blocknative-automation

Overview of blocknative-automation skill

What blocknative-automation is for

blocknative-automation is a Claude skill for running Blocknative-related workflows through Composio’s Rube MCP server. Its main purpose is not to hard-code one Blocknative action, but to help an AI agent discover the currently available Blocknative tools, verify the user’s connection, read fresh schemas, and then execute the right operation with less guesswork.

Use this skill when you want Blocknative automation inside an MCP-enabled assistant rather than manually checking tool names, auth state, and request fields each time.

Best-fit users and workflows

The blocknative-automation skill is best for users who already use Claude or another MCP-capable client and want agent-assisted access to Blocknative via Composio. It fits workflows where the exact tool schema may change or where the assistant needs to choose the right Blocknative tool after understanding the task.

Good fit examples include:

• Asking an agent to inspect available Blocknative operations before acting
• Building repeatable blockchain infrastructure workflows around Blocknative
• Delegating connection checks and schema discovery to the assistant
• Reducing brittle prompts that assume a fixed API shape

Key differentiator: search tools first

The most important behavior in blocknative-automation is its “discover before execute” pattern. The skill explicitly requires RUBE_SEARCH_TOOLS before running workflows so the assistant can retrieve current tool slugs, input schemas, execution plans, and known pitfalls.

That matters because MCP tool catalogs and toolkit schemas can evolve. A generic prompt may guess parameters from memory; this skill pushes the agent to confirm the live schema before calling anything.

How to Use blocknative-automation skill

blocknative-automation install context

Install the skill from the Composio skills repository, then use it in a client where Rube MCP is available:

npx skills add ComposioHQ/awesome-claude-skills --skill blocknative-automation

The upstream skill itself depends on Rube MCP, not a local script bundle. Add the MCP server endpoint in your client configuration:

https://rube.app/mcp

Before expecting useful blocknative-automation usage, confirm that RUBE_SEARCH_TOOLS is available. Then use RUBE_MANAGE_CONNECTIONS with toolkit blocknative and complete the returned authorization flow if the connection is not ACTIVE.

Inputs the skill needs from you

A strong prompt should include the Blocknative job you want done, the target network or environment if relevant, the output format you expect, and any safety constraints. The skill can discover available tool schemas, but it cannot infer business intent from a vague request.

Weak prompt:

Use Blocknative.

Better prompt:

Use blocknative-automation to find the current Blocknative tools through Rube MCP, verify my blocknative connection is active, and identify the correct tool for monitoring a transaction-related workflow. Do not execute a write or subscription action until you show the tool name, required fields, and proposed inputs.

This gives the agent a task, a discovery requirement, an auth check, and a stopping point before action.

Suggested workflow for reliable execution

Use this practical blocknative-automation guide pattern:

1. Ask the assistant to invoke the skill and call RUBE_SEARCH_TOOLS for your specific Blocknative use case.
2. Review the returned tool slugs, schemas, and pitfalls.
3. Ask it to check the Blocknative connection with RUBE_MANAGE_CONNECTIONS.
4. If inactive, complete the auth link and ask the assistant to verify ACTIVE status.
5. Have the assistant draft the exact tool call before execution.
6. Execute only after required fields and side effects are clear.

This sequence is especially useful for Workflow Automation because it separates discovery, authentication, planning, and execution instead of collapsing everything into one risky prompt.

Repository files to read first

The repository path is composio-skills/blocknative-automation, and the primary file to inspect is SKILL.md. There are no visible helper scripts, rules, references, or README files in the provided tree, so the main value is the workflow instruction embedded in the skill: connect Rube MCP, manage the Blocknative connection, search tools first, then execute based on live schemas.

If you are evaluating adoption, read SKILL.md for prerequisites and the core workflow pattern before installing.

blocknative-automation skill FAQ

Is blocknative-automation a direct Blocknative API wrapper?

Not exactly. blocknative-automation routes Blocknative operations through Composio’s Rube MCP toolkit. That means the assistant should use Rube tools such as RUBE_SEARCH_TOOLS and RUBE_MANAGE_CONNECTIONS rather than assuming direct API endpoints or locally installed SDK functions.

When should I use it instead of an ordinary prompt?

Use it when the assistant has MCP access and you want it to discover current Blocknative tool schemas before acting. An ordinary prompt may be enough for research or planning, but it is weaker for execution because it may invent tool names, miss required fields, or skip connection checks.

Is this beginner-friendly?

It is beginner-friendly for MCP users, but not for users who have never configured an MCP server. The main setup requirements are straightforward: add https://rube.app/mcp, confirm RUBE_SEARCH_TOOLS works, connect the blocknative toolkit, and verify the connection is ACTIVE.

When is this skill not a good fit?

Do not use this skill if you need an offline-only workflow, a standalone CLI, or a fully documented local Blocknative SDK wrapper. It is also a poor fit if your environment cannot use Rube MCP or if you need guaranteed fixed schemas without runtime discovery.

How to Improve blocknative-automation skill

Improve prompts with execution boundaries

To get better results from blocknative-automation, tell the assistant what it may and may not execute. For example, ask it to stop after schema discovery, require confirmation before any state-changing action, or output a dry-run plan first.

A stronger instruction:

Search current Blocknative tools for this task, check connection status, then produce a proposed call with required fields. Do not execute until I approve.

This reduces accidental execution and makes the skill safer for automation workflows.

Provide context that changes tool selection

The assistant’s tool choice improves when you include details that affect schema selection: target chain or network, transaction or address context, alerting requirements, desired output, time sensitivity, and whether the workflow is exploratory or production-oriented.

Instead of saying “monitor this,” specify what “monitor” means in your operation: status lookup, notification setup, mempool-related visibility, account or transaction tracking, or another Blocknative-supported action discovered through Rube.

Watch for common failure modes

The main failure modes are skipping RUBE_SEARCH_TOOLS, acting before the Blocknative connection is ACTIVE, using stale assumptions about available fields, or executing a tool call without showing inputs first. If the assistant jumps straight to execution, redirect it back to discovery and connection verification.

For higher-confidence results, ask it to quote the discovered required fields and mention any known pitfalls returned by Rube before it proceeds.

Iterate after the first output

After the first plan or tool result, ask the assistant to refine based on concrete evidence: returned schema fields, error messages, missing authentication, or unexpected outputs. Good follow-up prompts include:

• “Revise the call using the schema returned by RUBE_SEARCH_TOOLS.”
• “Explain which fields are required and which are optional.”
• “If the connection is inactive, guide me through rechecking RUBE_MANAGE_CONNECTIONS.”
• “Convert this successful call into a repeatable workflow prompt.”

That iteration turns blocknative-automation for Workflow Automation from a one-off tool invocation into a safer repeatable process.