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risk-management

This Skill implements portfolio-level risk controls for crypto and Solana trading, enforcing a survival-first hierarchy (survival, capital preservation, growth).

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Overview

This Skill implements portfolio-level risk controls for crypto and Solana trading, enforcing a survival-first hierarchy (survival, capital preservation, growth).

This Skill implements portfolio-level risk controls for crypto and Solana trading, enforcing a survival-first hierarchy (survival, capital preservation, growth). It provides configurable drawdown thresholds (conservative/moderate/aggressive), daily and weekly loss limits with automatic halts or size reductions, concentration caps per token tier, circuit breakers, and mandatory cooling periods and reviews. Crypto-specific considerations include liquidity, slippage, on-chain settlement, validator and network risk for Solana, and recovery math to quantify required gains after drawdowns. Use cases: discretionary traders, algo funds, exchanges, and risk teams integrating automated halts, alerts, and position-sizing constraints. Core advantages: prevents account blowups, enforces discipline across strategies, simplifies governance and backtesting of risk rules, and enables automated enforcement and monitoring across volatile crypto markets.

Skill.md

How this skill works

This Skill implements portfolio-level risk controls for crypto and Solana trading, enforcing a survival-first hierarchy (survival, capital preservation, growth).

SKILL.mdALPHIO / VERIFIED

Risk Management

Portfolio-level risk controls for crypto and Solana trading. This skill provides frameworks for drawdown management, exposure limits, circuit breakers, and crypto-specific risk considerations.

Risk Management Hierarchy

Every decision must respect this priority order:

  1. Survival — Never risk account ruin. No single trade, day, or week should threaten your ability to continue trading.
  2. Capital preservation — Protect what you have. Losses compound geometrically; recovery requires outsized gains.
  3. Growth — Only after survival and preservation are secured, pursue returns.

Violating this hierarchy (chasing growth at the expense of survival) is the primary cause of account blowups.

Portfolio-Level Controls

1. Maximum Drawdown Limits

Halt trading when portfolio drawdown from equity peak reaches a threshold:

Account TypeMax DrawdownAction
Conservative-15%Full stop, review all strategies
Moderate-20%Full stop, reduce to minimum size on recovery
Aggressive-25%Full stop, mandatory cooling period

Recovery math makes this critical: a -20% drawdown requires +25% to recover. A -50% drawdown requires +100%. See references/drawdown_management.md for the full recovery table.

2. Daily Loss Limits

Stop opening new positions after daily P&L (realized + unrealized) hits:

  • Conservative: -3% of account
  • Moderate: -4% of account
  • Aggressive: -5% of account

Reset at midnight UTC. Three consecutive days hitting the daily limit triggers a weekly halt.

3. Weekly Loss Limits

Reduce size or halt after weekly P&L reaches:

  • Reduce size by 50%: -5% weekly loss
  • Minimum size only: -7% weekly loss
  • Full halt: -10% weekly loss

4. Concentration Limits

Maximum allocation to any single dimension:

DimensionMax Concentration
Single token (blue chip)10% of account
Single token (mid-cap)5%
Single token (small-cap)2%
Single token (PumpFun/micro)0.5%
Single sector/narrative30%
Single strategy40%

5. Exposure Limits

Total deployed capital constraints:

  • Normal conditions: 50–80% deployed, 20–50% cash reserve
  • Elevated risk: 30–50% deployed
  • Drawdown >10%: 20–30% deployed
  • Max concurrent positions: 5–10 depending on account size

6. Correlation Management

Crypto assets correlate >0.7 during sell-offs. Effective diversification requires:

  • Treat all meme tokens as a single correlated bucket
  • Limit total meme exposure to one position-size equivalent
  • Diversify across strategies (trend, mean-reversion, scalp), not just tokens
  • Monitor rolling correlation and reduce when correlations spike

See references/exposure_limits.md for detailed limits by token type and strategy.

Drawdown Management

Response Framework

DrawdownStatusResponse
0–5%NormalContinue trading at full size
5–10%CautionReduce position sizes by 25–50%
10–15%WarningMinimum position sizes only
15–20%CriticalHalt new trades, manage existing positions only
>20%EmergencyFull stop, review everything before resuming

Recovery Requirements

LossRequired Gain to Recover
-5%+5.3%
-10%+11.1%
-15%+17.6%
-20%+25.0%
-30%+42.9%
-40%+66.7%
-50%+100.0%

The asymmetry accelerates rapidly. Managing small drawdowns prevents them from becoming catastrophic. See references/drawdown_management.md for the full framework.

Circuit Breakers

Automated controls that restrict trading when conditions are met:

Time-Based

  • No trading for 24 hours after hitting daily loss limit
  • 48-hour cooling period after weekly loss limit
  • Mandatory weekly review day (no new positions)

Loss-Based

  • 3 consecutive losses → reduce size 50%
  • 5 consecutive losses → minimum size only
  • 7 consecutive losses → halt 24 hours, full review

Volatility-Based

  • Portfolio volatility >2× rolling average → reduce exposure 50%
  • Market-wide liquidation events → pause all new entries
  • Individual token volatility spike → exit or tighten stops

Emotional (Self-Assessed)

  • Recognize tilt: anger after losses, urge to "make it back"
  • FOMO: rushing entries without proper analysis
  • Overconfidence: increasing size after a win streak without justification

See references/circuit_breakers.md for implementation details.

Risk Metrics

Value at Risk (VaR)

95th-percentile daily loss estimate using historical returns:

import numpy as np

def historical_var(returns: list[float], confidence: float = 0.95) -> float:
    """Calculate historical VaR at given confidence level."""
    sorted_returns = sorted(returns)
    index = int((1 - confidence) * len(sorted_returns))
    return abs(sorted_returns[index])

# Example: 95% VaR of 3.2% means on 95% of days, loss won't exceed 3.2%

Expected Shortfall (CVaR)

Average loss in the worst (1 - confidence)% of scenarios:

def expected_shortfall(returns: list[float], confidence: float = 0.95) -> float:
    """Average loss beyond VaR threshold."""
    sorted_returns = sorted(returns)
    index = int((1 - confidence) * len(sorted_returns))
    tail = sorted_returns[:index]
    return abs(sum(tail) / len(tail)) if tail else 0.0

Maximum Drawdown

def max_drawdown(equity_curve: list[float]) -> float:
    """Peak-to-trough decline as a fraction."""
    peak = equity_curve[0]
    max_dd = 0.0
    for value in equity_curve:
        peak = max(peak, value)
        dd = (peak - value) / peak
        max_dd = max(max_dd, dd)
    return max_dd

Additional Metrics

  • Win/loss streak tracking: Detect hot/cold streaks for circuit breaker logic
  • Rolling Sharpe ratio: 30-day rolling risk-adjusted returns
  • Calmar ratio: Annualized return / max drawdown
  • Sortino ratio: Return / downside deviation (penalizes only negative volatility)

Crypto-Specific Risks

Smart Contract Risk

  • Never allocate >5% of account to a single unaudited protocol
  • Diversify across audited protocols for yield strategies
  • Monitor exploit databases and social channels for emerging threats

Rug Pull Risk

  • Size inversely with token age: newer tokens get smaller positions
  • Verify: locked liquidity, renounced mint authority, holder distribution
  • Cross-reference with token-holder-analysis skill for red flags

Bridge and Custody Risk

  • Don't hold >20% on any single platform or bridge
  • Self-custody the majority of trading capital
  • Budget for bridge fees and delays in execution planning

MEV and Execution Risk

  • Budget 1–3% for MEV/slippage on Solana DEX trades
  • Use priority fees during congestion
  • See slippage-modeling skill for detailed cost estimation

Correlation Spikes

  • In crashes, crypto correlations approach 1.0
  • Your "diversified" portfolio may behave as one position
  • Stress-test portfolio assuming all positions drop simultaneously

PumpFun Risk Framework

PumpFun and similar meme token platforms require a distinct risk approach:

Core Principle

Treat every PumpFun trade as a potential 100% loss. Size accordingly.

Position Limits

  • Per-token maximum: 0.1–0.5 SOL
  • Daily PumpFun budget: Fixed allocation (e.g., 2 SOL/day)
  • Never exceed budget: When daily allocation is gone, stop

Tracking

  • Track PumpFun P&L separately from main portfolio
  • Calculate PumpFun win rate and expectancy independently
  • Don't let PumpFun losses affect main portfolio risk limits

Risk Adjustments

  • No stop-losses on PumpFun (assume 100% loss at entry)
  • Take profits aggressively: 2×, 3×, 5× partial exits
  • Time-based exit: close within hours, not days

Integration with Other Skills

Best used for

When to use it

This Skill implements portfolio-level risk controls for crypto and Solana trading, enforcing a survival-first hierarchy (survival, capital preservation, growth).

01 · PRE-MEETING

Prepare a decision brief

Turn scattered evidence into a structured case before an investment committee meeting.

02 · TEAM WORKFLOW

Standardize handoffs

Create consistent research outputs across analysts, portfolio managers, and agents.

03 · LIVE UPDATE

Refresh the thesis

Update scenarios after a new catalyst, KPI release, or earnings result.

Community notes

Built to improve with use.

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