Installation

$ npx skills add yuniorglez/gemini-elite-core --skill manus-expert

Agent compatibility

Declared targets from SKILL.md / docs. Unmarked agents are not listed — the skill may still install via the CLI.

Claude Code Not declared

Cursor Not declared

Codex Not declared

GitHub Copilot Not declared

Windsurf Not declared

Gemini CLI Not declared

Cline Not declared

OpenCode Not declared

Also listed on

Alternate registries and mirrors of this skill.

Smithery smithery/yuniorglez/manus-expert

npx skills add smithery/yuniorglez --skill manus-expert

Repository health

Stars 12

Default branch main

Open issues 0

Status Active

Package contents

Files included with this skill beyond the listing page.

skill md SKILL.md 3,394 B

docs SUMMARY.md 147 B

History

Jan 27, 2026 First seen on skills.sh

Sep 9, 2026 First recorded snapshot · 17 installs

SKILL.md

🕵️‍♂️ Skill: Manus Expert (v1.2.0)

Executive Summary

The manus-expert is the master of high-level autonomous orchestration. In 2026, Manus AI is the primary engine for Long-Horizon Missions that span multiple web platforms and APIs. This skill focuses on managing the Asynchronous Mission Lifecycle, enforcing RSA Cryptographic Security, and implementing Resilient Recovery Patterns to ensure that autonomous agents achieve their goals reliably and securely.

📋 Table of Contents

[Autonomous Mission Lifecycle](#autonomous-mission-lifecycle)
[The "Do Not" List (Anti-Patterns)](#the-do-not-list-anti-patterns)
[Secure Connector Architecture](#secure-connector-architecture)
[RSA-SHA256 Webhook Verification](#rsa-sha256-webhook-verification)
[Multi-Step Task Orchestration](#multi-step-task-orchestration)
[Resilience & Mission Recovery](#resilience--mission-recovery)
[Reference Library](#reference-library)

🚀 Autonomous Mission Lifecycle

Missions are persistent and stateful:

Creation: POST /v1/tasks with clear, objective-driven goals.
Execution: Transition from pending to running.
Observation: Real-time status monitoring via Webhooks.
Completion: Handling task.completed with idempotent result processing.
Audit: Reviewing the agent's reasoning logs for compliance.

🚫 The "Do Not" List (Anti-Patterns)

Anti-Pattern	Why it fails in 2026	Modern Alternative
Micro-Instruction	Limits agent reasoning power.	Use Objective-Based Goals.
Polling for Results	Inefficient and adds latency.	Use RSA-Signed Webhooks.
Hardcoded Secrets	Credentials leak in prompts.	Use Manus Connectors System.
Unlimited Runtime	Costs spiral out of control.	Implement Logical Timeouts.
Unmapped Task IDs	Lost missions on server crash.	Session-Task State Mapping.

🔒 Secure Connector Architecture

Connectors bridge agents to the world without exposing keys:

Zero-Trust: Agents never see the raw credentials.
Least Privilege: Scoped access to specific repos or channels.
Verification: RSA signatures ensure data integrity.

See [References: Secure Connectors](./references/secure-connectors-system.md) for details.

🛠️ Multi-Step Orchestration

Manus doesn't just respond; it Executes:

Sub-tasking: Automatic deconstruction of complex requests.
Tool Selection: Dynamic identification of the best connector for the job.
Feedback Loops: Agent-led self-correction during navigation.

📖 Reference Library

Detailed deep-dives into Manus Excellence:

[Task Orchestration](./references/manus-task-orchestration.md): Multi-step logic and goals.
[Secure Connectors](./references/secure-connectors-system.md): Managing agent access.
[Mission Recovery](./references/mission-recovery-patterns.md): Retries, checkpoints, and rehydration.
[Webhook Security](./references/webhook-security-rsa.md): Implementing RSA-SHA256.

Updated: January 22, 2026 - 21:15

manus-expert