<p>For the last months I have been working on RPKI Relying Party security. The question I asked myself was: is it possible to disrupt RPKI Relying Party software by introducing a malicious CA/repository into the tree? The short answer is: yes. For a more indepth look into what I did, I wrote the following blog post at RIPE Labs:
<a href="https://labs.ripe.net/author/koen-van-hove/improving-the-resiliency-of-rpki-relying-party-software/" class="autolinkedURL autolinkedURL-url" target="_blank">labs.ripe.net/author/koen-van-hove/improvin..</a></p>


For the last months I have been working on RPKI Relying Party security. The question I asked myself was: is it possible to disrupt RPKI Relying Party software by introducing a malicious CA/repository into the tree? The short answer is: yes. For a more indepth look into what I did, I wrote the following blog post at RIPE Labs:
https://labs.ripe.net/author/koen-van-hove/improving-the-resiliency-of-rpki-relying-party-software/

Improving the resiliency of RPKI Relying Party software

My name is Koen van Hove. I am developer, freelancer, researcher and above all human.


Random thoughts and expressions from me, Koenvh.