Secure Wireless Aircraft Data Load
Project Overview
Project Abstract
Loading software on an aircraft is not a trivial problem. There are significant design considerations including airline operator procedures, certification, cybersecurity, feasibility with existing infrastructure, etc. The idea of this project is to mockup a simplified aircraft dataload system and add support for wireless dataload. This would give students experience with PKI, threat modeling, aircraft network design, and specific standards and protocols in aviation.
The solution would need to consider existing airline loading procedures, existing airline network security procedures, generic aircraft design constraints (unknown time, no connectivity, certification, etc).
Expected Deliverables
- Prototype Environment and Software: The prototype implements wireless loading on devkits such as Raspberry Pi's emulating aircraft functions.
- Project Report: Must explore feasibility of the solution with airline maintenance procedures and show how operator burden is reduced.
Key Technologies & Concepts
- Public Key Infrastructure (PKI)
- Threat Modeling
- Aircraft Network Design
- Aviation Standards and Protocols
- Wireless Communication Security
- Raspberry Pi Development
- Airline Maintenance Procedures
- Cybersecurity in Aviation
- Wireless Access Point(WAP) Configuration
Team Members and Member Information
Gurumanie Singh
Network Architecture and System Design LeadComputer Engineering (CPRE) student focusing on Networks and Cybersecurity.
Anish Nag
Threat Modeling and Compliance LeadCybersecurity Engineering (CYBE) student with interests in Embedded Red Teaming and Vulnerability Research.
Justin Rohde
Security Implementation and Testing LeadCybersecurity Engineering (CYBE) student with interests in Penetration Testing and Digital Forensics.
Doyle Chism
Software Architecture and Design LeadSoftware Engineering (SE) student with interests in Software Development, Data Analytics, and Generative AI.
Lincoln Hatlestad
Software Systems Integration LeadSoftware Engineering (SE) student with interests in Software development, AI Applications, and Cybersecurity.
Declan Creadon
Compliance and Documentation LeadCybersecurity Engineering (CYBE) student with interests in SOC analyzing and penetration testing.