autosearch:reflective-search-loop

Coordinate multi-round research tasks with explicit loop state and budget checks.

40|6|Updated Mar 26, 2026
One-click install
npx skills add https://github.com/0xmariowu/Autosearch --skill autosearch-reflective-search-loop
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: autosearch:reflective-search-loop
Source: https://github.com/0xmariowu/Autosearch/tree/main/autosearch/skills/meta/reflective-search-loop
Command: npx skills add https://github.com/0xmariowu/Autosearch --skill autosearch-reflective-search-loop

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Coordinate multi-round research tasks using an explicit loop state to manage gaps, evidence, and decisions.

Core Features & Use Cases

  • Explicit loop state that tracks rounds, budget, context, progress, and decisions across rounds
  • Reflective decision-making by a high-tier model to determine next actions (search_more, fetch_more, finalize, or abort)
  • Orchestrates channel interactions and URL fetching while accumulating evidence and handling gaps

Quick Start

Initialize a reflective search loop session and begin the first round with your task query.

Frequently Asked Questions about autosearch:reflective-search-loop

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

FAQPage Schema
What is a reflective search loop for multi-round research?

A reflective search loop coordinates multi-round research tasks by maintaining an explicit loop state to track rounds, budget, context, and decisions. It enables iterative evidence accumulation and gap management based on evaluator feedback.

How do I manage research gaps and evidence across multiple search rounds?

You manage research gaps and evidence by using an explicit loop state that tracks progress and decisions across rounds. A high-tier model evaluates the accumulated evidence to determine the next action, such as searching or fetching more.

How do I set stop conditions for iterative research workflows?

You set stop conditions by applying budget checks within the reflective loop state. The loop evaluates budget constraints and evidence gaps after each round to decide whether to finalize, search more, or abort the research task.

Can I use a high-tier model to decide next actions in a deep research workflow?

Yes, a high-tier model handles reflective decision-making to determine next actions like search_more, fetch_more, finalize, or abort. It orchestrates channel interactions and URL fetching while managing evidence and gaps across rounds.

Does multi-round research orchestration support budget constraints and URL fetching?

Yes, multi-round research orchestration applies budget checks as stop conditions and coordinates URL fetching across channels. It accumulates evidence while handling gaps within the explicit loop state maintenance framework.

When should I use explicit loop state maintenance for deep research?

Use explicit loop state maintenance for deep-research workflows requiring iterative rounds that rely on evaluator feedback and budget constraints. It satisfies requirements for round-wise orchestration across channels and stop conditions with budget checks.