `NOVADA_BROWSER_WS` env var — get it from novada.com dashboard
Heuristic extraction misses a field	Use `schema` mode: pass `schema:{"field":"description"}` — returns cleaned content + extraction prompt for your agent to extract any field (zero-cost LLM extraction)

Feedback & Support

Email: [email protected]
GitHub Issues: github.com/NovadaLabs/Novada-proxy/issues
Website: novada.com

License

MIT © Novada — see LICENSE

Novada Proxy（中文文档）

支持 Claude Code、Cursor、Windsurf、Cline、Continue 及所有 MCP 兼容智能体。由 Novada 提供支持。

[!TIP] 免费套餐 — 在 novada.com 注册，无需信用卡。免费使用 Scraper API、Web Unblocker 和住宅代理。

10 个工具

novada_proxy_fetch       → 通过住宅代理抓取任意 URL
novada_proxy_batch_fetch → 并发抓取 2-20 个 URL（最高 5 倍加速）
novada_proxy_extract     → 从页面提取结构化字段（标题、价格、评分…）
novada_proxy_map         → 爬取页面，返回所有内部链接 JSON 数组
novada_proxy_crawl       → 递归爬取站点（BFS，深度 1-5），自动发现 URL
novada_proxy_session     → 粘性会话 — 同一 session_id 始终同一 IP
novada_proxy_search      → Google 搜索，返回结构化 JSON（无需解析 HTML）
novada_proxy_render      → 真实 Chromium 渲染 JS 页面 [BETA]
novada_proxy_research    → 一键深度研究 — 搜索 + 抓取 + 综合分析
novada_proxy_status      → 检查代理网络健康状态

5 个提示词

预构建的智能体工作流，将多个工具链式组合。

提示词	描述	主要参数
`fetch_url`	通过住宅代理抓取 URL，自动绕过反机器人	`url`, `country`, `format`
`research_topic`	搜索 + 批量阅读工作流 — 搜索主题并阅读排名靠前的页面	`query`, `num_results`, `country`
`extract_product`	从任意电商 URL 提取结构化产品数据	`url`, `fields`
`crawl_site`	发现站点所有页面，然后并行抓取	`url`, `limit`, `country`
`troubleshoot`	代理故障逐步诊断	`error_message`

5 个资源

智能体可随时读取的参考数据，无需消耗代理额度。

资源 URI	描述
`proxy://countries`	195+ 国家代码完整列表，含城市级定位
`proxy://error-codes`	所有类型化错误码及恢复指令
`proxy://workflows`	常用智能体工作流模式（爬取、研究、监控）
`proxy://supported-fields`	`novada_proxy_extract` 支持的所有提取字段及策略
`proxy://cost-guide`	每个工具的额度消耗、缓存行为、成本优化技巧

快速决策指南

我想要...	使用工具
抓取单个 URL	`novada_proxy_fetch`
同时抓取 2-20 个 URL	`novada_proxy_batch_fetch`
提取特定字段（标题、价格…）	`novada_proxy_extract` 使用 `fields`
提取任意字段（Schema 模式）	`novada_proxy_extract` 使用 `schema`
获取页面上的所有链接	`novada_proxy_map`
爬取整个站点	`novada_proxy_crawl`
研究某个主题	`novada_proxy_research`
搜索 Google	`novada_proxy_search`
渲染 JS 重型页面	`novada_proxy_render`
跨请求保持同一 IP	`novada_proxy_session`
检查代理是否正常	`novada_proxy_status`

工具选择决策树

目标：抓取单个 URL
  ├─ 静态 HTML 页面？                    → novada_proxy_fetch
  ├─ 需要特定字段（价格/标题）？          → novada_proxy_extract（fields 或 schema 模式）
  └─ React/Vue SPA / 内容为空？          → novada_proxy_render

目标：批量抓取多个 URL
  ├─ 已有 URL 列表？                     → novada_proxy_batch_fetch
  ├─ 需要获取单页链接？                  → novada_proxy_map → novada_proxy_batch_fetch
  └─ 需要爬取整个站点？                  → novada_proxy_crawl → novada_proxy_batch_fetch

目标：研究某个主题                       → novada_proxy_research（一次调用搜索 + 抓取 + 分析）

目标：网页搜索                          → novada_proxy_search → novada_proxy_batch_fetch

目标：登录 + 多步骤流程                  → novada_proxy_session（相同 session_id）

目标：验证代理是否正常工作               → novada_proxy_status

三大流水线模式

全站爬取流水线（推荐）

novada_proxy_map(url, limit=50)
        │
        ▼
  返回 20-50 个内部链接（1 credit，4 秒）
        │
        ▼
novada_proxy_batch_fetch(urls, concurrency=5)
        │
        ▼
  并发抓取所有页面（N credits，~4 秒，比串行快 15x）

搜索研究流水线

novada_proxy_search(query, num=10)
        │
        ▼
  结构化 JSON：标题 + URL + 摘要
        │
        ▼
novada_proxy_batch_fetch(urls, format="markdown")
        │
        ▼
  全部页面内容并行返回

粘性会话 — 登录 + 多页抓取

session_id = "job_001"

novada_proxy_session(session_id, url="/login")    → 同一 IP
novada_proxy_session(session_id, url="/dashboard") → 同一 IP
novada_proxy_session(session_id, url="/data/1")    → 同一 IP
novada_proxy_session(session_id, url="/data/2")    → 同一 IP

智能体优先设计

[!NOTE] Novada Proxy 是唯一专为自主 AI 智能体设计的代理 MCP。每个响应、错误和描述都为机器消费而优化。

特性	含义
错误中的 `agent_instruction`	每个错误都告诉智能体下一步该做什么
描述中的决策树	每个工具都有 WHEN TO USE / USE INSTEAD 指引
`cache_hit` 元数据	智能体知道是否消耗了 0 额度（缓存命中）
`credits_estimated`	每个响应都内置成本追踪
类型化错误码	机器可读：`BOT_DETECTION_SUSPECTED`、`PAGE_NOT_FOUND` 等
5 个工作流提示词	预构建工作流：研究、爬取、提取、诊断
5 个参考资源	国家、错误码、成本指南 — 随时可访问

核心特性

1. 住宅 IP 网络

200 万+ 真实设备：Android 手机、Windows 电脑、Mac
7,000+ 活跃节点，99.9% 在线率
真实家庭 IP 指纹，绕过 Cloudflare、Akamai、DataDome 检测

2. 地理定向

195+ 国家，两字母 ISO 代码（US、DE、JP、BR...）
城市级定位：newyork、london、tokyo、singapore...
同一 URL 不同国家 = 独立缓存键，互不干扰

3. 响应缓存

重复抓取相同 URL 不消耗代理额度：

// 第一次调用（live fetch）
"meta": { "cache_hit": false, "latency_ms": 1800, "quota": { "credits_estimated": 1 } }

// 第二次调用（cache hit）
"meta": { "cache_hit": true, "cache_age_seconds": 5, "latency_ms": 0 }

配置项	说明
默认 TTL	300 秒（5 分钟）
缓存键	`url + format + country`
禁用缓存	`PROXY4AGENT_CACHE_TTL_SECONDS=0`
session_id	有 session_id 的请求永不缓存（粘性路由需要实时调用）

4. 智能体优先的 JSON 输出

所有工具返回统一结构：

{
  "ok": true / false,
  "tool": "工具名称",
  "data": { ... },
  "meta": {
    "latency_ms": 1800,
    "cache_hit": false,
    "quota": { "credits_estimated": 1 }
  }
}

5. 类型化错误码 + 恢复指令

每个错误都包含 code（枚举）、recoverable（布尔）、agent_instruction（下一步操作）：

{
  "ok": false,
  "error": {
    "code": "BOT_DETECTION_SUSPECTED",
    "recoverable": true,
    "agent_instruction": "Try novada_proxy_render (real browser). Or retry with a different country/session_id."
  }
}

错误码	含义	可恢复
`BOT_DETECTION_SUSPECTED`	被目标站点封锁（403）	✓
`TLS_ERROR`	TLS/SSL 连接失败	✓
`TIMEOUT`	请求超时	✓
`RATE_LIMITED`	HTTP 429 限速	✓
`NETWORK_ERROR`	DNS 解析失败	✗
`INVALID_INPUT`	参数错误	✗
`PROVIDER_NOT_CONFIGURED`	缺少凭证	✗

6. 批量并发抓取

novada_proxy_batch_fetch 内置信号量并发控制：

// 10 个 URL，concurrency=5，wall time = ~8.8s（串行估计 ~50s）
{
  "data": {
    "results": [
      { "url": "...", "ok": true, "cache_hit": false, "latency_ms": 1200 },
      { "url": "...", "ok": true, "cache_hit": true,  "latency_ms": 0 },
      { "url": "...", "ok": false, "error": { "code": "TLS_ERROR" } }
    ]
  },
  "meta": { "latency_ms": 8800, "quota": { "credits_estimated": 10 } }
}

7. 多供应商支持

供应商	环境变量	说明
Novada（推荐）	`NOVADA_PROXY_USER` + `NOVADA_PROXY_PASS`	最深度集成，含搜索 + 浏览器 API
BrightData	`BRIGHTDATA_USER` + `BRIGHTDATA_PASS`	完整自动定位
Smartproxy	`SMARTPROXY_USER` + `SMARTPROXY_PASS`	完整自动定位
Oxylabs	`OXYLABS_USER` + `OXYLABS_PASS`	完整自动定位
通用 HTTP	`PROXY_URL=http://user:pass@host:port`	任意代理服务商

8. 渐进式降级（render_fallback）

novada_proxy_extract 支持自动升级到浏览器渲染：

代理抓取失败（TLS / Bot检测）
        │
        ▼ render_fallback=true
novada_proxy_render（真实 Chromium）
        │
        ▼
data.extracted_via = "render"  （agent 知道走了哪条路径）
data.fetch_warning = "Proxy fetch failed... escalated to render"

快速安装

# 核心（住宅代理抓取）
claude mcp add novada-proxy-mcp \
  -e NOVADA_PROXY_USER=你的用户名 \
  -e NOVADA_PROXY_PASS=你的密码 \
  -- npx -y novada-proxy-mcp

# 仅搜索
claude mcp add novada-proxy-mcp \
  -e NOVADA_API_KEY=你的_API_Key \
  -- npx -y novada-proxy-mcp

# 全功能（代理 + 搜索 + 浏览器渲染）
claude mcp add novada-proxy-mcp \
  -e NOVADA_PROXY_USER=你的用户名 \
  -e NOVADA_PROXY_PASS=你的密码 \
  -e NOVADA_API_KEY=你的_API_Key \
  -e NOVADA_BROWSER_WS=你的_Browser_WS_URL \
  -- npx -y novada-proxy-mcp

获取凭证：novada.com -> 仪表盘 -> 住宅代理 -> 端点生成器

Cursor / Windsurf / Cline 配置：

{
  "mcpServers": {
    "novada-proxy-mcp": {
      "command": "npx",
      "args": ["-y", "novada-proxy-mcp"],
      "env": {
        "NOVADA_PROXY_USER": "你的用户名",
        "NOVADA_PROXY_PASS": "你的密码"
      }
    }
  }
}

工具参数速查

novada_proxy_fetch

参数	类型	默认	说明
`url`	string	必填	目标 URL
`country`	string	—	国家代码（`US`、`DE`、`JP`...）
`city`	string	—	城市（`newyork`、`london`...）
`session_id`	string	—	复用同一 IP（不含连字符，最多 64 字符）
`format`	string	`markdown`	`markdown`（去 HTML）或 `raw`（原始 HTML）
`timeout`	number	`60`	超时秒数（1-120）

novada_proxy_batch_fetch

参数	类型	默认	说明
`urls`	string[]	必填	2-20 个 URL
`concurrency`	number	`3`	并发数（1-5）
`country`	string	—	对所有 URL 使用相同国家
`format`	string	`markdown`	`markdown` 或 `raw`

novada_proxy_extract

参数	类型	默认	说明
`url`	string	必填	目标 URL
`fields`	string[]	必填	要提取的字段（`title`、`price`、`description`、`rating`...）
`render_fallback`	boolean	`false`	代理失败时自动切换到浏览器渲染
`country`	string	—	地理定向

novada_proxy_map

参数	类型	默认	说明
`url`	string	必填	起始 URL
`limit`	number	`50`	最多返回 URL 数（10-200）
`include_external`	boolean	`false`	包含站外链接

novada_proxy_session

参数	类型	默认	说明
`session_id`	string	必填	会话 ID（不含连字符，最多 64 字符）
`url`	string	必填	目标 URL
`verify_sticky`	boolean	`false`	验证 IP 一致性（需额外 15-25 秒）
`country`	string	—	国家代码

novada_proxy_search

参数	类型	默认	说明
`query`	string	必填	搜索关键词
`num`	number	`10`	结果数量（1-20）
`country`	string	—	本地化结果（`us`、`de`、`jp`...）
`language`	string	—	语言（`en`、`zh`、`de`...）

novada_proxy_render [BETA]

参数	类型	默认	说明
`url`	string	必填	目标 URL
`format`	string	`markdown`	`markdown` · `html` · `text`
`wait_for`	string	—	等待 CSS 选择器后再提取（如 `.product-title`）
`timeout`	number	`60`	超时秒数（5-120）

novada_proxy_crawl

递归 BFS 爬取站点，从起始 URL 出发，按深度逐层发现链接，返回完整 URL 树及元数据。

参数	类型	默认	说明
`url`	string	必填	起始 URL
`depth`	number	`2`	BFS 深度（1-5）
`limit`	number	`50`	最大爬取页数（10-200）
`include_content`	boolean	`false`	同时返回每个页面的内容
`country`	string	—	地理定向所有请求
`format`	string	`markdown`	`include_content: true` 时的内容格式
`timeout`	number	`60`	每页超时秒数

适用场景： 全站抓取、站点地图生成、内容索引 — 需要抓取多个页面时使用。

改用 novada_proxy_map 的情况： 只需要单页链接（一层深度）。Map 更快、更省额度。

组合使用： 将 data.urls[] 传入 novada_proxy_batch_fetch 并发抓取。

请求示例：

{
  "url": "https://example.com",
  "depth": 2,
  "limit": 50,
  "include_content": false
}

响应： data.pages[]（url、depth、status_code、total_links），data.urls[]（扁平数组，可直接传给 novada_proxy_batch_fetch）

novada_proxy_research

一键深度研究工具 — 搜索网络、抓取排名靠前的结果，返回含来源预览的结构化分析。智能体可对 findings 进行进一步综合分析。

参数	类型	默认	说明
`query`	string	必填	研究问题或主题
`depth`	string	`"standard"`	`"quick"`（3 个来源）、`"standard"`（5 个）、`"deep"`（10 个）
`country`	string	—	本地化搜索结果
`timeout`	number	`60`	超时秒数

需要： NOVADA_API_KEY（Google 搜索）+ 代理凭证（抓取来源页面）

适用场景： 研究问题、主题调研、竞品分析、事实核查 — 需要一次调用获取多个来源内容时。

改用 novada_proxy_search 的情况： 只需要搜索结果 URL，不需要完整页面内容。

组合使用： 对 data.urls[] 中的特定 URL 调用 novada_proxy_fetch 进行深度阅读。

注意： findings_summary 是各来源内容的拼接预览 — 智能体应分析 findings[] 进行实质性综合。

请求示例：

{
  "query": "2026年最佳住宅代理服务商",
  "depth": "standard"
}

响应： data.findings[]（title、url、snippet、content_preview），data.urls[]（可链式传给其他工具），data.findings_summary

novada_proxy_extract — Schema 模式（LLM 提取）

除 fields（启发式提取）外，novada_proxy_extract 还支持 schema 参数，通过智能体自身的 LLM 提取任意字段 — 零额外 API 费用。

传入 schema 替代 fields，工具返回清洗后的页面内容 + 提取提示词 — 由你的智能体完成提取。

参数	类型	默认	说明
`url`	string	必填	目标 URL
`schema`	object	—	键 = 字段名，值 = 字段描述。替代 `fields` 使用。
`render_fallback`	boolean	`false`	代理失败时自动切换到浏览器渲染
`country`	string	—	地理定向
`timeout`	number	`60`	超时秒数

请求示例：

{
  "url": "https://example.com/product",
  "schema": {
    "product_name": "完整的产品名称",
    "price": "当前价格（含货币符号）",
    "warranty": "保修条款和期限",
    "return_policy": "退货政策摘要"
  }
}

响应： data.mode = "llm_extract"，data.content（清洗后的 Markdown 内容），data.extraction_prompt（供智能体遵循并提取字段的指令）

安全限制： Schema 键名只能包含字母、数字、下划线（a-z、0-9、_），最多 50 字符；值最多 200 字符。

使用场景

AI 智能体需要：

抓取电商网站（Amazon、eBay、Walmart）不被封锁
跨国家监控价格变动
访问 195+ 国家的地区限制内容
对 Cloudflare/Akamai 保护站点进行竞争情报收集
执行多步登录流程并保持同一 IP
渲染无真实浏览器就返回空白的 JS 页面
Google 搜索返回结构化 JSON 结果

开发者构建：

AI 驱动的网页研究工具
价格比较智能体
全站内容爬取管道
SEO 监控仪表盘
市场调研自动化

已验证可用

电商： Amazon、eBay、Walmart、Etsy、Shopify
职业网络： LinkedIn
反机器人保护： Cloudflare 站点、Akamai、DataDome
新闻内容： HackerNews、Reddit、BBC、CNN、NYTimes
科技： GitHub、Wikipedia、Stack Overflow、IMDB

反馈与支持

邮箱： [email protected]
GitHub Issues： github.com/NovadaLabs/Novada-proxy/issues
官网： novada.com

许可证

MIT © Novada

Novada Proxy

NovadaLabs4stars

Residential proxy MCP for AI agents — bypass Cloudflare and anti-bot walls. npm: novada-proxy-mcp.

Web Scraping Cloud Infrastructure

Install Run on PlugMCP

GitHub Website

Run on PlugMCP

1# Novada Proxy

README.mdMCP server

Transport: stdio
Status: Local

Power your agent

Add this server

Install from the publisher. Not a PlugMCP endpoint.

Run on PlugMCP

Host a copy with our keys and logs.

No packaged release in the registry yet. Follow the repository README.

RepositoryPublisher installStep-by-step: add this in Claude

Remote URL or a command on your machine? How the two installs differ

Run on PlugMCP

Host a copy with our keys and logs.

A new server you create. It is not this listing's official endpoint. Use the publisher install when you want their URL and their credentials.

Launch

Server facts

Local

Transport: stdio
License: MIT
Last checked: 2026-10-28

Stars: 4
Tools: —
Uptime: —

Tools

No tool list yet. Remote servers get one after the first health check.

FAQ

Questions

How do I install Novada Proxy?

Copy the stdio config for Cursor, Claude Desktop, Claude Code, or VS Code on this page. It uses the publisher's install, not a PlugMCP proxy.

Does Novada Proxy need an API key?

No required environment variable is listed on this record.

What transport does Novada Proxy use?

Novada Proxy runs locally over stdio.

When was Novada Proxy last checked?

Last checked 2026-10-28. Residential proxy MCP for AI agents — bypass Cloudflare and anti-bot walls. npm: novada-proxy-mcp.

From the publisher

Documentation

Works with Claude Code, Cursor, Windsurf, Cline, Continue, and any MCP-compatible AI agent.

[!TIP] Free tier available — sign up at novada.com, no credit card required. Get free access to Scraper API, Web Unblocker, and residential proxies to start building immediately.

Getting Started

For Humans

Create a free account at novada.com — no credit card required
Get your credentials at Dashboard → Residential Proxies → Endpoint Generator — copy your username and password
Install and run:

# Claude Code
claude mcp add novada-proxy-mcp \
  -e NOVADA_PROXY_USER=your_username \
  -e NOVADA_PROXY_PASS=your_password \
  -- npx -y novada-proxy-mcp

# Or use the CLI directly
npx novada-proxy-mcp status
npx novada-proxy fetch https://example.com

For Agents

[!NOTE] Agents: Tell your human to complete steps 1-2 above. Once credentials are set as environment variables, all 10 tools are available immediately. No API key rotation, no token refresh — proxy credentials are persistent.

Required env vars:
  NOVADA_PROXY_USER   — from novada.com dashboard
  NOVADA_PROXY_PASS   — from novada.com dashboard

Optional (for extra features):
  NOVADA_API_KEY      — enables novada_proxy_search (Google search)
  NOVADA_BROWSER_WS   — enables novada_proxy_render (JS rendering)
  NOVADA_PROXY_ZONE   — "res" (default), "isp", or "dcp"

Need help? Contact [email protected]

Why Novada Proxy

Problem	Solution
Amazon, LinkedIn, Cloudflare block your agent	2M+ residential IPs from real home devices
Bot challenges return 403 / CAPTCHA	Real device fingerprints bypass detection
JS-rendered pages return blank content	`novada_proxy_render` runs real Chromium
Geo-restricted or localized content	195+ countries, city-level targeting
Multi-step workflows need the same IP	Sticky sessions — consistent IP across calls
Scraping 10+ URLs wastes time	`novada_proxy_batch_fetch` — concurrent, parallel
Need structured fields, not raw HTML	`novada_proxy_extract` — title, price, rating, etc.
Finding URLs before scraping	`novada_proxy_map` — discover all internal links
Need clean search results	`novada_proxy_search` — Google results as JSON

10 Tools at a Glance

Tool	What It Does	Requires
`novada_proxy_fetch`	Fetch any URL through residential proxy	Proxy credentials
`novada_proxy_batch_fetch`	Fetch 2–20 URLs concurrently (up to 5x parallel)	Proxy credentials
`novada_proxy_extract`	Extract structured fields — heuristic mode (fields) or LLM mode (schema)	Proxy credentials
`novada_proxy_map`	Crawl a URL and return all internal links as JSON array	Proxy credentials
`novada_proxy_crawl`	Recursively crawl a site (BFS, depth 1-5) with URL discovery	Proxy credentials
`novada_proxy_session`	Sticky session — same IP across every call	Proxy credentials
`novada_proxy_search`	Google search -> structured JSON (title, url, snippet)	`NOVADA_API_KEY`
`novada_proxy_render`	Render JS-heavy pages with real Chromium [BETA]	`NOVADA_BROWSER_WS`
`novada_proxy_research`	One-shot deep research — search + fetch + synthesize	`NOVADA_API_KEY` + Proxy
`novada_proxy_status`	Check proxy network health + version	(none)

Quick Decision Guide

I want to...	Use this tool
Fetch a single URL	`novada_proxy_fetch`
Fetch 2–20 URLs at once	`novada_proxy_batch_fetch`
Extract specific fields (title, price...)	`novada_proxy_extract` with `fields`
Extract ANY field via schema	`novada_proxy_extract` with `schema`
Find all links on a page	`novada_proxy_map`
Crawl an entire site	`novada_proxy_crawl`
Research a topic	`novada_proxy_research`
Search Google	`novada_proxy_search`
Render a JS-heavy page	`novada_proxy_render`
Keep same IP across calls	`novada_proxy_session`
Check if proxy works	`novada_proxy_status`

When To Use Which Tool

Goal: "Scrape a single URL"
  └─ Static HTML page?          → novada_proxy_fetch
  └─ Need specific fields?      → novada_proxy_extract (fields or schema mode)
  └─ React/Vue SPA / blank page? → novada_proxy_render

Goal: "Scrape multiple URLs"
  └─ You have the URLs already  → novada_proxy_batch_fetch
  └─ You need links from one page → novada_proxy_map → novada_proxy_batch_fetch
  └─ You need to crawl a whole site → novada_proxy_crawl → novada_proxy_batch_fetch

Goal: "Research a topic"        → novada_proxy_research (search + fetch + findings in one call)

Goal: "Search the web"          → novada_proxy_search → novada_proxy_batch_fetch

Goal: "Login + multi-page flow" → novada_proxy_session (same session_id)

Goal: "Check if proxy works"    → novada_proxy_status

5 Prompts

Pre-built agent workflows that chain multiple tools together. Call these from any MCP client to execute common patterns in one step.

Prompt	Description	Key Arguments
`fetch_url`	Fetch a URL through residential proxy with anti-bot bypass	`url`, `country`, `format`
`research_topic`	Search + batch read workflow — find and read top pages on a topic	`query`, `num_results`, `country`
`extract_product`	Extract structured product data from any e-commerce URL	`url`, `fields`
`crawl_site`	Discover all pages on a site, then fetch them in parallel	`url`, `limit`, `country`
`troubleshoot`	Step-by-step proxy diagnosis when things go wrong	`error_message`

[!NOTE] Prompts orchestrate multi-tool workflows automatically. For example, research_topic runs novada_proxy_search then novada_proxy_batch_fetch in sequence — the agent doesn't need to figure out the pipeline.

5 Resources

Always-accessible reference data that agents can read at any time, without making proxy calls.

Resource URI	Description
`proxy://countries`	Complete list of 195+ country codes with city-level targeting
`proxy://error-codes`	All typed error codes with recovery instructions
`proxy://workflows`	Common agent workflow patterns (crawl, research, monitoring)
`proxy://supported-fields`	All fields `novada_proxy_extract` can extract with strategies
`proxy://cost-guide`	Credits per tool, caching behavior, cost optimization tips

Quick Install

Core — fetch any URL through residential proxy:

claude mcp add novada-proxy-mcp \
  -e NOVADA_PROXY_USER=your_username \
  -e NOVADA_PROXY_PASS=your_password \
  -- npx -y novada-proxy-mcp

Search only:

claude mcp add novada-proxy-mcp \
  -e NOVADA_API_KEY=your_key \
  -- npx -y novada-proxy-mcp

All tools (proxy + search + browser render):

claude mcp add novada-proxy-mcp \
  -e NOVADA_PROXY_USER=your_username \
  -e NOVADA_PROXY_PASS=your_password \
  -e NOVADA_API_KEY=your_key \
  -e NOVADA_BROWSER_WS=your_browser_ws_url \
  -- npx -y novada-proxy-mcp

Cursor / Windsurf / Cline — add to MCP config:

{
  "mcpServers": {
    "novada-proxy-mcp": {
      "command": "npx",
      "args": ["-y", "novada-proxy-mcp"],
      "env": {
        "NOVADA_PROXY_USER": "your_username",
        "NOVADA_PROXY_PASS": "your_password"
      }
    }
  }
}

Get credentials: novada.com -> Dashboard -> Residential Proxies -> Endpoint Generator

Providers

Novada Proxy works with any HTTP proxy provider. Novada is the built-in default with the deepest integration.

Priority: Novada -> BrightData -> Smartproxy -> Oxylabs -> Generic. First configured provider wins.

Feature	Novada	BrightData	Smartproxy	Oxylabs	Generic HTTP
Auto country targeting	✓	✓	✓	✓	manual
Auto city targeting	✓	✓	✓	✓	manual
Sticky sessions	✓	✓	✓	✓	manual
Built-in search API	✓	—	—	—	—
Browser API (JS render)	✓	—	—	—	—

claude mcp add novada-proxy-mcp \
  -e BRIGHTDATA_USER="brd-customer-abc123-zone-residential" \
  -e BRIGHTDATA_PASS=your_password \
  -- npx -y novada-proxy-mcp

BRIGHTDATA_USER is your full username including zone. Optional: BRIGHTDATA_HOST, BRIGHTDATA_PORT (default zproxy.lum-superproxy.io:22225).

claude mcp add novada-proxy-mcp \
  -e SMARTPROXY_USER=your_username \
  -e SMARTPROXY_PASS=your_password \
  -- npx -y novada-proxy-mcp

Optional: SMARTPROXY_HOST, SMARTPROXY_PORT (default gate.smartproxy.com:10001).

claude mcp add novada-proxy-mcp \
  -e OXYLABS_USER=your_username \
  -e OXYLABS_PASS=your_password \
  -- npx -y novada-proxy-mcp

Optional: OXYLABS_HOST, OXYLABS_PORT (default pr.oxylabs.io:7777).

claude mcp add novada-proxy-mcp \
  -e PROXY_URL="http://username:[email protected]:12321" \
  -- npx -y novada-proxy-mcp

country, city, session_id params are ignored with Generic — encode targeting directly in your proxy URL.

Agent-First Design

[!NOTE] Novada Proxy is the only proxy MCP designed specifically for autonomous AI agents. Every response, error, and description is optimized for machine consumption.

Feature	What It Means
`agent_instruction` in errors	Every error tells the agent exactly what to do next
Decision trees in descriptions	WHEN TO USE / USE INSTEAD guides in every tool
`cache_hit` metadata	Agent knows when 0 credits were used (cached response)
`credits_estimated` per call	Cost tracking built into every response
Typed error codes	Machine-readable: `BOT_DETECTION_SUSPECTED`, `PAGE_NOT_FOUND`, etc.
5 workflow prompts	Pre-built agent workflows: research, crawl, extract, diagnose
5 reference resources	Countries, error codes, cost guide — always accessible

Tools

`novada_proxy_fetch`

Parameter	Type	Default	Description
`url`	string	required	Target URL (`http://` or `https://`)
`country`	string	—	2-letter ISO code: `US`, `DE`, `JP`, `GB`, `BR`... (195+ options)
`city`	string	—	City: `newyork`, `london`, `tokyo`, `paris`, `berlin`...
`session_id`	string	—	Reuse same ID for same IP across calls (no hyphens, max 64 chars)
`format`	string	`markdown`	`markdown` strips HTML / `raw` returns full HTML
`timeout`	number	`60`	Timeout in seconds (1–120)

Response:

{
  "ok": true,
  "tool": "novada_proxy_fetch",
  "data": { "url": "...", "status_code": 200, "content": "...", "size_bytes": 34000 },
  "meta": { "latency_ms": 1800, "cache_hit": false, "quota": { "credits_estimated": 1 } }
}

`novada_proxy_batch_fetch`

Parameter	Type	Default	Description
`urls`	string[]	required	2–20 URLs to fetch
`concurrency`	number	`3`	Parallel requests (1–5)
`country`	string	—	Same country for all URLs
`format`	string	`markdown`	`markdown` or `raw`
`timeout`	number	`60`	Per-URL timeout in seconds

Response:

{
  "ok": true,
  "tool": "novada_proxy_batch_fetch",
  "data": {
    "requested": 3,
    "succeeded": 3,
    "failed": 0,
    "results": [
      { "url": "https://...", "ok": true, "content": "...", "cache_hit": false, "latency_ms": 1200 },
      { "url": "https://...", "ok": true, "content": "...", "cache_hit": true,  "latency_ms": 0 },
      { "url": "https://...", "ok": false, "error": { "code": "TLS_ERROR", "message": "..." } }
    ]
  },
  "meta": { "latency_ms": 4100, "quota": { "credits_estimated": 3 } }
}

`novada_proxy_extract`

Parameter	Type	Default	Description
`url`	string	required	Target URL
`fields`	string[]	required	Fields to extract: `title`, `price`, `description`, `rating`, `image`, `author`, `date`...
`render_fallback`	boolean	`false`	Auto-retry via `novada_proxy_render` on TLS/bot block
`country`	string	—	Geo-target the fetch
`timeout`	number	`60`	Timeout in seconds

Response:

{
  "ok": true,
  "tool": "novada_proxy_extract",
  "data": {
    "url": "https://books.toscrape.com/...",
    "fields": { "title": "A Light in the Attic", "price": "£51.77", "description": null },
    "extracted_via": "proxy_fetch"
  },
  "meta": { "latency_ms": 2100, "quota": { "credits_estimated": 1 } }
}

`novada_proxy_map`

Crawl a URL and return all internal links as a structured JSON array. Use as the discovery step before novada_proxy_batch_fetch to crawl an entire site without guessing URLs.

Parameter	Type	Default	Description
`url`	string	required	Starting URL to crawl
`limit`	number	`50`	Max URLs to return (10–200)
`include_external`	boolean	`false`	Include off-domain links
`country`	string	—	Geo-target the fetch
`timeout`	number	`60`	Timeout in seconds

Response:

{
  "ok": true,
  "tool": "novada_proxy_map",
  "data": {
    "domain": "books.toscrape.com",
    "internal_url_count": 20,
    "internal_urls": ["https://books.toscrape.com/catalogue/...", "..."],
    "sitemap_hint": "https://books.toscrape.com/sitemap.xml (check manually)"
  },
  "meta": { "latency_ms": 3800, "quota": { "credits_estimated": 1 } }
}

`novada_proxy_session`

Parameter	Type	Default	Description
`session_id`	string	required	Unique ID — reuse to keep same IP (no hyphens, max 64 chars)
`url`	string	required	Target URL
`country`	string	—	2-letter country code
`city`	string	—	City-level targeting
`verify_sticky`	boolean	`false`	Make 3 proxy calls to confirm IP consistency (adds ~15–25s)
`format`	string	`markdown`	`markdown` or `raw`
`timeout`	number	`60`	Timeout in seconds

`novada_proxy_search`

Structured Google search via Novada Scraper API. Returns titles, URLs, and snippets as clean JSON — no HTML parsing needed.

Parameter	Type	Default	Description
`query`	string	required	Search query
`num`	number	`10`	Results (1–20)
`country`	string	—	Localize: `us`, `uk`, `de`, `jp`...
`language`	string	—	Language: `en`, `zh`, `de`, `ja`...

`novada_proxy_render` [BETA]

Render JavaScript-heavy pages using Novada's Browser API (real Chromium, full JS execution). Use for SPAs, React/Vue apps, and pages that return blank with a standard HTTP fetch.

Requires: NOVADA_BROWSER_WS — copy the Puppeteer URL from Dashboard -> Browser API -> Playground

Parameter	Type	Default	Description
`url`	string	required	Target URL
`format`	string	`markdown`	`markdown` / `html` / `text`
`wait_for`	string	—	CSS selector to wait for before extracting (e.g. `.product-title`)
`timeout`	number	`60`	Timeout in seconds (5–120)

Costs ~5 proxy credits per call vs 1 for novada_proxy_fetch. Use novada_proxy_extract with render_fallback: true for automatic escalation when needed.

`novada_proxy_crawl`

Recursively crawl a website via BFS traversal. Starts from a URL, discovers links at each depth level, and returns the full URL tree with metadata.

Parameter	Type	Default	Description
`url`	string	required	Starting URL to crawl
`depth`	number	`2`	BFS depth (1–5)
`limit`	number	`50`	Max pages to crawl (10–200)
`include_content`	boolean	`false`	Also return page content for each URL
`country`	string	—	Geo-target all fetches
`format`	string	`markdown`	Content format when `include_content: true`
`timeout`	number	`60`	Per-page timeout in seconds

When to use: Full-site scraping, sitemap generation, content indexing — when you need MORE than a single page.

Use novada_proxy_map instead if: You only need links from ONE page (one level deep). Map is faster and cheaper for single-page link discovery.

Chain with: novada_proxy_batch_fetch to scrape specific pages from the URL tree.

Example:

{
  "url": "https://example.com",
  "depth": 2,
  "limit": 50,
  "include_content": false
}

Response: data.pages[] (url, depth, status_code, total_links), data.urls[] (flat array for chaining into novada_proxy_batch_fetch)

`novada_proxy_research`

One-shot research tool — searches the web, fetches top results, and returns structured findings with source previews. The agent can analyze the findings for deeper synthesis.

Parameter	Type	Default	Description
`query`	string	required	Research question or topic
`depth`	string	`"standard"`	`"quick"` (3 sources), `"standard"` (5 sources), `"deep"` (10 sources)
`country`	string	—	Localize search results
`timeout`	number	`60`	Timeout in seconds

Requires: NOVADA_API_KEY (for Google search) + Proxy credentials (for fetching sources)

When to use: Research questions, topic investigation, competitive analysis, fact-finding — when you need content from multiple sources in one call.

Use novada_proxy_search instead if: You just need search result URLs, not full page content.

Chain with: novada_proxy_fetch on specific urls[] for deeper reading of individual sources.

Note: findings_summary is a concatenated preview of sources — your agent should analyze findings[] for actual synthesis.

Example:

{
  "query": "best residential proxy providers 2026",
  "depth": "standard"
}

Response: data.findings[] (title, url, snippet, content_preview), data.urls[] (for chaining), data.findings_summary

`novada_proxy_extract` — Schema Mode

In addition to fields (heuristic extraction), novada_proxy_extract supports a schema parameter for extracting any arbitrary field via your agent's LLM — zero additional API cost.

Schema Mode (LLM Extraction)

Pass schema instead of fields for arbitrary field extraction. The tool returns cleaned page content + an extraction prompt — your agent does the extraction (zero additional API cost).

Parameter	Type	Default	Description
`url`	string	required	Target URL
`schema`	object	—	Keys = field names, values = field descriptions. Use instead of `fields`.
`render_fallback`	boolean	`false`	Auto-retry via `novada_proxy_render` on TLS/bot block
`country`	string	—	Geo-target the fetch
`timeout`	number	`60`	Timeout in seconds

Example:

{
  "url": "https://example.com/product",
  "schema": {
    "product_name": "The full product name",
    "price": "Current price with currency",
    "warranty": "Warranty terms and duration",
    "return_policy": "Return policy summary"
  }
}

Response: data.mode = "llm_extract", data.content (cleaned markdown), data.extraction_prompt (instructions for your agent to follow and extract the fields)

Security: Schema keys must be alphanumeric/underscore (a-z, 0-9, _), max 50 chars. Values max 200 chars.

`novada_proxy_status`

Check proxy network connectivity and version. Makes a live proxy call to verify the connection is working. No credentials required.

Agent Workflows

Site crawl pipeline (map -> batch)

# Agent task: "Read all products on this catalogue"
1. novada_proxy_map(url="https://books.toscrape.com", limit=50)
   → returns 20–50 internal URLs in 4s, 1 credit

2. novada_proxy_batch_fetch(urls=[...20 URLs], concurrency=5)
   → fetches all 20 pages in parallel, ~4s wall time, 20 credits
   (vs ~60s sequential = 15x speedup)

Research pipeline (search -> batch)

# Agent task: "Find and read top 5 pages about X"
1. novada_proxy_search(query="residential proxy MCP", num=5)
   → structured JSON: titles, URLs, snippets

2. novada_proxy_batch_fetch(urls=[...5 URLs], format="markdown")
   → full content of all 5 pages in parallel

Sticky session — login + multi-page scrape

# Same IP across all calls
novada_proxy_session(session_id="job_001", url="https://example.com/login")
novada_proxy_session(session_id="job_001", url="https://example.com/dashboard")
novada_proxy_session(session_id="job_001", url="https://example.com/data/page/1")
novada_proxy_session(session_id="job_001", url="https://example.com/data/page/2")

Price monitoring — same product, three markets

novada_proxy_fetch(url="https://amazon.com/dp/B0BSHF7WHW", country="US")
novada_proxy_fetch(url="https://amazon.com/dp/B0BSHF7WHW", country="DE")
novada_proxy_fetch(url="https://amazon.com/dp/B0BSHF7WHW", country="JP")
# Second call per URL is a cache hit (0ms, 0 credits) if within 300s TTL

Extract structured data

# Agent task: "Get product details without parsing HTML"
novada_proxy_extract(
  url="https://books.toscrape.com/catalogue/a-light-in-the-attic_1000/index.html",
  fields=["title", "price", "description", "rating"],
  render_fallback=true  # auto-retry via Chromium if proxy gets blocked
)

Response Cache

All novada_proxy_fetch and novada_proxy_batch_fetch calls are cached in-process. Repeated fetches to the same URL within the TTL window consume zero proxy credits.

Behavior	Detail
Default TTL	300 seconds (5 minutes)
Cache key	`url + format + country`
Session bypass	`session_id` present -> never cached (sticky routing requires live calls)
Disable	Set `PROXY4AGENT_CACHE_TTL_SECONDS=0`
Max entries	200 (oldest evicted when full)

Reading cache status from response:

"meta": {
  "cache_hit": true,          // served from cache — no proxy credit used
  "cache_age_seconds": 12,    // seconds since the entry was stored
  "latency_ms": 0             // ~0ms for cache hits
}

Typed Error Codes

Every error response includes a typed error.code, recoverable flag, and agent_instruction with the correct next step. Agents never need to parse error messages.

Code	Meaning	Recoverable	Agent Action
`BOT_DETECTION_SUSPECTED`	HTTP 4xx — target blocked the request	✓	Retry with `novada_proxy_render` or different `country`
`TLS_ERROR`	TLS/SSL connection failed through proxy	✓	Retry with a different `country` parameter
`TIMEOUT`	Request exceeded timeout limit	✓	Increase `timeout` or retry
`RATE_LIMITED`	HTTP 429 — too many requests	✓	Wait 5s and retry
`NETWORK_ERROR`	DNS failure — hostname not found	✗	Verify the URL is correct
`SESSION_STICKINESS_FAILED`	Same IP not maintained	✓	Retry `verify_sticky: true` to confirm
`INVALID_INPUT`	Bad parameter value	✗	Fix the parameter and retry
`PROVIDER_NOT_CONFIGURED`	Missing env vars	✗	Set credentials and restart MCP
`UNKNOWN_ERROR`	Unexpected error	✓	Check `novada_proxy_status`, retry

Error response format:

{
  "ok": false,
  "error": {
    "code": "BOT_DETECTION_SUSPECTED",
    "message": "HTTP 403 — request blocked by target",
    "recoverable": true,
    "agent_instruction": "Try novada_proxy_render (real browser). Or retry with a different country/session_id."
  }
}

Geo Coverage

195+ countries including:

City-level targeting: newyork · losangeles · chicago · london · paris · berlin · tokyo · seoul · sydney · toronto · singapore · dubai · mumbai · saopaulo

Compatible With

Client	Install method
Claude Code	`claude mcp add novada-proxy-mcp -e ... -- npx -y novada-proxy-mcp`
Cursor	Settings -> MCP -> Add server -> `npx -y novada-proxy-mcp`
Windsurf	MCP config -> `npx -y novada-proxy-mcp`
Cline	MCP settings -> command: `npx`, args: `["-y", "novada-proxy-mcp"]`
Continue	`.continue/config.json` -> mcpServers
Smithery	smithery.ai/server/novada-proxy-mcp
Any MCP client	stdio transport / `npx -y novada-proxy-mcp`

Network

Metric	Value
Residential IPs	2,000,000+
Live nodes	7,000+
Countries	195+
Device types	Android, Windows, Mac
Uptime	99.9%

Confirmed Working

Real-World Test Results

Tested across 3 Novada proxy types with 33 real-world tests (2026-04-28):

Proxy Type	Tests	Pass	Notes
Residential	11	9	Wikipedia, Shopify, HackerNews, geo-targeting work. Sticky sessions require endpoint config.
ISP	7	7	All tools work including sticky sessions (`session_verified: true`).
Datacenter	8	8	Fast, cost-effective. Anti-bot sites (Amazon, CNN) may block datacenter IPs — use residential for those.
Error handling	7	7	All error codes return structured JSON with `agent_instruction`.

Success rate: 94% (31/33 pass). Failures are proxy-type limitations (datacenter on anti-bot sites), not code bugs.

Proxy Type Guide

Use Case	Recommended Proxy	Why
Anti-bot sites (Amazon, LinkedIn, CNN)	Residential	Real home IPs, hardest to detect
Fast bulk scraping	Datacenter	Lowest latency, cheapest per GB
Sticky sessions (login flows)	ISP	6-hour sticky, stable IPs
General scraping	Any	All types handle most sites

Known Limitations

Limitation	Workaround
Datacenter IPs blocked on anti-bot sites	Use residential or ISP proxy type (`NOVADA_PROXY_ZONE=res`)
Proxy-side DNS errors surface as `TLS_ERROR`	Check if domain exists before retrying with different country
CLI is stateless (no cross-invocation cache)	Use MCP server for cache benefits, or re-fetch same URLs within one CLI batch
`novada_proxy_render` requires Browser API key	Set `NOVADA_BROWSER_WS` env var — get it from novada.com dashboard
Heuristic extraction misses a field	Use `schema` mode: pass `schema:{"field":"description"}` — returns cleaned content + extraction prompt for your agent to extract any field (zero-cost LLM extraction)

Feedback & Support

Email: [email protected]
GitHub Issues: github.com/NovadaLabs/Novada-proxy/issues
Website: novada.com

License

Novada Proxy（中文文档）

支持 Claude Code、Cursor、Windsurf、Cline、Continue 及所有 MCP 兼容智能体。由 Novada 提供支持。

[!TIP] 免费套餐 — 在 novada.com 注册，无需信用卡。免费使用 Scraper API、Web Unblocker 和住宅代理。

10 个工具

novada_proxy_fetch       → 通过住宅代理抓取任意 URL
novada_proxy_batch_fetch → 并发抓取 2-20 个 URL（最高 5 倍加速）
novada_proxy_extract     → 从页面提取结构化字段（标题、价格、评分…）
novada_proxy_map         → 爬取页面，返回所有内部链接 JSON 数组
novada_proxy_crawl       → 递归爬取站点（BFS，深度 1-5），自动发现 URL
novada_proxy_session     → 粘性会话 — 同一 session_id 始终同一 IP
novada_proxy_search      → Google 搜索，返回结构化 JSON（无需解析 HTML）
novada_proxy_render      → 真实 Chromium 渲染 JS 页面 [BETA]
novada_proxy_research    → 一键深度研究 — 搜索 + 抓取 + 综合分析
novada_proxy_status      → 检查代理网络健康状态

5 个提示词

预构建的智能体工作流，将多个工具链式组合。

提示词	描述	主要参数
`fetch_url`	通过住宅代理抓取 URL，自动绕过反机器人	`url`, `country`, `format`
`research_topic`	搜索 + 批量阅读工作流 — 搜索主题并阅读排名靠前的页面	`query`, `num_results`, `country`
`extract_product`	从任意电商 URL 提取结构化产品数据	`url`, `fields`
`crawl_site`	发现站点所有页面，然后并行抓取	`url`, `limit`, `country`
`troubleshoot`	代理故障逐步诊断	`error_message`

5 个资源

智能体可随时读取的参考数据，无需消耗代理额度。

资源 URI	描述
`proxy://countries`	195+ 国家代码完整列表，含城市级定位
`proxy://error-codes`	所有类型化错误码及恢复指令
`proxy://workflows`	常用智能体工作流模式（爬取、研究、监控）
`proxy://supported-fields`	`novada_proxy_extract` 支持的所有提取字段及策略
`proxy://cost-guide`	每个工具的额度消耗、缓存行为、成本优化技巧

快速决策指南

我想要...	使用工具
抓取单个 URL	`novada_proxy_fetch`
同时抓取 2-20 个 URL	`novada_proxy_batch_fetch`
提取特定字段（标题、价格…）	`novada_proxy_extract` 使用 `fields`
提取任意字段（Schema 模式）	`novada_proxy_extract` 使用 `schema`
获取页面上的所有链接	`novada_proxy_map`
爬取整个站点	`novada_proxy_crawl`
研究某个主题	`novada_proxy_research`
搜索 Google	`novada_proxy_search`
渲染 JS 重型页面	`novada_proxy_render`
跨请求保持同一 IP	`novada_proxy_session`
检查代理是否正常	`novada_proxy_status`

工具选择决策树

目标：抓取单个 URL
  ├─ 静态 HTML 页面？                    → novada_proxy_fetch
  ├─ 需要特定字段（价格/标题）？          → novada_proxy_extract（fields 或 schema 模式）
  └─ React/Vue SPA / 内容为空？          → novada_proxy_render

目标：批量抓取多个 URL
  ├─ 已有 URL 列表？                     → novada_proxy_batch_fetch
  ├─ 需要获取单页链接？                  → novada_proxy_map → novada_proxy_batch_fetch
  └─ 需要爬取整个站点？                  → novada_proxy_crawl → novada_proxy_batch_fetch

目标：研究某个主题                       → novada_proxy_research（一次调用搜索 + 抓取 + 分析）

目标：网页搜索                          → novada_proxy_search → novada_proxy_batch_fetch

目标：登录 + 多步骤流程                  → novada_proxy_session（相同 session_id）

目标：验证代理是否正常工作               → novada_proxy_status

三大流水线模式

全站爬取流水线（推荐）

novada_proxy_map(url, limit=50)
        │
        ▼
  返回 20-50 个内部链接（1 credit，4 秒）
        │
        ▼
novada_proxy_batch_fetch(urls, concurrency=5)
        │
        ▼
  并发抓取所有页面（N credits，~4 秒，比串行快 15x）

搜索研究流水线

novada_proxy_search(query, num=10)
        │
        ▼
  结构化 JSON：标题 + URL + 摘要
        │
        ▼
novada_proxy_batch_fetch(urls, format="markdown")
        │
        ▼
  全部页面内容并行返回

粘性会话 — 登录 + 多页抓取

session_id = "job_001"

novada_proxy_session(session_id, url="/login")    → 同一 IP
novada_proxy_session(session_id, url="/dashboard") → 同一 IP
novada_proxy_session(session_id, url="/data/1")    → 同一 IP
novada_proxy_session(session_id, url="/data/2")    → 同一 IP

智能体优先设计

[!NOTE] Novada Proxy 是唯一专为自主 AI 智能体设计的代理 MCP。每个响应、错误和描述都为机器消费而优化。

特性	含义
错误中的 `agent_instruction`	每个错误都告诉智能体下一步该做什么
描述中的决策树	每个工具都有 WHEN TO USE / USE INSTEAD 指引
`cache_hit` 元数据	智能体知道是否消耗了 0 额度（缓存命中）
`credits_estimated`	每个响应都内置成本追踪
类型化错误码	机器可读：`BOT_DETECTION_SUSPECTED`、`PAGE_NOT_FOUND` 等
5 个工作流提示词	预构建工作流：研究、爬取、提取、诊断
5 个参考资源	国家、错误码、成本指南 — 随时可访问

核心特性

1. 住宅 IP 网络

200 万+ 真实设备：Android 手机、Windows 电脑、Mac
7,000+ 活跃节点，99.9% 在线率
真实家庭 IP 指纹，绕过 Cloudflare、Akamai、DataDome 检测

2. 地理定向

195+ 国家，两字母 ISO 代码（US、DE、JP、BR...）
城市级定位：newyork、london、tokyo、singapore...
同一 URL 不同国家 = 独立缓存键，互不干扰

3. 响应缓存

重复抓取相同 URL 不消耗代理额度：

// 第一次调用（live fetch）
"meta": { "cache_hit": false, "latency_ms": 1800, "quota": { "credits_estimated": 1 } }

// 第二次调用（cache hit）
"meta": { "cache_hit": true, "cache_age_seconds": 5, "latency_ms": 0 }

配置项	说明
默认 TTL	300 秒（5 分钟）
缓存键	`url + format + country`
禁用缓存	`PROXY4AGENT_CACHE_TTL_SECONDS=0`
session_id	有 session_id 的请求永不缓存（粘性路由需要实时调用）

4. 智能体优先的 JSON 输出

所有工具返回统一结构：

{
  "ok": true / false,
  "tool": "工具名称",
  "data": { ... },
  "meta": {
    "latency_ms": 1800,
    "cache_hit": false,
    "quota": { "credits_estimated": 1 }
  }
}

5. 类型化错误码 + 恢复指令

每个错误都包含 code（枚举）、recoverable（布尔）、agent_instruction（下一步操作）：

{
  "ok": false,
  "error": {
    "code": "BOT_DETECTION_SUSPECTED",
    "recoverable": true,
    "agent_instruction": "Try novada_proxy_render (real browser). Or retry with a different country/session_id."
  }
}

错误码	含义	可恢复
`BOT_DETECTION_SUSPECTED`	被目标站点封锁（403）	✓
`TLS_ERROR`	TLS/SSL 连接失败	✓
`TIMEOUT`	请求超时	✓
`RATE_LIMITED`	HTTP 429 限速	✓
`NETWORK_ERROR`	DNS 解析失败	✗
`INVALID_INPUT`	参数错误	✗
`PROVIDER_NOT_CONFIGURED`	缺少凭证	✗

6. 批量并发抓取

novada_proxy_batch_fetch 内置信号量并发控制：

// 10 个 URL，concurrency=5，wall time = ~8.8s（串行估计 ~50s）
{
  "data": {
    "results": [
      { "url": "...", "ok": true, "cache_hit": false, "latency_ms": 1200 },
      { "url": "...", "ok": true, "cache_hit": true,  "latency_ms": 0 },
      { "url": "...", "ok": false, "error": { "code": "TLS_ERROR" } }
    ]
  },
  "meta": { "latency_ms": 8800, "quota": { "credits_estimated": 10 } }
}

7. 多供应商支持

供应商	环境变量	说明
Novada（推荐）	`NOVADA_PROXY_USER` + `NOVADA_PROXY_PASS`	最深度集成，含搜索 + 浏览器 API
BrightData	`BRIGHTDATA_USER` + `BRIGHTDATA_PASS`	完整自动定位
Smartproxy	`SMARTPROXY_USER` + `SMARTPROXY_PASS`	完整自动定位
Oxylabs	`OXYLABS_USER` + `OXYLABS_PASS`	完整自动定位
通用 HTTP	`PROXY_URL=http://user:pass@host:port`	任意代理服务商

8. 渐进式降级（render_fallback）

novada_proxy_extract 支持自动升级到浏览器渲染：

代理抓取失败（TLS / Bot检测）
        │
        ▼ render_fallback=true
novada_proxy_render（真实 Chromium）
        │
        ▼
data.extracted_via = "render"  （agent 知道走了哪条路径）
data.fetch_warning = "Proxy fetch failed... escalated to render"

快速安装

# 核心（住宅代理抓取）
claude mcp add novada-proxy-mcp \
  -e NOVADA_PROXY_USER=你的用户名 \
  -e NOVADA_PROXY_PASS=你的密码 \
  -- npx -y novada-proxy-mcp

# 仅搜索
claude mcp add novada-proxy-mcp \
  -e NOVADA_API_KEY=你的_API_Key \
  -- npx -y novada-proxy-mcp

# 全功能（代理 + 搜索 + 浏览器渲染）
claude mcp add novada-proxy-mcp \
  -e NOVADA_PROXY_USER=你的用户名 \
  -e NOVADA_PROXY_PASS=你的密码 \
  -e NOVADA_API_KEY=你的_API_Key \
  -e NOVADA_BROWSER_WS=你的_Browser_WS_URL \
  -- npx -y novada-proxy-mcp

获取凭证：novada.com -> 仪表盘 -> 住宅代理 -> 端点生成器

Cursor / Windsurf / Cline 配置：

{
  "mcpServers": {
    "novada-proxy-mcp": {
      "command": "npx",
      "args": ["-y", "novada-proxy-mcp"],
      "env": {
        "NOVADA_PROXY_USER": "你的用户名",
        "NOVADA_PROXY_PASS": "你的密码"
      }
    }
  }
}

工具参数速查

novada_proxy_fetch

参数	类型	默认	说明
`url`	string	必填	目标 URL
`country`	string	—	国家代码（`US`、`DE`、`JP`...）
`city`	string	—	城市（`newyork`、`london`...）
`session_id`	string	—	复用同一 IP（不含连字符，最多 64 字符）
`format`	string	`markdown`	`markdown`（去 HTML）或 `raw`（原始 HTML）
`timeout`	number	`60`	超时秒数（1-120）

novada_proxy_batch_fetch

参数	类型	默认	说明
`urls`	string[]	必填	2-20 个 URL
`concurrency`	number	`3`	并发数（1-5）
`country`	string	—	对所有 URL 使用相同国家
`format`	string	`markdown`	`markdown` 或 `raw`

novada_proxy_extract

参数	类型	默认	说明
`url`	string	必填	目标 URL
`fields`	string[]	必填	要提取的字段（`title`、`price`、`description`、`rating`...）
`render_fallback`	boolean	`false`	代理失败时自动切换到浏览器渲染
`country`	string	—	地理定向

novada_proxy_map

参数	类型	默认	说明
`url`	string	必填	起始 URL
`limit`	number	`50`	最多返回 URL 数（10-200）
`include_external`	boolean	`false`	包含站外链接

novada_proxy_session

参数	类型	默认	说明
`session_id`	string	必填	会话 ID（不含连字符，最多 64 字符）
`url`	string	必填	目标 URL
`verify_sticky`	boolean	`false`	验证 IP 一致性（需额外 15-25 秒）
`country`	string	—	国家代码

novada_proxy_search

参数	类型	默认	说明
`query`	string	必填	搜索关键词
`num`	number	`10`	结果数量（1-20）
`country`	string	—	本地化结果（`us`、`de`、`jp`...）
`language`	string	—	语言（`en`、`zh`、`de`...）

novada_proxy_render [BETA]

参数	类型	默认	说明
`url`	string	必填	目标 URL
`format`	string	`markdown`	`markdown` · `html` · `text`
`wait_for`	string	—	等待 CSS 选择器后再提取（如 `.product-title`）
`timeout`	number	`60`	超时秒数（5-120）

novada_proxy_crawl

递归 BFS 爬取站点，从起始 URL 出发，按深度逐层发现链接，返回完整 URL 树及元数据。

参数	类型	默认	说明
`url`	string	必填	起始 URL
`depth`	number	`2`	BFS 深度（1-5）
`limit`	number	`50`	最大爬取页数（10-200）
`include_content`	boolean	`false`	同时返回每个页面的内容
`country`	string	—	地理定向所有请求
`format`	string	`markdown`	`include_content: true` 时的内容格式
`timeout`	number	`60`	每页超时秒数

适用场景： 全站抓取、站点地图生成、内容索引 — 需要抓取多个页面时使用。

改用 novada_proxy_map 的情况： 只需要单页链接（一层深度）。Map 更快、更省额度。

组合使用： 将 data.urls[] 传入 novada_proxy_batch_fetch 并发抓取。

请求示例：

{
  "url": "https://example.com",
  "depth": 2,
  "limit": 50,
  "include_content": false
}

响应： data.pages[]（url、depth、status_code、total_links），data.urls[]（扁平数组，可直接传给 novada_proxy_batch_fetch）

novada_proxy_research

一键深度研究工具 — 搜索网络、抓取排名靠前的结果，返回含来源预览的结构化分析。智能体可对 findings 进行进一步综合分析。

参数	类型	默认	说明
`query`	string	必填	研究问题或主题
`depth`	string	`"standard"`	`"quick"`（3 个来源）、`"standard"`（5 个）、`"deep"`（10 个）
`country`	string	—	本地化搜索结果
`timeout`	number	`60`	超时秒数

需要： NOVADA_API_KEY（Google 搜索）+ 代理凭证（抓取来源页面）

适用场景： 研究问题、主题调研、竞品分析、事实核查 — 需要一次调用获取多个来源内容时。

改用 novada_proxy_search 的情况： 只需要搜索结果 URL，不需要完整页面内容。

组合使用： 对 data.urls[] 中的特定 URL 调用 novada_proxy_fetch 进行深度阅读。

注意： findings_summary 是各来源内容的拼接预览 — 智能体应分析 findings[] 进行实质性综合。

请求示例：

{
  "query": "2026年最佳住宅代理服务商",
  "depth": "standard"
}

响应： data.findings[]（title、url、snippet、content_preview），data.urls[]（可链式传给其他工具），data.findings_summary

novada_proxy_extract — Schema 模式（LLM 提取）

除 fields（启发式提取）外，novada_proxy_extract 还支持 schema 参数，通过智能体自身的 LLM 提取任意字段 — 零额外 API 费用。

传入 schema 替代 fields，工具返回清洗后的页面内容 + 提取提示词 — 由你的智能体完成提取。

参数	类型	默认	说明
`url`	string	必填	目标 URL
`schema`	object	—	键 = 字段名，值 = 字段描述。替代 `fields` 使用。
`render_fallback`	boolean	`false`	代理失败时自动切换到浏览器渲染
`country`	string	—	地理定向
`timeout`	number	`60`	超时秒数

请求示例：

{
  "url": "https://example.com/product",
  "schema": {
    "product_name": "完整的产品名称",
    "price": "当前价格（含货币符号）",
    "warranty": "保修条款和期限",
    "return_policy": "退货政策摘要"
  }
}

响应： data.mode = "llm_extract"，data.content（清洗后的 Markdown 内容），data.extraction_prompt（供智能体遵循并提取字段的指令）

安全限制： Schema 键名只能包含字母、数字、下划线（a-z、0-9、_），最多 50 字符；值最多 200 字符。

使用场景

AI 智能体需要：

抓取电商网站（Amazon、eBay、Walmart）不被封锁
跨国家监控价格变动
访问 195+ 国家的地区限制内容
对 Cloudflare/Akamai 保护站点进行竞争情报收集
执行多步登录流程并保持同一 IP
渲染无真实浏览器就返回空白的 JS 页面
Google 搜索返回结构化 JSON 结果

开发者构建：

AI 驱动的网页研究工具
价格比较智能体
全站内容爬取管道
SEO 监控仪表盘
市场调研自动化

已验证可用

反馈与支持

邮箱： [email protected]
GitHub Issues： github.com/NovadaLabs/Novada-proxy/issues
官网： novada.com

Add this server

Host a copy with our keys and logs.

Server facts

Tools

Questions

How do I install Novada Proxy?

Does Novada Proxy need an API key?

What transport does Novada Proxy use?

When was Novada Proxy last checked?

Documentation

Getting Started

For Humans

For Agents

Why Novada Proxy

10 Tools at a Glance

Quick Decision Guide

When To Use Which Tool

5 Prompts

5 Resources

Quick Install

Providers

Agent-First Design

Tools

novada_proxy_fetch

novada_proxy_batch_fetch

novada_proxy_extract

novada_proxy_map

novada_proxy_session

novada_proxy_search

novada_proxy_render [BETA]

novada_proxy_crawl

novada_proxy_research

novada_proxy_extract — Schema Mode

Schema Mode (LLM Extraction)

novada_proxy_status

Agent Workflows

Site crawl pipeline (map -> batch)

Research pipeline (search -> batch)

Sticky session — login + multi-page scrape

Price monitoring — same product, three markets

Extract structured data

Response Cache

Typed Error Codes

Geo Coverage

Compatible With

Network

Confirmed Working

Real-World Test Results

Proxy Type Guide

Known Limitations

Feedback & Support

License

Novada Proxy（中文文档）

10 个工具

5 个提示词

5 个资源

快速决策指南

工具选择决策树

三大流水线模式

全站爬取流水线（推荐）

搜索研究流水线

粘性会话 — 登录 + 多页抓取

智能体优先设计

核心特性

1. 住宅 IP 网络

2. 地理定向

3. 响应缓存

4. 智能体优先的 JSON 输出

5. 类型化错误码 + 恢复指令

6. 批量并发抓取

7. 多供应商支持

8. 渐进式降级（render_fallback）

快速安装

工具参数速查

novada_proxy_fetch

novada_proxy_batch_fetch

novada_proxy_extract

novada_proxy_map

novada_proxy_session

novada_proxy_search

`novada_proxy_fetch`

`novada_proxy_batch_fetch`

`novada_proxy_extract`

`novada_proxy_map`

`novada_proxy_session`

`novada_proxy_search`

`novada_proxy_render` [BETA]

`novada_proxy_crawl`

`novada_proxy_research`

`novada_proxy_extract` — Schema Mode

`novada_proxy_status`

`novada_proxy_fetch`

`novada_proxy_batch_fetch`

`novada_proxy_extract`

`novada_proxy_map`

`novada_proxy_session`

`novada_proxy_search`

`novada_proxy_render` [BETA]

`novada_proxy_crawl`

`novada_proxy_research`

`novada_proxy_extract` — Schema Mode

`novada_proxy_status`