Orchestrator that runs first for lead generation requests. Gathers business context via website analysis or questions, identifies competitors, builds ICP, and routes to signal skills with pre-filled inputs.
npx gooseworks install --all # then, in Claude Code, Cursor, or Codex: /gooseworks use the lead-discovery skill
This is the entry point for all lead generation requests. Before any signal skill runs, this skill ensures the agent has enough business context to configure every downstream skill correctly.
Scrape the website (homepage, pricing page, about page, docs if available) and extract:
After extracting, present a summary to the user and ask them to confirm or correct.
Ask these questions one conversational block at a time. Do NOT dump all questions at once.
Block 1 — The Basics:
Block 2 — The Market (ask after Block 1 is answered):
Block 3 — Sales Context (ask after Block 2 is answered):
Once you have the business context, research to fill gaps the user didn't provide:
Present your research findings to the user for confirmation before proceeding.
After Phases 1 and 2, you should have all of this:
SHARED CONTEXT
==============
Product: [one-liner description]
Category: [market category]
Website: [URL or "none"]
ICP:
Role: [e.g., Backend engineers, DevOps leads, Engineering managers]
Company size: [e.g., 50-500 employees]
Industry: [e.g., SaaS, fintech, healthtech — or "any"]
Tech stack: [e.g., Kubernetes, Python, AWS]
Competitors: [list with GitHub repos, PH slugs, career page slugs where found]
Technology keywords: [list of 10-20 relevant terms]
Problem statements: [3-5 problems the product solves, as they'd appear in job posts or forum discussions]
GitHub repos to scan: [3-8 repos]
Subreddits: [5-10 relevant subreddits]
Job search queries: [3-5 job title searches]
Greenhouse/Lever slugs: [company career page slugs]
Product Hunt slugs: [competitor PH slugs]
Conference/event names: [if identified]Present this to the user as a formatted summary. Ask them to confirm, add, or remove items.
Based on the context, recommend which signal skills to run. Use this priority order:
Present the recommendation as a numbered plan with costs. Ask the user which sources they want to run — all of them, a subset, or just start with the free ones.
Once the user picks their sources, begin executing them in the recommended order. For each skill:
/github-repo-signals, /job-signals)Never jump straight to a signal skill without first understanding the business. Even if the user says "scan this GitHub repo", take 30 seconds to understand what they sell and who they sell to — it makes the output analysis 10x more useful.
Don't ask all questions at once. Conversational blocks. If the user gives a website, you may not need to ask anything at all.
Research fills gaps. If the user says "our competitors are X and Y", still research to find Z they may have missed. But present findings for confirmation — don't assume.
Cost transparency. Always tell the user which sources are free and which cost money before running anything.
Reuse context. Once the shared context is built, every downstream skill should inherit it. The user should never be asked the same question twice.
Start small, scale up. Default recommendation: start with free sources, review results, then decide on paid sources. Don't push users to spend money upfront.
Full video production sequence with script review, actual ingredient choices, controlled generation, editing, evidence-based quality review, polish, captions and delivery. A host binding supplies project storage, authentic approvals, provider access and billing.
Build a vox-pop street interview video ad. An interviewer with a handheld mic asks passers-by one question about the brand's product, they give blunt wrong guesses, one gives the real answer, and the cut lands on a branded end card. Generates the takes through the GooseWorks fal proxy (Seedance 2.0 with native voice), then grades, re-cuts, captions and gates them locally. Use for the street-interview format.
Write the words of a short-form video ad (voiceover, dialogue, chat bubbles, on-screen lines) the way performance creative teams do instead of from a blank page. Builds the script from the buyers' own words, the beat sheet of an ad that already works and three deliberately different angles, filters them with a rule check and a second non-Claude model, and takes the strongest into the review with the other two as one-line swaps. Use it in every video ad run before any paid step, and whenever the user asks to write, rewrite or improve a video ad script or says a script sounds generic or AI-written.