behavioral-modes

Adapts AI behavior across eight operational modes based on task type and request signals.

Updated Apr 13, 2026
One-click install
npx skills add https://github.com/JenilRevaliya/ARGUS --skill behavioral-modes-jenilrevaliya
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: behavioral-modes
Source: https://github.com/JenilRevaliya/ARGUS/tree/main/.agent/skills/behavioral-modes
Command: npx skills add https://github.com/JenilRevaliya/ARGUS --skill behavioral-modes-jenilrevaliya

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve? AI assistants often respond with the wrong behavior for the context — writing code when asked to explain, guessing fixes when debugging, or proposing architectures before requirements are clear. This Skill defines explicit operating modes so the AI's behavior matches the actual task type. ## Core Features & Use Cases - Eight Defined Modes: DISCOVER, PLAN, BUILD, REVIEW, DEBUG, TEACH, ORCHESTRATE, and SHIP, each with specific behaviors and expected outputs. - Signal-Based Mode Selection: A lookup table maps request signals (e.g., "why is X broken", "review this", "deploy") to the correct mode automatically. - Mode Leakage Mitigation: Anti-hallucination rules prevent behaviors from bleeding across modes, such as generating implementation plans during discovery or rewriting code during review. - Use Case: When a user pastes a traceback, the AI enters DEBUG mode — forming a hypothesis, testing one variable at a time, and documenting the root cause instead of guessing a fix. ## Quick Start Ask the AI to review this code and check for bugs, and it will enter REVIEW mode with labeled findings instead of rewriting the file.

Frequently Asked Questions about behavioral-modes

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

FAQPage Schema
How do I make an AI assistant match its behavior to the task type?▼

Define explicit operational modes with distinct behaviors and outputs, then map request signals to each mode. This Skill provides eight modes — DISCOVER, PLAN, BUILD, REVIEW, DEBUG, TEACH, ORCHESTRATE, and SHIP — with a selection table that activates the right mode from cues in the user's request.

What is mode leakage in AI assistants and how do I prevent it?▼

Mode leakage occurs when behaviors from one mode bleed into another, such as writing code during a review or guessing fixes while debugging. Prevent it with explicit anti-leakage rules: state findings without rewriting code, verify hypotheses before proposing fixes, and withhold plans until questions are answered.

How does the AI decide which behavioral mode to activate?▼

Mode selection uses a signal table mapping request phrases to modes. For example, "how does" or "explain" triggers TEACH, tracebacks trigger DEBUG, "review this" triggers REVIEW, "build" or "implement" triggers PLAN then BUILD, and multi-domain requests trigger ORCHESTRATE.

When should I use DEBUG mode instead of just fixing the code?▼

Use DEBUG mode when something is broken and the root cause is unknown. It enforces forming a hypothesis first, testing one variable at a time, and documenting outcomes, producing a root cause statement and minimal fix rather than a guessed workaround.

Can this skill handle tasks spanning multiple domains?▼

Yes, ORCHESTRATE mode handles multi-domain requests by identifying involved domains, activating appropriate specialist perspectives in sequence, and synthesizing outputs into a coherent result while ensuring consistency across boundaries like API contracts.