instruction-adherence

Create task ledgers with parent/child relationships to maintain AI agent focus.

Updated Aug 25, 2018
One-click install
npx skills add https://github.com/metabench/jsgui3-server --skill instruction-adherence
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: instruction-adherence
Source: https://github.com/metabench/jsgui3-server/tree/main/docs/agi/skills/instruction-adherence
Command: npx skills add https://github.com/metabench/jsgui3-server --skill instruction-adherence

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

This Skill ensures AI agents reliably follow instructions, especially during multi-step tasks, mid-task detours, or when frequent re-anchoring to the main objective is necessary.

Core Features & Use Cases

  • Instruction Snapshot: Captures the core objective, mandatory actions, and constraints.
  • Task Ledger: Structures tasks with clear parent/child relationships to prevent detours from derailing the main goal.
  • Re-anchor Loop: Periodically verifies alignment with the original objective after subtasks or tool calls.
  • Detour Protocol: Manages intermediate tasks, ensuring a clean return to the main objective.
  • Use Case: When an agent is asked to "write a report and also improve the CLI tooling," this Skill helps it complete the report first, then manage the tooling improvement as a distinct sub-task before returning to any further report-related steps.

Quick Start

Use the instruction-adherence skill to capture an instruction snapshot and build a task ledger for the current objective.

Frequently Asked Questions about instruction-adherence

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

FAQPage Schema
How do I keep AI agents focused on primary objectives during multi-step workflows?

To keep AI agents focused on primary objectives during multi-step workflows, capture an instruction snapshot of core goals and build a task ledger with parent/child relationships. This prevents instruction drift and ensures agents return cleanly from detours to the main objective.

What causes instruction drift in AI agents during complex task management?

Instruction drift in complex task management occurs when intermediate detours or tool upgrades derail an agent from its original objective. Frequent re-anchoring protocols verify alignment after subtasks, preventing the agent from losing track of mandatory actions and constraints.

How to manage AI agent detours without losing the original task context?

To manage AI agent detours without losing original task context, define clear entry and exit criteria for intermediate subtasks. A structured task ledger tracks parent/child relationships, allowing the agent to complete the detour and cleanly re-anchor to the primary workflow.

Does this instruction following approach work for concurrent tasks like writing reports and improving CLI tooling?

Yes, this instruction following approach works for concurrent tasks like writing reports and improving CLI tooling. It structures the tooling improvement as a distinct child sub-task within the task ledger, ensuring the report is completed first before managing the detour and returning.

When do I need re-anchoring protocols for agent behavior in software engineering?

You need re-anchoring protocols for agent behavior in software engineering when tasks require repeated consultation of documentation or mid-task tool upgrades. The re-anchor loop periodically verifies alignment with the original objective after subtasks, preventing workflow derailment.