esputnik-automation

Overview of esputnik-automation skill

What esputnik-automation is for

esputnik-automation is a Claude skill for running Esputnik automation tasks through Composio’s Rube MCP server. Instead of hard-coding one static Esputnik API workflow, the skill tells the agent to discover the current Rube tool schemas first, verify the Esputnik connection, then execute the right tool calls for the requested marketing or customer communication task.

It is best for users who already use Esputnik and want an AI agent to help with operational work such as looking up available Esputnik actions, preparing workflow steps, or executing supported tasks through Rube.

Best-fit users and jobs

This skill fits teams that need workflow automation around Esputnik but do not want to manually inspect every available Composio tool before each task. It is useful for growth, CRM, lifecycle marketing, and operations users who can describe the desired Esputnik outcome but need the agent to translate that goal into the correct Rube MCP calls.

The main job-to-be-done is reliable tool-mediated execution: discover the right Esputnik tool, confirm authentication, pass valid inputs, and avoid acting from outdated assumptions about tool names or schemas.

Key differentiator: schema-first execution

The important differentiator of the esputnik-automation skill is its “search tools first” rule. Rube MCP tool schemas can change, and Esputnik operations may require specific fields. The skill instructs the agent to call RUBE_SEARCH_TOOLS before attempting execution, which reduces guesswork compared with a generic prompt like “use Esputnik to create a campaign.”

Adoption requirements and limits

You need an MCP-capable client, Rube MCP configured at https://rube.app/mcp, and an active Esputnik connection managed through RUBE_MANAGE_CONNECTIONS with toolkit esputnik. The repository contains a focused SKILL.md only; there are no bundled scripts, examples, or reference files. That makes the skill lightweight, but users must provide clear task context and rely on live tool discovery for exact capabilities.

How to Use esputnik-automation skill

esputnik-automation install and setup path

Install the skill from the Composio skill collection:

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

Then configure Rube MCP in your AI client by adding the server endpoint:

https://rube.app/mcp

Before asking for real Esputnik work, verify that RUBE_SEARCH_TOOLS is available. Next, use RUBE_MANAGE_CONNECTIONS with toolkit esputnik and complete the returned authorization flow if the connection is not ACTIVE. Do not proceed with execution until the Esputnik connection status is active.

Inputs the skill needs from you

For strong esputnik-automation usage, give the agent the business goal, the Esputnik object or workflow you expect to touch, any known identifiers, and constraints such as “draft only,” “do not send,” or “return a plan before executing.”

Weak prompt:

“Update my Esputnik automation.”

Better prompt:

“Use esputnik-automation for Workflow Automation. First discover current Esputnik tools through Rube. Check whether my Esputnik connection is active. I want to update an existing welcome automation, but do not publish or send anything. Ask me for missing campaign, contact list, or workflow IDs before making changes.”

The better version reduces risk because it tells the agent to discover schemas, confirm auth, preserve safety boundaries, and request missing operational data.

Practical workflow for first run

A safe first run should follow this sequence:

1. Read composio-skills/esputnik-automation/SKILL.md.
2. Confirm Rube MCP exposes RUBE_SEARCH_TOOLS.
3. Search tools with a specific use case, not a vague query.
4. Check the Esputnik connection with RUBE_MANAGE_CONNECTIONS.
5. Review the discovered tool schema and required fields.
6. Ask the agent for a short execution plan before any write operation.
7. Execute only after identifiers, audience scope, and send/publish permissions are clear.

For example, use a discovery request such as: “Search for tools for managing Esputnik contacts and contact groups,” rather than “Esputnik operations.”

Files to inspect before relying on the skill

The repository path is:

composio-skills/esputnik-automation/SKILL.md

That file is the core source. It defines the required MCP dependency, setup sequence, tool discovery pattern, and connection management step. Because there are no resources/, references/, rules/, or helper scripts in this skill folder, you should treat live RUBE_SEARCH_TOOLS output as the authoritative source for current Esputnik capabilities.

esputnik-automation skill FAQ

Is esputnik-automation better than an ordinary prompt?

Yes, when you want tool-backed Esputnik work rather than advice. A normal prompt may invent API fields or assume old tool names. The esputnik-automation skill explicitly requires live tool discovery through Rube MCP, which helps the agent choose valid tool slugs and schemas before acting.

What can block esputnik-automation usage?

The most common blockers are an MCP client that is not configured for Rube, RUBE_SEARCH_TOOLS not being available, or the Esputnik connection not being ACTIVE. Missing Esputnik IDs, unclear audience scope, and absent permission boundaries can also stop safe execution, especially for tasks that modify contacts, campaigns, or automations.

Is this skill beginner-friendly?

It is beginner-friendly for guided execution, but not fully self-contained. You do not need to know every Esputnik API detail, but you should know what business outcome you want and whether the agent is allowed to make changes. Beginners should start with read-only discovery or planning prompts before allowing write operations.

When should I not use this skill?

Do not use it if you need offline documentation, a fixed scripted integration, or guaranteed coverage of a specific Esputnik API endpoint without checking Rube’s current toolkit. Also avoid using it for high-risk send or publish actions unless you can provide exact IDs, review the execution plan, and confirm permissions.

How to Improve esputnik-automation skill

Improve esputnik-automation prompts with operational context

The skill performs best when your prompt includes the exact workflow stage: discovery, planning, validation, execution, or audit. Add known Esputnik fields, list names, campaign names, contact segments, workflow IDs, and safety constraints. If you do not know the required fields, tell the agent to discover schemas first and ask follow-up questions before calling any write tool.

Avoid common failure modes

Common failures include skipping RUBE_SEARCH_TOOLS, acting before the Esputnik connection is active, using vague task descriptions, or assuming that a tool supports a particular operation. Another frequent issue is mixing planning and execution in one ambiguous request. Separate them: first ask for discovered tools and required fields, then approve the exact call.

Iterate after the first output

After the first response, ask the agent to summarize the discovered tool slug, required inputs, optional inputs, risks, and proposed next action. For write operations, request a “dry-run style” explanation even if the tool does not provide a true dry run. This makes the agent expose assumptions before modifying Esputnik data.

Add local guidance if your team repeats workflows

If your team uses esputnik-automation often, create local notes beside the installed skill with approved naming conventions, safe-send rules, required approval steps, common Esputnik IDs, and examples of successful prompts. The upstream skill is intentionally minimal, so team-specific operating rules can materially improve consistency without changing the core Rube MCP discovery pattern.