The document summarizes a hackathon project on outsourced route validation. It discusses: 1) The roles and tasks of group members in preparing the Python code and testing it. 2) The hackathon setup including using a virtual machine, Python, and REST APIs. 3) Challenges faced in getting data from APIs, Python coding, and using a virtual environment. 4) A planned demo to validate routes for valid, invalid, and unknown ROAs.

2. Hackathon Group
Aris Cahyadi Risdianto
● Prepare environment
● Combine the Python Codes
● Testing and verification
Kensly Joses
● Collecting the ROAs data
● Processing JSON data with
Python
Sudhatma Karki
● Decide the actions for different
ROAs
● Managing the hackathon
progress work

3. Outsourced Route Validation
RPKI Server/
Cache
Network Function
(Application)rpki-rtr
REST API ? Traffic Policy
(Remote Access / SDN)
APNIC
Hackathon

4. Hackathon Setup
Virtualbox VM
(Linux Ubuntu)
Python
REST API
/ Export
Export
Mininet

5. Hackathon Challenges
● Getting data from the API’s
○ George help us get ROA datasets from APNIC for the valid ROAs
○ And data sets for invalid ROAs from Nusenu (Github)
● Python coding challenges
○ Do research and sharing ideas on the coding helps get the program
running successfully
○ Spaces, characters and alignment cause a big problem
● Virtual Environment
○ It is good, but don’t expect about performance
○ Display problem and copy paste issue
○ We can’t push the config to the software-based virtual router

6. Demo
1. Route Origin Validation for Valid ROAs
2. Route Origin Validation for Invalid ROAs
3. Route Origin Validation for Unknown ROAs

7. Conclusions
● It is possible to make a simple program to outsource the
ROV from the router
● With the application it is easier to query to many
different Trust Anchor for different ROA’s state
● As future work:
○ Use online REST API call (if reliable)
○ Push the config to the HW router/switch

8. THANK YOU!