Connect
Optimize
Secure
Live 6 Actions
Google Forms MCP Server
for AI Agents
StackOne's Google Forms MCP server gives AI agents ready-to-use actions for Google Forms — with built-in authentication, security, governance, token efficiency, and high tool-calling accuracy.
Google Forms MCP Server
Built by 
StackOne
StackOne 
Coverage
6 Agent Actions
Create, read, update, and delete across Google Forms — and extend your agent's capabilities with custom actions.
Authentication
Agent Tool Authentication
Per-user OAuth in one call. Your Google Forms MCP server gets session-scoped tokens with zero credentials stored on your infra.
Agent Auth →
Security
Agent Protection
Every Google Forms tool response scanned for prompt injection in milliseconds — 88.7% accuracy, all running on CPU.
Prompt Injection Defense →
Performance
Max Agent Context. Min Cost.
Free up to 96% of your agent's context window to enhance reasoning and reduce cost, on every Google Forms call.
Tools Discovery →What is the Google Forms MCP Server?
A Google Forms MCP server lets AI agents read and write Google Forms data through the Model Context Protocol — Anthropic's open standard for connecting LLMs to external tools. StackOne's Google Forms MCP server ships with pre-built actions, fully extensible via the Connector Builder — plus managed authentication, prompt injection defense, and optimized agent context. Connect it from MCP clients like Claude Desktop, Claude Code, Cursor, Goose, and VS Code, or from agent frameworks like OpenAI Agents SDK, LangChain, and Vercel AI SDK.
All Google Forms MCP Tools and Actions
Every action from Google Forms's API, ready for your agent. Create, read, update, and delete — scoped to exactly what you need.
Forms
- Create Form
Create a new Google Form with a title. Call this exactly ONCE per user workflow - do not call again to "add questions to the same form" or "reorder items" or "publish", since each call produces a brand-new form with a new formId
- Get Form
Retrieve a Google Form by its ID. Only needed when you do not already have the form data - skip this call after batch_update_form that was issued with includeFormInResponse=true, since the batch_update_form response already contains the updated form
- Batch Update Form
Apply multiple update operations to a form in a single atomic request. Set includeFormInResponse=true to get the full updated form back in this same response - that makes a follow-up get_form call unnecessary
Settings
- Set Publish Settings
Publish or unpublish a form, and control whether it accepts new responses. This is the action to call when the user asks to "publish", "unpublish", "go live", "stop accepting responses", or "make the form available"
Form Responses
- List Form Responses
Retrieve all responses submitted to a form
- Get Form Response
Retrieve a specific response from a form
Google Forms AI Agent Use Cases
Connect your AI agent to Google Forms and help your team scale the marketing operations they run by hand today.
Lead Nurture Sequences
Use StackOne to connect your AI agent to your marketing automation, CRM, and email tools to automate lead nurture email sequences.
View Campaign Performance Reports
Use StackOne to connect your AI agent to your marketing automation, email, and analytics platforms to automate campaign performance reporting.
View Content Repurposing
Use StackOne to connect your AI agent to your document stores, email platforms, and messaging tools to automate content repurposing and distribution.
ViewSet Up Your Google Forms MCP Server in Minutes
One endpoint. Any framework. Your agent is talking to Google Forms in under 10 lines of code.
MCP Clients
Agent Frameworks
JSON{
"mcpServers": {
"stackone": {
"command": "npx",
"args": [
"-y",
"mcp-remote@latest",
"https://api.stackone.com/mcp?x-account-id=<account_id>",
"--header",
"Authorization: Basic <YOUR_BASE64_TOKEN>"
]
}
}
}Google Forms MCP Server Resources
MCP Code Mode: Keeping Tool Responses Out of Agent Context
Anthropic's code_execution processes data already in context. Custom MCP code mode keeps raw tool responses in a sandbox. 14K tokens vs 500.
11 min
Comparing BM25, TF-IDF, and Hybrid Search for MCP Tool Discovery
Benchmarking BM25, TF-IDF, and hybrid search for MCP tool discovery across 916 tools. The 80/20 TF-IDF/BM25 hybrid hits 21% Top-1 accuracy in under 1ms.
10 min
Indirect Prompt Injection Defense for MCP Tools: A Technical Guide
MCP tools that read emails, CRM records, and tickets are indirect prompt injection vectors. Here's how we built a two-tier defense that scans tool results in ~11ms.
12 min
Google Forms MCP Server FAQ
Google Forms MCP server vs direct API integration — what's the difference?
A Google Forms MCP server and direct API integration serve different use cases. Direct API integration is for software-to-software — backend code calling Google Forms. A Google Forms MCP server is for AI agents — MCP clients like Claude and Cursor, plus framework agents built with OpenAI, LangChain, or Vercel AI — discovering and calling Google Forms at runtime. StackOne provides both.
How does Google Forms authentication work for AI agents?
Google Forms authentication for AI agents works through a StackOne Connect Session. Create one via the dashboard or the SDK — you get an auth link and ready-to-paste config for Claude Desktop, Cursor, and other MCP clients. Your user authenticates their own Google Forms account; StackOne handles token exchange, storage, and refresh. Credentials never reach the LLM, and each user is isolated via
origin_owner_id.Are Google Forms MCP tools vulnerable to prompt injection?
Yes — Google Forms MCP tools can be vulnerable to indirect prompt injection. Any tool that reads user-written content — documents, messages, tickets, records, or free-text fields — is a potential vector. StackOne Defender scans every tool response before it enters the agent's context — regex patterns in ~1ms, then a MiniLM classifier in ~4ms. 88.7% accuracy, CPU-only.
What is the context bloat of a Google Forms agent and how do I avoid it?
Context bloat happens when Google Forms tool schemas and API responses eat your Google Forms agent's memory, preventing it from reasoning effectively. A single Google Forms query can return a massive JSON response, and connecting multiple tools compounds the problem. Tools Discovery and Code Mode reduce context bloat — loading only relevant tools per query and keeping raw responses out of the agent's context.
Can I limit which actions my Google Forms agent can access?
Yes — you can limit which actions your Google Forms agent can access directly from the StackOne dashboard. Toggle actions on or off, or restrict them to specific accounts, with no code changes to your agent. Session tokens can be scoped to exact actions so if one leaks, exposure stays contained.
Can I create custom agent actions for my Google Forms MCP server?
Yes — you can create custom agent actions for your Google Forms MCP server using Connector Builder. It's an integration agent your coding assistant (Claude Code, Cursor, or Copilot) can invoke to research Google Forms's API, generate production-ready connector YAML, test against the live API, and validate before you ship.
When should I NOT use a Google Forms MCP server?
Skip a Google Forms MCP server if your integration is purely software-to-software — direct Google Forms API integration is simpler when no AI agent is involved. For deterministic, compliance-critical operations (financial transactions, regulatory reporting), direct API gives you predictable behavior without agent-driven decision-making. MCP shines when AI agents need to dynamically discover and call Google Forms actions at runtime.
What AI frameworks and AI clients does the StackOne Google Forms MCP server support?
The StackOne Google Forms MCP server supports both. MCP clients (paste-and-go apps): Claude Desktop, Claude Code, Cursor, VS Code, Goose. Agent frameworks (code SDKs you build with): OpenAI Agents SDK, Anthropic, Vercel AI, Google ADK, CrewAI, Pydantic AI, LangChain, LangGraph, Azure AI Foundry.
Put your AI agents to work
All the tools you need to build and scale AI agent integrations, with best-in-class connectivity, execution, and security.