Exploring the power of the METEORSTORM™ framework — a framework built for full-spectrum modeling of current, emerging, and theoretical converged space-cyber systems

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I’m very proud to have successfully taken up a new challenge exam in beta version about METEORSTORM™ framework which allowed me to obtain the certification: Full Spectrum Space Cybersecurity Professional (SCOR Practitioner).

Completing the METEORSTORM™ module ensures that I can be part of a work role that is responsible for platform decomposition and analysis to understand and break down space platforms, identifying exposure and developing resilience measures. It also involves preparing Space Collective Defense solutions focused on Collective Development, Research, and Response. Furthermore, this role directly supports organizational and communal efforts in space platform Threat Management, Resilience Engineering, and Breach Management.

EthicallyHackingspace (eHs)® is working on launching a certification portal in a few months.

In the upcoming weeks a few other community professionals will be invited to participate in the exam challenge process until it is finalized in August.

I was lucky to be offered a preview of this new portal and this new challenge exam.

METEORSTORM™ stands for Multiple Environment Threat Evaluation of Resources, Space Threats, and Operational Risks to Missions.

It is a systematic resilience modeling framework specifically designed for converged space systems that face:

  • Kinetic threats (e.g., physical attacks)
  • Non-kinetic threats (e.g., cyber, RF interference)
  • Electronic & Cyber Warfare
  • Environmental exposure risks

METEORSTORM™ is a modeling and analytic framework purpose-built to assess and enhance resilience across converged space systems. Its core strengths include:

  • Layered decomposition across physical environments, system segments, services, and assets.
  • Analytic enrichment drawing from leading frameworks (e.g., MITRE ATT&CK™, D3FEND™, CAPEC™, ATLAS™, FIGHT™, EMB3D™, ESA Space Shield, Aerospace SPARTA, NIST SP 800-160 Vol. 1 & Vol. 2, and NIST SP 800-53).
  • Support for hybrid architectures, including terrestrial, aquatic, aerial, orbital, and deep space domains.

The METEORSTORM™ AI assistant is also beneficial for:

  • Students studying space and cyber convergence.
  • Researchers analyzing resilience strategies for next-gen missions.
  • Security-minded technologists modeling exposure, risk, and mitigation.

METEORSTORM™ framework is amazing. The EthicallyHackingspace (eHs)® team did a great job. I had a lot of fun using the METEORSTORM framework in the challenge exam. METEORSTORM™ is very simple to use and the results are very useful, valuable and actionable.

The model is across multiple domains, including:

  • Drones (terrestrial, aquatic, orbital, deep space)
  • Aquatic systems (beacons, transoceanic cables)
  • Hybrid terrestrial–orbital–aerial platforms

The model allows:

  • Threat modeling & emulation
  • Hybrid warfare scenario analysis
  • Resilience & detection signature engineering

METEORSTORM Cheat Sheet

To know more

You can access the public version of the decomposition and analytic AI-Copilot platform, now open beyond the eHs FS-SCP™ community.

You can see my digital badge here: https://my.certifyme.online/verify/af62246a13653

To know more about ethicallyHackingspace(eHs)®: https://ethicallyhacking.space/

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