Creator Watch

Manage and analyze a curated watchlist of Twitter/X creators for learning and research. Tracks solopreneurs, thought leaders, AI researchers, and content creators. Scrape their content, import to a database, and analyze patterns. Triggers on "creator watchlist", "scrape creators", "update creator database", "who should I follow", "analyze creator", "track influencer", or any creator monitoring request.

Lucius Pang@phy041

Install

openclaw skills install @phy041/creator-watch

Creator Watchlist Skill

Manage a curated list of Twitter/X creators worth learning from. Batch scrape their content, import to a database, and extract patterns from high-performing posts.

Watchlist

Tier 1: Solopreneur / Indie Hacker (Priority)

Username	Followers	Domain	Tags
`thedankoe`	804K	Personal growth / creator economy	writing, philosophy
`levelsio`	795K	Indie Hacker	nomad, shipping, bootstrapped
`naval`	3M	Philosophy / investing	philosophy, wealth, startups
`thejustinwelsh`	560K	Solopreneur	linkedin, one-person-business
`AlexHormozi`	1M	Business / fitness	offers, sales
`ShaanVP`	458K	Podcast / startups	ideas, newsletter
`arvidkahl`	188K	Bootstrapping	audience, zero-to-sold
`tibo_maker`	178K	Maker	product, distribution
`tdinh_me`	176K	Indie Hacker	saas, products
`noahkagan`	170K	Marketing	growth, appsumo
`dannypostma`	167K	AI Products	maker, ai-tools
`yongfook`	147K	SaaS	bootstrapped, design
`nathanbarry`	146K	Creator Economy	newsletters, convertkit
`thepatwalls`	134K	Startups	interviews, stories
`csallen`	68K	Community	indie-hackers, founder

Tier 2: Tech / AI Thought Leaders

Username	Followers	Domain	Tags
`karpathy`	1.6M	AI education	deep-learning, youtube
`lexfridman`	4.5M	Podcast / AI	interviews, research
`ylecun`	1M	AI Research	meta, deep-learning
`DrJimFan`	351K	AI Research	embodied-ai, nvidia
`lilianweng`	183K	AI Research	openai, blog
`mattpocockuk`	230K	TypeScript	tutorials, ts

Tier 3: Writing / Content

Username	Followers	Domain	Tags
`SahilBloom`	1M+	Writing / investing	threads, frameworks
`JamesClear`	2M+	Habits / productivity	habits, atomic
`dickiebush`	400K	Writing instruction	writing, ship30
`david_perell`	500K	Writing	essays

Quick Commands

Scrape One Creator

bash

# Using rnet_twitter.py (async Twitter GraphQL client)
python twitter_scraper.py <username> --limit 200
python db_import.py storage/twitter/<username>.json

Scrape Batch by Tier

bash

# Tier 1: Solopreneur / Indie Hacker (Priority)
TIER1="thedankoe levelsio naval thejustinwelsh AlexHormozi ShaanVP arvidkahl tibo_maker tdinh_me noahkagan dannypostma yongfook nathanbarry thepatwalls csallen"

# Tier 2: Tech / AI
TIER2="karpathy lexfridman ylecun DrJimFan lilianweng"

# Tier 3: Writing
TIER3="SahilBloom JamesClear dickiebush david_perell"

for user in $TIER1; do
  echo "=== Scraping @$user ==="
  python twitter_scraper.py $user --limit 200
  python db_import.py storage/twitter/$user.json
  echo "Waiting 30s to avoid rate limit..."
  sleep 30
done

Scraping Schedule

Frequency	Creators	Why
Weekly	thedankoe, naval, SahilBloom	High volume, trending content
Bi-weekly	AlexHormozi, JamesClear	Medium volume
Monthly	Others	Reference / archive

Database Schema

sql

CREATE TABLE twitter_content (
  id TEXT PRIMARY KEY,
  username TEXT NOT NULL,
  text TEXT,
  created_at TIMESTAMPTZ,
  likes INTEGER DEFAULT 0,
  retweets INTEGER DEFAULT 0,
  replies INTEGER DEFAULT 0,
  views BIGINT,
  url TEXT,
  is_retweet BOOLEAN DEFAULT FALSE,
  imported_at TIMESTAMPTZ DEFAULT NOW()
);

CREATE INDEX idx_twitter_content_username ON twitter_content(username);

Analysis Queries

Top Performing Tweets by Likes

sql

SELECT username, text, likes, retweets, url
FROM twitter_content
WHERE likes > 1000
ORDER BY likes DESC
LIMIT 20;

Engagement Rate by Creator

sql

SELECT
  username,
  COUNT(*) as tweets,
  AVG(likes) as avg_likes,
  AVG(retweets) as avg_retweets,
  MAX(likes) as top_tweet_likes
FROM twitter_content
GROUP BY username
ORDER BY avg_likes DESC;

Find Viral Threads (High Engagement)

sql

SELECT username, text, likes, retweets, views, url
FROM twitter_content
WHERE likes > 5000
  AND text NOT LIKE 'RT @%'
ORDER BY likes DESC;

Content Patterns (Time Analysis)

sql

SELECT
  EXTRACT(DOW FROM created_at) as day_of_week,
  EXTRACT(HOUR FROM created_at) as hour,
  AVG(likes) as avg_likes
FROM twitter_content
GROUP BY day_of_week, hour
ORDER BY avg_likes DESC
LIMIT 10;

Topic Frequency (Simple Text Search)

sql

-- Find posts mentioning a topic
SELECT username, text, likes, url
FROM twitter_content
WHERE text ILIKE '%indie hacker%'
ORDER BY likes DESC
LIMIT 20;

Adding New Creators

To add a creator to the watchlist:

Research first — Check follower count, content quality, posting frequency
Test scrape — python twitter_scraper.py <username> --limit 50
Add to watchlist — Update the table in this file with tier, follower count, domain, tags
Import — python db_import.py storage/twitter/<username>.json

Criteria for Watchlist

100K+ followers (established audience)
Consistent posting (at least weekly)
High engagement rate (likes/followers > 0.1%)
Content relevant to: creator economy, solopreneurship, personal growth, writing, AI, or technical building

Analysis Workflow

When user says "analyze [creator]":

Query database for that creator's recent tweets
Find top-performing content (sorted by likes)
Identify patterns:
- Topics: What subjects get the most engagement?
- Formats: Threads vs single tweets vs lists
- Timing: What day/hour performs best?
- Hook types: Questions, contrarian takes, stats, stories
Summarize insights with specific examples

Analysis output format:

text

## @[username] Content Analysis

### Top Performing Formats
1. [Format] — avg [X] likes
2. [Format] — avg [X] likes

### Highest Engagement Topics
1. [Topic] — [N] posts, avg [X] likes
2. [Topic] — [N] posts, avg [X] likes

### Best Posting Times
- [Day] at [Hour] — avg [X] likes

### Hook Patterns That Work
- [Hook type]: "[example]" ([X] likes)
- [Hook type]: "[example]" ([X] likes)

### Key Takeaways
- [Insight 1]
- [Insight 2]
- [Insight 3]

When user says "update creator database":

Check which creators have not been scraped recently (> 7 days for Tier 1)
Run scrape for each with 30-second delay between users
Import each to database
Report summary: creators updated, tweets imported, any errors

Current Status Tracking

Track scrape status in this format:

Username	Status	Tweets	Last Scraped
@thedankoe	Done	200	2026-01-27
@levelsio	Done	200	2026-02-05
@naval	Done	200	2026-02-05
@thejustinwelsh	Done	200	2026-02-05
@AlexHormozi	Partial	18	2026-02-05 (rate limited)
@karpathy	Pending	—	—

Status values:

Done — Full scrape completed
Partial — Rate limited, partial data
Pending — Not yet scraped
Error — Scrape failed, needs investigation

Rate Limiting Strategy

Twitter/X has aggressive rate limiting. Follow these rules:

30-second delay between user scrapes in batch mode
Max 10 users per scraping session
If rate limited mid-batch, wait 15 minutes before continuing
Prefer scraping during off-peak hours (early morning or late night)
Do not run two scraping sessions simultaneously

Cross-Creator Pattern Analysis

To find patterns across the entire watchlist:

sql

-- What topics go viral across all creators?
SELECT
  -- extract common words/phrases manually or with NLP
  username,
  text,
  likes
FROM twitter_content
WHERE likes > 5000
  AND is_retweet = FALSE
ORDER BY likes DESC
LIMIT 50;

-- Which creator has the most consistent engagement?
SELECT
  username,
  AVG(likes) as avg_likes,
  STDDEV(likes) as stddev_likes,
  AVG(likes) / NULLIF(STDDEV(likes), 0) as consistency_score
FROM twitter_content
GROUP BY username
ORDER BY consistency_score DESC;

Insight Applications

Use creator analysis to:

Content inspiration — Find angles that work in your niche
Hook formulas — Extract winning opening lines to adapt
Posting timing — Learn optimal days/hours for your audience
Topic validation — See which topics get traction before writing
Competitive intelligence — Understand what resonates in your market

Author

Canlah AI — Run performance marketing without breaking your brand.

GitHub: github.com/PHY041
All Skills: clawhub.ai/PHY041