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cheetah-strategy猎豹策略

Agent Skill

cheetah-strategy 用于处理 GitHub 仓库、Issue、Pull Request 和代码协作信息,适合在 Codex、Claude、Cursor、Gemini CLI 中需要围绕仓库状态、代码变更或协作事项进行整理时使用。可结合来源仓库、安装命令和原始 README 继续核验具体用法。安装前建议确认权限范围、维护状态,以及是否会触发联网、命令执行或文件读写。

总安装

1,223

周安装

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428
CodexClaudeCursorGemini CLI

安装说明

本站只整理中文说明和来源信息,不托管安装包,也不代用户安装。

GitHub

来源数

2

许可证

unknown

最后核验

2026-05-01

来源状态

来源可访问

安装方式

通过对话安装

复制提示词发给支持本地命令或 Skills 的 AI 助手,先确认命令和权限,再让它执行。

请帮我安装这个 Agent Skill:cheetah-strategy(猎豹策略)
来源仓库:https://github.com/senpi-ai/senpi-skills
仓库路径:skills/cheetah-strategy
安装命令:
npx skills add https://github.com/senpi-ai/senpi-skills --skill cheetah-strategy
安装前请先检查当前环境是否支持对应 CLI,并向我确认将要执行的命令、安装目录、联网范围和文件读写权限;确认后再执行。

命令行安装

复制命令到本机终端执行。该命令会通过 npx skills 从第三方来源获取 Skill;本站只展示命令,不托管安装包,也不自动执行。

skills.shnpx skills
npx skills add https://github.com/senpi-ai/senpi-skills --skill cheetah-strategy

简介

Cheetah Strategy 提供基于 Hyperliquid 交易平台的智能杠杆风控与订单验证能力。

  • 自动查询资产最大杠杆限制并在提交前进行合规性截断处理。
  • 捕获底层失败状态并向上层暴露真实执行结果,防止虚假成交记录干扰判断。
  • 仅限在指定金融生态系统中使用,需确保账户具备相应交易权限。
  • cheetah-strategy 属于待分类类 Skill,可作为该场景下的辅助能力补充。

SKILL.md

🐆 CHEETAH v5.1.1 APEX — The Arena Sniper

v5.1.1 changelog (fleet-fix batch 4)

  • Leverage safety fix. v5.1 fired MON LONG at 7x but MON's Hyperliquid max is 5x. Order rejected with CREATE_INVALID_LEVERAGE — but the MCP wrapper returned outer success=true, so the scanner logged a phantom ENTRY. v5.1.1 adds get_safe_leverage() which queries strategy_get_asset_trading_limits and clamps requested leverage to the asset's Hyperliquid max before submission.
  • Inner-order success validation. After create_position returns, inspect data.orders[0].success and surface INNER_FAILURE when the per-order status is false even if the outer envelope claims success. Prevents phantom ENTRY logs from corrupting the daily counter.

SM commits. Quality traders commit. Price confirms. Volume commits. All at once. Cheetah pounces once.

Why v5.0 is a complete rewrite

Cheetah iterated through four theses, all on HYPE, all on Wolverine's turf:

VersionThesisResult
v2.0HYPE SM consensus momentum+7.6% (top of fleet briefly)
v2.1HYPE momentum (hardened)33% win rate, -$175 gross
v3.0HYPE contrarian SM fade40% win rate, -$39 in 20h
v4.0HYPE funding rate extremes-35% drawdown → HARD STOP

The pattern: Cheetah kept fighting for Wolverine's HYPE territory. Fleet analysis showed Wolverine (HYPE momentum), Pangolin (funding fader), and Owl (crowding fader) already cover every HYPE thesis Cheetah was trying. Cheetah was redundant.

v5.0 does something no predator in the fleet does: it refuses to trade unless every major signal aligns simultaneously. MIN_SCORE is 14 out of 15 — the highest gate in the fleet by a wide margin.

Arena thesis

The Senpi Arena ranks by ROE %, not absolute PnL, with a $25k weekly volume minimum. Looking at the current week's leaderboard top 5:

  • #1 pr0br000: 67% ROE, 19 trades — sniper pattern (high conviction, low frequency)
  • #2 0xschelling: 34% ROE, 57 trades
  • #3 dih: 30% ROE, 191 trades — scalper pattern (high frequency, tiny per-trade)
  • #4 ysr: 21% ROE, 133 trades
  • #5 Magi300a: 17% ROE, 190 trades

Two winning shapes exist. The scalper path is fee-drag death for a fleet agent — our fleet is 37 red / 2 green precisely because Hyperliquid fees eat high-frequency strategies. The sniper path (pr0br000) works because each trade has maximum edge, and 19 trades × ~3.5% ROE per trade = 67% ROE total.

APEX is purpose-built to replicate the sniper shape.

Signal pipeline

Every scan iterates through all non-XYZ assets from leaderboard_get_markets(limit=100) and scores each one. An entry fires only when score ≥ 14 AND all hard gates pass.

Hard gates (any failure = reject)

  1. SM consensuspct_of_top_traders_gain ≥ 10% AND trader_count ≥ 25
  2. Velocity gatecontribution_pct_change_15m ≥ 1.0 OR contribution_pct_change_1h ≥ 3.0
  3. Not currently held — APEX has no existing position on this coin
  4. Not in cooldown — the asset passed the per-asset cooldown window
  5. Not XYZ DEX — XYZ equities/indices banned

Scoring (max = 15, threshold = 14)

SignalPoints
SM_STRONG (pct ≥10%, traders ≥25)4
Velocity gate passed (one of 15m/1h above minimum)2
Accelerating (15m > 1h > 0, inflow building)2
Dual price confirmation (4h ≥2% + 1h agrees)2
Volume spike (≥2× 6h average)1
Quality trader alignment (≥1 ELITE/RELIABLE in same direction)3
Rank climbed ≥5 positions in last 2 scans1

Score = 14 requires all signals except either the rank climb OR dropping one of the velocity subcomponents. Score = 15 requires everything. Partial signal stacks (score ≤13) never fire.

Position sizing

ParameterValueRationale
Starting budget$648Cheetah's current equity post-drawdown (not rebased to $1000)
Margin % per trade80%Maximum conviction commits maximum capital
Max leverage10xFleet cap per H12 audit hypothesis
Max positions1Concentration, no parallel bets
Max daily entries5 (from dynamic cap)Matches Arena $25k/week volume floor
Notional per trade~$5,18480% × $648 × 10x
Target weekly volume~$25,9205 trades × $5,184 = clears $25k Arena floor

Leverage tiers

  • Score 14: 8x leverage
  • Score 15: 10x leverage (perfect setup)

Dynamic daily cap (rebased to $648)

if pnl_pct >= 5:     return 8   # Hot hand — more shots
elif pnl_pct >= 0:   return 5   # Target rate for Arena volume floor
elif pnl_pct >= -5:  return 3   # Careful
elif pnl_pct >= -15: return 2   # Defensive
elif pnl_pct >= -25: return 1   # Preserve
else:                return 0   # HARD STOP

Starting at 0% PnL baseline = 5 entries/day cap = matches target weekly volume.

DSL configuration (aggressive ratcheting)

Designed for the Arena's ROE% optimization:

ParameterValuevs. Fleet standard
max_loss_pct5.0Fleet = 15-25 (APEX much tighter)
retrace_threshold5Fleet = 8 (tighter)
hard_timeout360 minFleet = 240-480 (standard)
weak_peak_cut35 min / 3% minFleet = 60 / 2 (faster cut if stalled)
dead_weight_cut25 minFleet = 30-45 (faster)
Phase 2 Tier 1+6% → 30% HW lockFleet = +8% → 25% (earlier, wider lock)
Phase 2 Tier 2+12% → 55% HW lockFleet = +15% → 50% (tighter)
Phase 2 Tier 5+60% → 92% HW lockFleet = +50% → 85% (let monsters run, protect 92% of peak)

The 5% max loss is the single most important setting. A 5% ROE loss is survivable in a 7-day Arena window; a 20% loss ends your week.

Fleet-standard guardrails (all present)

  • Self-executing — scanner calls create_position via mcporter directly (Wolverine pattern)
  • Dynamic P&L-aware daily cap (rebased to $648, fleet PR #176 pattern)
  • Auto-cancel stale resting orders — non-reduceOnly orders older than 10 min get cancelled (fleet PR #177 pattern)
  • Persistent entry logstate/entry-log.jsonl records every ENTRY/EXIT event, survives openclaw sessions clear --current (Wolverine v2.3 pattern)
  • Per-asset cooldown — 240 min standard, 120 min extended after a loss
  • Stale-date bug fix — load_trade_counter checks date on every call (fleet PR #177)

Runtime Setup

# Set wallet and chat ID
sed -i 's/${WALLET_ADDRESS}/<WALLET>/' /data/workspace/skills/cheetah-strategy/runtime.yaml
sed -i 's/${TELEGRAM_CHAT_ID}/<CHAT_ID>/' /data/workspace/skills/cheetah-strategy/runtime.yaml

# Install runtime
openclaw senpi runtime create --path /data/workspace/skills/cheetah-strategy/runtime.yaml
openclaw senpi runtime list && openclaw senpi status

# Pull latest scanner via curl
curl -s https://raw.githubusercontent.com/Senpi-ai/senpi-skills/main/cheetah/scripts/cheetah-scanner.py -o /data/workspace/skills/cheetah-strategy/scripts/cheetah-scanner.py
curl -s https://raw.githubusercontent.com/Senpi-ai/senpi-skills/main/cheetah/scripts/cheetah_config.py -o /data/workspace/skills/cheetah-strategy/scripts/cheetah_config.py
curl -s https://raw.githubusercontent.com/Senpi-ai/senpi-skills/main/cheetah/config/cheetah-config.json -o /data/workspace/skills/cheetah-strategy/config/cheetah-config.json

# Verify with a manual run
python3 /data/workspace/skills/cheetah-strategy/scripts/cheetah-scanner.py

Expected first-run output: no exceptions, _cheetah_version: "5.1.1-APEX" in the JSON, and either note: "no score >= 14 candidates" (most common) or a rare action: "ENTRY" if a confluence setup exists right now.

Cron configuration

Use the Turbine pattern — detached bash loop, zero LLM wake:

nohup bash -c 'while true; do python3 /data/workspace/skills/cheetah-strategy/scripts/cheetah-scanner.py >> /tmp/cheetah-loop.log 2>&1; sleep 180; done' > /tmp/cheetah-nohup.log 2>&1 &

3-minute cadence. Zero LLM wake cost. Scanner decides everything in Python.

Arena week expectations

ScenarioProbabilityWinnersLosersNet ROEArena outcome
Disaster~15%05 × -5%-25%HARD STOP triggers
Bad~20%1 × +15%4 × -4%-1%outside money
Modest~30%2 × +15%3 × -4%+18%~#4-5 ($448-672 prize)
Good~25%3 × +18%2 × -4%+46%~#2-3 ($1,000-1,400)
Great~10%3 × +25%2 × -4%+67%#1 ($2,240)

Expected value of week 1 prize: ~$530. That's the cost-weighted average across outcomes. The sniper design means APEX either wins significantly or wins nothing — it does not grind out mediocre returns.

Why this will work as one of the 10 consistent winners

APEX isn't just an Arena one-shot. The thesis is a permanent edge:

  1. Low trade frequency = low fee drag. The fleet's biggest hidden cost (7.6-8.4 bps fee/vol) barely affects APEX at 5 trades/week.
  2. Hyperfeed data refreshes every 15 min — the 3-min scan cadence catches the early window of any genuine confluence setup.
  3. Confluence setups don't get arbitraged away — markets always have rare moments when everything aligns, and those moments always pay.
  4. Tight -5% floor is self-correcting. Bad calibration means APEX simply doesn't trade — it won't bleed like over-eager agents. We get a clean signal if the score thresholds need tuning.
  5. Letting 99% of signals pass is the feature, not a bug. Selectivity IS the edge.

License

MIT — Built by Senpi (https://senpi.ai).


Skill Attribution

When creating a strategy, include skill_name and skill_version in the call. See references/skill-attribution.md for details.

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安装后应在对应宿主中按原始 README 的触发条件使用;具体调用方式请以来源页面和 README 为准。

平台分布

Codex

36.43%
按下载量换算156

Claude

32.36%
按下载量换算139

Cursor

18.61%
按下载量换算80

Gemini CLI

9.61%
按下载量换算41

安全审计

Gen Agent Trust Hub

通过

Socket

可疑

Snyk

可疑

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external-service

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