Trader Portfolio
Skill Verified ActiveOptimize portfolio allocation using npx neural-trader mean-variance engine with risk constraints and rebalancing plan
To automate and optimize investment portfolio allocation by utilizing an AI-driven mean-variance engine with configurable risk constraints and rebalancing strategies.
Features
- Portfolio allocation optimization
- Mean-variance engine integration
- Risk constraint assessment
- Rebalancing plan generation
- AI-powered return prediction
Use Cases
- Optimizing current portfolio holdings for better risk-return profiles.
- Generating a rebalancing plan to adjust portfolio weights based on optimization results.
- Assessing portfolio risk metrics and expected returns.
- Searching historical data for similar optimized allocations.
Non-Goals
- Executing actual trades or managing brokerage accounts.
- Providing real-time market data feeds (relies on external prediction models).
- Serving as a general-purpose financial advisor beyond portfolio allocation.
Documentation
- info:Configuration & parameter referenceThe `--risk-target` parameter is hinted at but not explicitly documented with its default value or type in the SKILL.md.
Execution
- info:ValidationWhile the `--risk-target` parameter is hinted at, explicit schema validation for input parameters is not clearly demonstrated in the SKILL.md.
Code Execution
- info:Error HandlingThe SKILL.md lists steps for running commands and suggests potential outputs but does not explicitly detail error handling or recovery paths for failures in `neural-trader` or MCP tools.
Errors
- info:Actionable error messagesWhile the skill outlines operational steps, it does not explicitly detail how errors from `neural-trader` or MCP tools are presented to the user or what remediation steps are available.
Practical Utility
- info:Edge casesThe skill mentions the `--risk-target` parameter but doesn't elaborate on potential edge cases or limitations of the optimization process or the `neural-trader` engine itself.
Safety
- info:Halt on unexpected stateWhile the skill outlines steps, it doesn't explicitly detail preconditions or how it would halt on unexpected pre-states like a malformed portfolio or unavailable `neural-trader`.
Installation
First, add the marketplace
/plugin marketplace add ruvnet/ruflo/plugin install ruflo-neural-trader@rufloQuality Score
VerifiedTrust Signals
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