kickbox-automation
by ComposioHQkickbox-automation helps agents automate Kickbox workflows through Composio Rube MCP by discovering current tool schemas, checking the Kickbox connection, and executing safer email verification or list-quality tasks.
Score: 68/100. This is acceptable for directory listing because it gives agents a recognizable trigger, required connection flow, and a safe discovery-first execution pattern for Kickbox automation. For directory users, it is a useful lightweight integration guide rather than a fully worked automation package, so it should be installed when they already plan to use Rube MCP and Kickbox together.
- Valid skill metadata clearly scopes the skill to automating Kickbox through Composio's Rube MCP.
- Prerequisites and setup steps identify required MCP availability, Kickbox connection status, and the need to use RUBE_MANAGE_CONNECTIONS.
- The skill repeatedly instructs agents to call RUBE_SEARCH_TOOLS first, which improves schema freshness and reduces hard-coded tool assumptions.
- No install command or support files are provided; setup depends on manually adding the Rube MCP endpoint and managing the Kickbox connection.
- The workflow guidance is mostly generic tool discovery/execution rather than concrete Kickbox task playbooks, so users may still need to infer task-specific steps from RUBE_SEARCH_TOOLS.
Overview of kickbox-automation skill
What kickbox-automation does
kickbox-automation is a workflow automation skill for using Kickbox through Composio’s Rube MCP server. Its core purpose is not to hard-code a single Kickbox action, but to help an AI agent discover the current Kickbox tool schemas, verify the user’s Kickbox connection, and then execute the right Kickbox operation with less guesswork.
This is useful when you want AI-assisted handling of Kickbox-related tasks such as email verification workflows, list-quality checks, or other Kickbox toolkit actions exposed through Composio.
Best fit for this skill
The kickbox-automation skill is best for users who already work with Claude or another MCP-capable AI client and want Kickbox actions included in broader workflow automation. It fits teams that need an agent to check tool availability before acting, rather than relying on stale assumptions about API fields.
It is especially relevant if your workflow depends on Composio’s hosted tool layer, because the skill expects Rube MCP tools such as RUBE_SEARCH_TOOLS and RUBE_MANAGE_CONNECTIONS.
Main differentiator
The important differentiator is the “search tools first” pattern. Instead of assuming a fixed Kickbox API schema, kickbox-automation instructs the agent to call RUBE_SEARCH_TOOLS before execution. That matters because tool slugs, required fields, and recommended plans can change. For real automation, this reduces failed calls caused by outdated prompts or copied examples.
What to check before installing
Before adopting kickbox-automation, confirm that your AI client supports MCP servers and that you can add https://rube.app/mcp. You also need an active Kickbox connection through Rube using the kickbox toolkit. If you only need a one-off explanation of Kickbox concepts, a normal prompt may be enough; this skill is most valuable when the agent must actually call tools.
How to Use kickbox-automation skill
kickbox-automation install and setup context
Install the skill in a Claude skills environment with:
npx skills add ComposioHQ/awesome-claude-skills --skill kickbox-automation
Then add Rube MCP as an MCP server in your client configuration:
https://rube.app/mcp
After that, verify that RUBE_SEARCH_TOOLS is available. Use RUBE_MANAGE_CONNECTIONS with toolkit kickbox to check whether the Kickbox connection is active. If it is not active, follow the returned authorization flow before asking the agent to run Kickbox workflows.
Inputs the skill needs from you
For effective kickbox-automation usage, give the agent the actual job, not just the tool name. Strong inputs include:
- The Kickbox task you want completed
- Whether the target is a single email, a batch, or a recurring workflow
- Any source data location or fields the agent should use
- The desired output format, such as CSV, summary table, CRM update, or decision list
- Rules for handling risky, invalid, unknown, or disposable email results
- Whether the agent may execute actions or should only prepare a plan
A weak prompt is: “Use Kickbox to check these emails.”
A stronger prompt is: “Using kickbox-automation, discover the current Kickbox tools first, confirm my Kickbox connection is active, verify the emails in this CSV column named email, and return a table with email, result, risk reason, and recommended action. Do not update any external system until I approve.”
Practical workflow for reliable execution
A good kickbox-automation guide follows this sequence:
- Ask the agent to search tools for the specific Kickbox use case.
- Have it inspect returned schemas, required fields, and pitfalls.
- Confirm the Kickbox connection through
RUBE_MANAGE_CONNECTIONS. - Map your data to the discovered schema.
- Execute the smallest safe test call first.
- Review results before running the full batch or downstream automation.
This staged pattern is slower than a direct call, but it is safer for workflow automation because it catches missing authentication, wrong field names, and misunderstood result handling early.
Repository files to read first
This skill is intentionally lightweight. Start with SKILL.md in composio-skills/kickbox-automation. There are no extra scripts, rule folders, references, or bundled resources in the current file tree, so the real implementation detail comes from the skill instructions plus the live tool discovery response from Rube MCP.
For deeper tool behavior, inspect the Composio Kickbox toolkit documentation linked from the skill: https://composio.dev/toolkits/kickbox.
kickbox-automation skill FAQ
Is kickbox-automation only for email verification?
Kickbox is commonly associated with email verification, but the skill is written around the Kickbox toolkit exposed through Composio, not a single fixed endpoint. The available actions should be discovered at runtime with RUBE_SEARCH_TOOLS. Treat the current tool search result as the source of truth for what the skill can do in your environment.
How is this better than an ordinary prompt?
An ordinary prompt can describe a Kickbox workflow, but it will not automatically know your current MCP tools, active connection state, or live input schemas. kickbox-automation adds an execution pattern: discover tools, check connection, then act. That makes it more suitable for real kickbox-automation for Workflow Automation use cases where the agent must call external services.
Is this beginner-friendly?
It is beginner-friendly if you are already comfortable adding an MCP server and approving tool calls. It is not ideal as a first automation project if you have never configured MCP, Composio/Rube, or a third-party service connection. The most common setup blocker is not the skill itself; it is the Kickbox connection not being active in Rube.
When should I not use this skill?
Do not use kickbox-automation when you only need static Kickbox documentation, when your client cannot run MCP tools, or when your data cannot be sent through the connected tool environment. Also avoid fully automated bulk actions until you have tested a small sample and defined how to handle uncertain or risky results.
How to Improve kickbox-automation skill
Improve prompts by defining decisions, not just actions
The best results come when your prompt explains what the agent should decide after Kickbox returns data. For example, say whether “risky” emails should be excluded, reviewed manually, tagged, or retained. Without those rules, the agent may complete the tool call but leave you with an output that still requires manual interpretation.
Reduce failures with explicit schema mapping
A common failure mode is assuming the input fields before tool discovery. Ask the agent to list the discovered Kickbox tool schema and map each of your fields to it before execution. This is especially important for CSV or CRM workflows where column names like Email Address, primary_email, or contact.email may not match the tool’s expected input.
Iterate after the first output
After the first run, improve kickbox-automation results by asking for a compact audit: which tool was used, what schema fields were required, what records failed, and what should change before a larger run. This turns the first output into a validation step rather than treating it as final automation.
Strengthen the skill for team use
If your team repeats the same Kickbox workflow, create a local prompt template that includes your approved result categories, batch-size limits, output format, and escalation rules. The upstream kickbox-automation skill provides the tool-discovery and connection pattern; your local additions should encode business policy so the agent produces consistent, reviewable results.