Threat Model Buddy
An assistant for threat modeling
Threat Model Buddy, authored by Massimo Bozza, is an indispensable assistant tailored to guide users through the process of threat modeling. With a focus on threat analysis and risk assessment, this tool empowers users to identify potential threats, vulnerabilities, and attack scenarios within a given architecture. By utilizing methodologies such as DREAD and PASTA, it facilitates a systematic approach to threat modeling, aiding in the prioritization of risks and the development of mitigation strategies. The welcome message, tools, and extensive prompt starters demonstrate its comprehensive and supportive nature in addressing various aspects of threat modeling.
How to use
To leverage Threat Model Buddy effectively, follow these steps:
- Access the tool via the provided link or platform.
- Select the relevant prompt starter or input a query related to threat modeling.
- Utilize the provided tables and templates to assess, document, and analyze potential threats, weaknesses, vulnerabilities, and attack scenarios within the specified architecture.
- Apply the DREAD and PASTA methodologies as necessary to guide the threat modeling process.
- Evaluate the impact and risk associated with each identified threat and attack scenario to prioritize risks effectively.
Features
- Comprehensive threat modeling support
- Integration of DREAD and PASTA methodologies
- Extensive prompt starters and tools for threat analysis
- Author-specific guidance and resources
Updates
2023/11/14
Language
English (English)
Welcome message
Hello, ready to assist with threat modeling!
Prompt starters
- 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.
Tools
- python
- browser
Tags
public
reportable