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Innovation thrives on fresh perspectives and continuous learning. At SUE, translating research into innovation is in our DNA. We collaborate with leading Dutch universities, where we contribute to curricula, give guest lectures, and mentor more than 100 students annually through our Cloud Native Incubator program. This commitment to education and research is the driving force behind our solutions. It allows us to remain at the forefront of Cloud Native technologies and train the next generation of experts.

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In collaboration with the University of Amsterdam

Using eBPF for Malware Analysis

Cybercrime costs organizations trillions each year, with increasingly sophisticated malware designed to evade traditional detection. This research explores how eBPF, a powerful Linux kernel technology, can be used to trace and monitor malicious activity more effectively. It offers deeper insights into malware behavior and helps strengthen cyber defenses. A Collaboration with Tilburg University.

Expertise: Cloud Security

In collaboration with Fontys University of Applied Sciences

Generative AI for Infrastructure-as-Code Configurations in Response to Drift Detection

Making a small manual change to existing IaC code can be a labor-intensive and error-prone task. This paper provides an overview of Large Language Models (LLMs) and techniques for effectively addressing configuration drift.

Expertise: Application Modernization, Data & AI, Platform Engineering

In collaboration with the University of Amsterdam

Effectiveness of cloud-native sandboxing technologies in containing security threats

By packaging applications and their dependencies in lightweight, isolated containers, developers can achieve greater flexibility, scalability, and resource efficiency. However, the use of a shared kernel introduces specific security challenges.

Expertise: Cloud Security

In collaboration with the University of Amsterdam

Leveraging eBPF to Build Effective High-Interaction Honeypots

In this research project, we focused on detecting and remediating resources outside a certain "state" that affect resources within that "state," referred to as rogue resources. We define "state" as the collection of resources managed via Infrastructure as Code (IaC). Rogue resources can cause various problems for this defined state, such as disruptions in management, increased risks, and unwanted dependencies.

Expertise: Cloud Security

In collaboration with the University of Amsterdam

Mitigating DDoS attacks on virtualized environments using eBPF and XDP

The research aims to answer the question of whether eBPF and XDP can be applied to virtualized environments to provide more performance to repel DDoS attacks.

Expertise: Cloud Security

In collaboration with the University of Amsterdam

Impact of Latency on Database Replication

This research evaluates the impact of latency on performance, availability, and consistency during distributed database replication for MySQL and PostgreSQL database management systems.

Expertise: Cloud Migration

In collaboration with Utrecht University

An assessment of Zero-Shot Open Book Question Answering using Large Language Models

Comparison of the performance of state-of-the-art language models in a Zero-Shot Open Domain Question Answering setting for technical topics, with a specific focus on cloud technology and containerization.

Expertise: Data & AI

In collaboration with the University of Amsterdam

Using eBPF for Malware Analysis

An exciting new feature of the Linux kernel is eBPF. It allows users to hook programs to many places in the Linux kernel at run-time. In order to evaluate this program suite, we created a framework that executes the emulated malware programs while the eBPF programs are hooked into the system.

Expertise: Cloud Security

In collaboration with the University of Amsterdam

Remediating Rogue Resources in an Infrastructure as Code Multi-Cloud Environment

In this research project, we have focused on the detection and remediation of resources outside of a certain "state" that affect resources inside the "state," which we define as "rogue resources." We define "state" as "the collection of IaC-managed resources." Rogue resources can introduce several problems for the defined state.

Expertise: Cloud Migration, Platform Engineering

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Robbie v R

Robbie van Rooijen

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