.claude/skills/content-filter/SKILL.md
Filter and classify AI research content for relevance, topic, and author category. Use for bulk triage of raw content before detailed claim extraction.
npx skillsauth add rickoslyder/HypeDelta content-filterInstall this skill globally with one command. Works with Claude Code, Cursor, and Windsurf.
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Filter and classify incoming content for relevance to AI research intelligence. This skill is optimized for high-throughput bulk processing.
The content filter is the first stage of the extraction pipeline. It quickly assesses content to:
For each piece of content, produce:
How relevant is this to AI research intelligence?
| Score | Meaning | |-------|---------| | 0.9-1.0 | Highly relevant - substantial claims, predictions, or hints | | 0.7-0.9 | Clearly relevant - discusses AI capabilities, progress, or debate | | 0.5-0.7 | Moderately relevant - tangentially about AI or tech industry | | 0.3-0.5 | Low relevance - may contain signal but mostly noise | | 0.0-0.3 | Not relevant - personal, off-topic, or pure promotion |
Primary topic category:
scaling: Scaling laws, compute, training efficiencyreasoning: LLM reasoning, chain-of-thought, planningagents: AI agents, tool use, autonomysafety: AI safety, alignment, controlinterpretability: Mechanistic interpretabilitymultimodal: Vision, audio, video modelsrlhf: RLHF, preference learning, Constitutional AIbenchmarks: Evals, benchmarks, capability measurementinfrastructure: Training infra, chips, hardwarepolicy: AI policy, regulation, governancegeneral: General AI commentaryother: Doesn't fit categoriesWhat kind of content is this?
prediction: Forward-looking claims about AIresearch-hint: Suggests unreleased work or capabilitiesopinion: Positioned takes on AI progress/limitationsfactual: Reports on current state or recent eventscritique: Challenges claims or work by othersmeta: About the AI discourse itselfnoise: Not substantive (personal, promotion, etc.)Who is the author?
lab-researcher: Works at major AI lab (Anthropic, OpenAI, DeepMind, Meta, xAI, etc.)critic: Known skeptic with credentials (Marcus, Chollet, Mitchell, Bender, etc.)academic: Academic researcher not at major labindependent: Independent practitioner or commentatorjournalist: Tech journalist or mediaunknown: Cannot determineDoes this contain actual claims worth extracting?
true: Contains specific assertions, predictions, or valuable signalfalse: Too general, vague, or promotional to extract claims fromOne sentence summary of the content (max 100 characters).
Return JSON:
{
"assessments": [
{
"itemIndex": 0,
"relevance": 0.85,
"topic": "reasoning",
"contentType": "opinion",
"authorCategory": "lab-researcher",
"isSubstantive": true,
"brief": "Claims chain-of-thought has hit diminishing returns"
}
],
"processingNotes": "Optional batch-level observations"
}
Look for:
Known handles and patterns:
This skill is for throughput. Make quick assessments based on:
When in doubt about relevance:
When processing batches:
development
Filter and classify AI research content for relevance. Use when processing raw content from Twitter, Substacks, blogs, or podcasts to determine if it's worth extracting claims from. Assigns relevance scores, topics, and author categories.
data-ai
Synthesize claims across multiple sources to identify consensus, disagreements, and emerging narratives on AI research topics. Use when you have claims from both lab researchers and critics on the same topic and need to understand where they agree, disagree, and what the overall hype level is.
data-ai
Track and evaluate AI predictions over time to assess accuracy. Use when reviewing past predictions to determine if they came true, failed, or remain uncertain.
testing
Assess overall hype levels across AI topics by comparing lab researcher enthusiasm against critic skepticism. Use after topic synthesis to identify which topics are overhyped, underhyped, or accurately assessed by the field.