aerospace-hacking-tools

Name: aerospace-hacking-tools
Availability: InStock
Author: rickyananda

Map aerospace and space cybersecurity tools to mission needs with Python library references.

1|Updated May 18, 2026

Search Tags:#cybersecurity #aerospace #radio #osint #satellites #astrodynamics #drones

Ready to run

npx skills add https://github.com/rickyananda/hermes-skills --skill aerospace-hacking-tools

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: aerospace-hacking-tools
Source: https://github.com/rickyananda/hermes-skills/tree/main/research/aerospace-hacking-tools
Command: npx skills add https://github.com/rickyananda/hermes-skills --skill aerospace-hacking-tools

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill helps you quickly identify the best aerospace, satellite, radio, and space cybersecurity tools for a specific research, operations, or OSINT task without manually sorting through scattered resources.

Core Features & Use Cases

Curated Tool Discovery: Organizes aerospace tools by domain such as satellites, astronomy, drones, ground stations, astrodynamics, and mission control.
Practical Tool Matching: Connects common needs like satellite tracking, TLE propagation, radio monitoring, remote sensing, and spacecraft simulation to relevant tools and libraries.
Research and Ops Support: Useful for analysts, engineers, and hobbyists who need a fast shortlist of tools for space OSINT, orbital analysis, or UAV workflows.

Quick Start

Ask for the most relevant aerospace cybersecurity tools for your task and have them grouped by use case with the best-fit options first.

Frequently Asked Questions about aerospace-hacking-tools

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

FAQPage Schema

How do I find the right satellite tracking and OSINT tools for a specific mission?▼

Finding the right satellite tracking and OSINT tools requires mapping your mission parameters to a structured database. This Skill categorizes tools by domain and provides concise capability summaries to deliver a fast shortlist for your specific aerospace research needs.

What Python libraries are available for orbital mechanics and TLE propagation?▼

Python libraries for orbital mechanics and TLE propagation are mapped within this Skill. It provides practical references for satellite propagation, remote sensing, and CCSDS packet parsing to support your astrodynamics simulation workflows.

Can I use this to discover tools for ground station operations and radio astronomy?▼

Yes, you can discover tools for ground station operations and radio astronomy. The Skill organizes aerospace cybersecurity resources by these exact domains to help analysts and hobbyists quickly identify relevant monitoring solutions.

What is the best way to locate UAV and drone cybersecurity tools for operations?▼

The best way to locate UAV and drone cybersecurity tools is to request tools grouped by use case. The Skill connects your UAV workflow requirements to relevant software options, placing the most practical matches first for your operations.

Does this Skill cover spacecraft simulation and CCSDS packet parsing workflows?▼

Yes, this Skill covers spacecraft simulation and CCSDS packet parsing workflows. It connects common mission needs like remote sensing and spacecraft simulation to relevant tools and practical Python libraries for aerospace cybersecurity.

When do I need structured tool mapping for space cybersecurity research?▼

You need structured tool mapping for space cybersecurity research when you want to avoid manually sorting through scattered resources. It provides concise capability summaries for tasks ranging from radio monitoring to orbital analysis.