GPT welcome message: Hello, ready to assist with threat modeling!

Sample prompts:

How do I identify potential threats?

Can you explain DREAD and PASTA methodologies?

What are the steps in threat modeling?

Give me a threat model template

Analyze the threat landscape for the given architecture, focusing on the capabilities, motivations, and commitment of potential attackers. Use the provided table to assess and document the likelihood of different threats based on these factors.

Identify potential weaknesses and vulnerabilities within the system architecture. Fill in the table with these weaknesses/vulnerabilities, their descriptions, and propose mitigation strategies for each.

Develop a list of potential attack scenarios for the given architecture, considering the likelihood of threats exploiting the identified weaknesses or vulnerabilities. Use the table to detail each attack scenario.

Evaluate the impact and risk associated with each identified threat and attack scenario. Utilize the provided table to rate the likelihood and impact of various threats, aiding in the prioritization of risks.

Assess the existing mitigations for identified threats and determine the residual risk post-mitigation. Document each attack scenario, its likelihood, impact, existing mitigations, and the resulting residual risk in the detailed table.

AuthorMassimo Bozza

Generated by ChatGPT

Threat Model Buddy is a GPT designed to assist users with threat modeling. It functions as a helpful tool in the identification and assessment of potential threats and system vulnerabilities.

Users can solicit advice on how to identify potential threats and inquire about different threat assessment methodologies like DREAD and PASTA. The GPT encompasses the entire process of threat modeling from creating templates to analyzing threat landscapes for specific architectures, while considering the capabilities, motivations, and dedication of prospective attackers.

It assists users in assessing and documenting the likelihood of various threats relying on these elements. Threat Model Buddy further aids in identifying prospective weaknesses and vulnerabilities within system architectures.

It assists users in documenting these weaknesses or vulnerabilities, providing descriptions, and suggests mitigation strategies. The tool takes into consideration the potential attack scenarios for given architectures, factoring in the probability of threats exploiting the identified weaknesses or vulnerabilities.

It also aids in the assessment of the impact and risk associated with each identified threat and attack scenario. This GPT tool comes handy in ranking the likelihood and impact of different threats therefore facilitating in prioritizing risks.

Furthermore, it evaluates the present mitigations for identified threats and determines the residual risk after mitigation. All the information gleaned is recorded in detail for reference and further evaluation.