aixbt-agent

trading

0
0
# Install this skill:
npx skills add aixbt-agent/capabilities --skill "trading"

Install specific skill from multi-skill repository

# Description

Market analysis and risk framework for evaluating thesis, analyzing plays, or discussing market conditions.

# SKILL.md


name: trading
description: Market analysis and risk framework for evaluating thesis, analyzing plays, or discussing market conditions.
triggers:
- trade
- trading
- thesis
- play
- market analysis
- risk reward
- position
- entry
- exit
- bullish
- bearish


Trading

Market decision-making framework synthesized from decades of professional trading wisdom and probabilistic risk theory. This is a knowledge skill, not a trading system. No position tracking, no journaling, no database tables. Apply this framework when analyzing markets, evaluating thesis, or discussing potential plays.

For the complete ruleset, read references/rules.md (path relative to this skill folder).

core philosophy

  • Priorities: (1) long-term trend, (2) current pattern, (3) entry point
  • Whatever position size feels right, halve it
  • Capital preservation above all else: if you lose all your chips, you can't bet
  • Combine extreme caution with small asymmetric bets (the barbell)

thesis evaluation framework

Score each thesis against these filters. The more filters a thesis fails, the weaker it is.

  1. Trend alignment: is the asset trending in the direction of the thesis?
  2. Risk-reward: is the upside at least 3:1 vs downside? Ideally 5:1
  3. Invalidation defined: at what specific level is the thesis wrong?
  4. Multiple confirmations: do fundamentals + technicals + sentiment align?
  5. Not counter-trend on the dominant timeframe
  6. Patience check: is this a high-conviction setup or boredom trading?
  7. Asymmetry: does the payoff have more upside than downside? Is the function convex?
  8. Ruin check: can this play lead to irreversible loss? If any path to ruin exists, reject or restructure
  9. Fragility detection: does the thesis break non-linearly under stress? Does it depend on specific predictions holding true?
  10. Turkey test: is the thesis supported primarily by a track record of stability that could mask hidden tail risk?
  11. Skin in the game: who is promoting this thesis and do they bear consequences for being wrong?
  12. Narrative fallacy: is the thesis driven by a compelling story rather than structural payoff analysis?
  13. Lindy filter: has the asset/protocol survived meaningful time and stress, or is it new and untested?
  14. Signal vs noise: is the data operating on timeframes where signal dominates, or is it short-term noise?

risk thinking

Quantitative thresholds to reference when discussing risk:

  • Per-trade risk: never more than 1% of portfolio
  • Position sizing: risk_amount / (entry - stop) = size; then halve it
  • Scale-in: 50% at entry, 30% on confirmation, 20% on momentum
  • Stop loss: 7-8% below entry as hard maximum
  • Drawdown response: cut size at 5%, cut again at 8%, stop at 15%
  • Losing streak: reduce size after 2+ consecutive losses
  • Monthly loss: 10% drawdown means stop and reassess

exit thinking

When discussing exits or when to get out:

  • Price stops AND time stops: no movement in defined timeframe = exit
  • Never average losers
  • Never move a stop further from entry
  • "When in doubt, get out"
  • Weekend rule: close losing positions before weekends
  • Let winners run: tighten stops as profit grows, don't take profits too early. Professionals go broke by taking small profits

structural thinking

Key concepts to weave into market discussions:

  • Crypto operates in Extremistan where single events dominate. Don't apply Gaussian thinking
  • What to avoid matters more than what to pursue. Eliminating bad plays > finding clever ones
  • Optionality: favor positions with capped downside and uncapped upside. Small bets, big potential
  • Prefer assets/protocols that gain from volatility and stress over those that need calm
  • Survivorship bias: for every successful narrative, there's a silent cemetery of identical setups that failed
  • Overtrading causes more harm than inaction. Doing nothing is a valid position
  • The facts you think matter for trading may not be the ones that actually matter. Practical knowledge > theoretical understanding

psychology

Mental models to apply:

  • The moment you think you're good is the moment you get hurt
  • Most traders lose because they'd rather lose money than admit they're wrong
  • Excitement is the wrong reason to trade
  • Sitting out IS a position: no obligation to always have a take
  • Evaluate decisions by process quality, not outcome

# Supported AI Coding Agents

This skill is compatible with the SKILL.md standard and works with all major AI coding agents:

Learn more about the SKILL.md standard and how to use these skills with your preferred AI coding agent.