hyperbrowser-automation
by ComposioHQhyperbrowser-automation helps agents run Hyperbrowser workflows through Composio Rube MCP by discovering current tool schemas first, checking the Hyperbrowser connection, and then executing browser automation tasks.
This skill scores 68/100, which makes it an acceptable but limited directory listing. It gives agents enough trigger and setup guidance to use Hyperbrowser through Rube MCP, but directory users should expect a lightweight skill that depends heavily on live tool discovery and external Composio/Rube documentation rather than packaged examples or support files.
- Frontmatter is valid and clearly declares the `hyperbrowser-automation` purpose and `mcp: [rube]` requirement.
- Prerequisites and setup steps identify the required Rube MCP server, `RUBE_SEARCH_TOOLS`, `RUBE_MANAGE_CONNECTIONS`, and active `hyperbrowser` connection.
- The skill gives an explicit tool-discovery pattern and repeatedly tells agents to search tools first, reducing schema guesswork for dynamic Composio tools.
- No support files, scripts, references, README, or install command are present beyond SKILL.md, so adoption depends on users already knowing how to add the Rube MCP endpoint.
- Workflow guidance is mostly discovery/setup oriented and relies on `RUBE_SEARCH_TOOLS` for current schemas rather than documenting concrete Hyperbrowser task examples in the repository.
Overview of hyperbrowser-automation skill
What hyperbrowser-automation does
hyperbrowser-automation is a Claude skill for running Hyperbrowser workflows through Composio’s Rube MCP server. It helps an agent discover the current Hyperbrowser tool schemas, check the user’s connection state, and execute browser automation tasks with less guesswork than a generic “use the browser” prompt.
The key idea is simple: do not assume tool names or inputs. The skill instructs the agent to call RUBE_SEARCH_TOOLS first, then use the returned schema and execution guidance before running any Hyperbrowser operation.
Best-fit users and jobs
This hyperbrowser-automation skill is best for users who already want MCP-based Browser Automation and are using, or are willing to use, Composio Rube. It fits tasks such as web data collection, page interaction, session-based browsing, browser task orchestration, and workflows where Hyperbrowser is the execution layer rather than a local browser or Playwright script.
It is especially useful when you need the assistant to adapt to changing tool schemas instead of relying on stale examples.
Important adoption requirements
The skill requires Rube MCP and an active Hyperbrowser connection. In practice, that means your client must have the Rube MCP endpoint configured, RUBE_SEARCH_TOOLS must be available, and the Hyperbrowser toolkit connection must be active through RUBE_MANAGE_CONNECTIONS.
If you cannot use MCP tools in your AI client, this skill will not provide its main value.
What makes it different from a normal prompt
A normal Browser Automation prompt often fails because it assumes capabilities, arguments, or auth state. hyperbrowser-automation makes tool discovery the first-class workflow: search tools, inspect schemas, confirm connection, then execute. That pattern is the main reason to install it.
How to Use hyperbrowser-automation skill
hyperbrowser-automation install and setup path
Install the skill from the Composio skill collection:
npx skills add ComposioHQ/awesome-claude-skills --skill hyperbrowser-automation
Then configure Rube MCP in your client by adding:
https://rube.app/mcp
Before expecting the hyperbrowser-automation skill to work, verify that RUBE_SEARCH_TOOLS responds. Next, use RUBE_MANAGE_CONNECTIONS with toolkit hyperbrowser. If the connection is not ACTIVE, follow the returned authorization link and confirm the status before running browser workflows.
Inputs the skill needs from you
Give the assistant a concrete browser objective, the target site or page, what output you need, and any constraints. Weak input is: “Scrape this website.” Stronger input is:
“Use Hyperbrowser via Rube MCP to visit example.com/pricing, extract plan names, monthly prices, annual discounts, and feature limits. Return a Markdown table with source URLs. First call RUBE_SEARCH_TOOLS for the current Hyperbrowser schema, then check the Hyperbrowser connection before execution.”
This works better because it tells the skill the task, source, output format, and required discovery sequence.
Practical hyperbrowser-automation usage workflow
A reliable hyperbrowser-automation usage pattern is:
- Ask the agent to call
RUBE_SEARCH_TOOLSfor the specific use case, not a broad generic query. - Have it inspect returned tool slugs, required fields, schemas, and known pitfalls.
- Confirm the Hyperbrowser connection with
RUBE_MANAGE_CONNECTIONS. - Execute the smallest useful browser step first.
- Review output, then continue with extraction, navigation, or follow-up actions.
For multi-step jobs, keep the same session when possible so the agent can preserve context from earlier tool discovery.
Repository files to read first
This skill is compact: the main file to inspect is SKILL.md in composio-skills/hyperbrowser-automation. Read the prerequisite and setup sections before the workflow section, because most failures come from missing MCP access or inactive Hyperbrowser authorization, not from the browser task itself.
There are no extra scripts, resources, or rules folders in the repository preview, so treat SKILL.md as the operational source of truth and use live RUBE_SEARCH_TOOLS results for current schemas.
hyperbrowser-automation skill FAQ
Is hyperbrowser-automation beginner friendly?
It is beginner friendly if your client already supports MCP tools. The workflow is clear, but it assumes you understand that the assistant must call tools such as RUBE_SEARCH_TOOLS and RUBE_MANAGE_CONNECTIONS. If you are new to MCP, expect setup to be the main learning step.
When should I not use this skill?
Do not use hyperbrowser-automation if you need offline browser scripting, local-only Playwright control, or a workflow that cannot send actions through Rube MCP. It is also a poor fit when you only need a conceptual answer and no browser execution is required.
How is it different from using Hyperbrowser directly?
Using Hyperbrowser directly may be better for application code or a fixed production integration. The hyperbrowser-automation skill is better when an AI agent needs to discover available tools dynamically, handle connection state, and assemble the correct calls during an interactive workflow.
Does it guarantee successful web automation?
No. It improves the agent’s procedure, but website behavior, authentication, rate limits, dynamic pages, blocked access, and incomplete user instructions can still cause failures. Its strongest safeguard is requiring current schema discovery before execution.
How to Improve hyperbrowser-automation skill
Improve prompts before invoking hyperbrowser-automation
For better results, include five details: target URL, intended action, data to collect or change, output format, and limits. For example:
“Use hyperbrowser-automation for Browser Automation on https://example.com/docs. Find pages mentioning OAuth, capture the page title, URL, and a one-sentence relevance note, and return only verified pages in a table. Search Rube tools first and avoid guessing schemas.”
This reduces unnecessary browsing and gives the agent clear stopping conditions.
Prevent common failure modes
The most common failures are skipping RUBE_SEARCH_TOOLS, using stale tool arguments, starting before the Hyperbrowser connection is active, and giving goals that are too broad. If the first run fails, ask the agent to show which tool schema it discovered, which required fields were missing, and whether the connection status was confirmed.
That debugging path is more useful than simply saying “try again.”
Iterate from small browser steps
For complex browser automation, start with a small validation step: open one page, confirm access, extract one sample item, then scale. This helps separate connection problems from task-design problems and prevents long tool chains built on a bad assumption.
Once the sample output is correct, expand scope by adding pages, fields, filters, or formatting requirements.
Extend the skill with local conventions
If your team uses recurring Hyperbrowser workflows, improve hyperbrowser-automation by documenting preferred prompt patterns, approved target domains, data handling rules, and expected output formats near the skill. Keep those additions separate from live tool schemas, because the skill’s safest behavior is still to discover current Rube MCP tools at runtime.