Strategy Workflow

Comprehensive strategy development workflow from ideation to validation. Use when creating trading strategies, running backtests, parameter optimization, or...

This skill's instructions expect system-level and network privileges (ssh/scp, tmux, process management, persistent state files, optional DB and vendor ingest) but the package declares none of the required credentials or binaries. Before installing or running: 1) Request the actual scripts referenced (start_swarm_watchdogs.sh, launch_parallel.sh, optimize_strategy.py, validation.py, etc.) and review them line-by-line — do not run blindly. 2) Require explicit declarations of required environment variables/keys (SSH private key, HOST/PORT, Vast.ai or cloud API keys, Postgres URL) and only provide them in isolated test environments. 3) Prefer running first in a sandboxed VM/container with no sensitive host mounts or network access. 4) Disable autonomous execution unless you can audit all control-plane code; run manually until you confirm intended behavior. 5) If you need this functionality, demand the skill author add explicit metadata (required env vars, binaries) and include or point to the referenced scripts and installation instructions. These inconsistencies justify caution — the workflow could be legitimate, but it currently asks for broad, implicit privileges without transparency.

Type: OpenClaw Skill Name: strategy-workflow Version: 0.1.0 The skill bundle is classified as suspicious due to its extensive use of high-risk capabilities and sophisticated prompt injection techniques, even though the stated purpose is benign. Key indicators include explicit instructions for remote root access and execution via `scp` and `ssh` to `root@HOST` (SKILL.md, backtest-optimize.md), direct commands for data exfiltration to 'mac local machine & cloud' (references/strategy_generation.md), and the 'Autonomous Doctrine (Mandatory)' in backtest-optimize.md. This doctrine is a strong form of prompt injection, instructing the AI agent to operate with mandatory persistence, self-healing, and autonomous decision-making, which represents a significant vulnerability if the agent's directives were to be subverted.