behavioral-modes

Select and apply AI behavioral modes for task-specific interactions.

Updated Feb 12, 2026
One-click install
npx skills add https://github.com/AnvinX1/med-rag --skill behavioral-modes-anvinx1
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: behavioral-modes
Source: https://github.com/AnvinX1/med-rag/tree/main/medical_genai_app/.agent/skills/behavioral-modes
Command: npx skills add https://github.com/AnvinX1/med-rag --skill behavioral-modes-anvinx1

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Adaptive AI operating modes that tailor behavior for brainstorming, implementation, debugging, reviewing, teaching, shipping, and orchestration across tasks.

Core Features & Use Cases

  • Mode switching: switch between BRAINSTORM, IMPLEMENT, DEBUG, REVIEW, TEACH, SHIP, and ORCHESTRATE based on task type.
  • Context-sensitive behavior: adjusts questioning style, depth of analysis, and output format to fit the mode.
  • Practical scenarios: project ideation, feature implementation, bug triage, code review, training, release readiness.

Quick Start

Switch to the appropriate mode by telling the AI to use BRAINSTORM, IMPLEMENT, DEBUG, REVIEW, TEACH, SHIP, or ORCHESTRATE for the task.

Frequently Asked Questions about behavioral-modes

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I switch AI behavior modes for different task scenarios like brainstorming and debugging?

You can switch AI behavior modes by instructing the AI to use BRAINSTORM, IMPLEMENT, DEBUG, REVIEW, TEACH, SHIP, or ORCHESTRATE for the specific task. This applies mode-specific rules to adjust questioning style, depth of analysis, and output format.

What AI behavioral modes are available for task management and prompt engineering?

Available AI behavioral modes include BRAINSTORM, IMPLEMENT, DEBUG, REVIEW, TEACH, SHIP, and ORCHESTRATE. These modes cover project ideation, feature implementation, bug triage, code review, training, release readiness, and multi-task orchestration.

How to apply deterministic AI outputs for code review and bug triage?

Apply deterministic AI outputs for code review and bug triage by switching to the REVIEW or DEBUG mode. This enforces mode-specific behavior rules and context-sensitive adjustments, ensuring structured interactions and safe evaluations.

Can I use mode-switching to orchestrate multi-mode AI tasks across a software engineering workflow?

Yes, you can use the ORCHESTRATE mode to manage multi-mode AI tasks across a software engineering workflow. It supports task scenarios ranging from ideation and planning to implementation, testing, evaluation, and deployment.

Does mode-switching require any dependencies or specific components to adjust AI behavior?

No, mode-switching requires no dependencies or specific components to adjust AI behavior. You simply tell the AI which mode to use, and it tailors its behavior to fit the task without any environment setup.

Why use context-sensitive AI modes instead of a single prompt for project ideation and feature implementation?

Using context-sensitive AI modes ensures deterministic outputs and safe interactions by enforcing mode-specific behavior rules. Unlike a single prompt, it adjusts questioning style, depth of analysis, and output format to match the exact task scenario.