As a security researcher using Byte Buggy, I want to effectively implement an APIC iteration (Attack Pathway Integration Cycle) to demonstrate the capability of the RC car to access a Smart Bulb device for ethical and academic purposes.
Acceptance Criteria
1) Research and report:
Research recent attacks that have occurred regarding smart bulbs. Report on this with the method in which the attack was carried out and currently known vulnerabilities.
2) Initialization:
Initialize the Raspberry Pi with the necessary software for conducting IoT device penetration testing.
3) Attack Pathway Analysis:
Perform a comprehensive analysis of potential attack pathways regarding smart bulbs.
Identify vulnerabilities and potential entry points within the IoT device's network or communication protocols.
4) Attack scripting:
Develop attack scripts or payloads tailored to exploit the identified vulnerabilities and entry points.
Integrate the attack scripts into the Byte Buggy's control system to enable remote execution.
5) Testing and Validation:
Conduct controlled tests to validate the effectiveness of the implemented attack pathway.
Verify that Byte Buggy successfully gains unauthorized access to the smart bulb using the implemented attack pathway.
6) Documentation and Reporting:
Document the APIC iteration process, including details of the attack pathway, vulnerabilities exploited, and outcomes.
Generate a comprehensive report detailing the findings, potential security risks, and recommendations for mitigating vulnerabilities.
7) Feedback and Iteration (Review):
Solicit feedback from peers or mentors regarding the APIC iteration process and its outcomes.
Identify areas for improvement or further research based on feedback received, and plan for subsequent iterations if necessary.
By completing this user story, the Byte Buggy project demonstrates its capability to conduct ethical and academic research in IoT security through the effective implementation of APIC iterations.
As a security researcher using Byte Buggy, I want to effectively implement an APIC iteration (Attack Pathway Integration Cycle) to demonstrate the capability of the RC car to access a Smart Bulb device for ethical and academic purposes.
Acceptance Criteria
1) Research and report: Research recent attacks that have occurred regarding smart bulbs. Report on this with the method in which the attack was carried out and currently known vulnerabilities.
2) Initialization:
Initialize the Raspberry Pi with the necessary software for conducting IoT device penetration testing.
3) Attack Pathway Analysis:
Perform a comprehensive analysis of potential attack pathways regarding smart bulbs. Identify vulnerabilities and potential entry points within the IoT device's network or communication protocols.
4) Attack scripting:
Develop attack scripts or payloads tailored to exploit the identified vulnerabilities and entry points. Integrate the attack scripts into the Byte Buggy's control system to enable remote execution.
5) Testing and Validation:
Conduct controlled tests to validate the effectiveness of the implemented attack pathway. Verify that Byte Buggy successfully gains unauthorized access to the smart bulb using the implemented attack pathway.
6) Documentation and Reporting:
Document the APIC iteration process, including details of the attack pathway, vulnerabilities exploited, and outcomes. Generate a comprehensive report detailing the findings, potential security risks, and recommendations for mitigating vulnerabilities.
7) Feedback and Iteration (Review):
Solicit feedback from peers or mentors regarding the APIC iteration process and its outcomes. Identify areas for improvement or further research based on feedback received, and plan for subsequent iterations if necessary. By completing this user story, the Byte Buggy project demonstrates its capability to conduct ethical and academic research in IoT security through the effective implementation of APIC iterations.