Research

In-depth research

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 Delft University of Technology

Rainbow RAG: An LLM-Powered RAG System for Contract Review

The results demonstrate that our Knowledge Graphs-enriched RAG framework delivers superior performance in identifying and analyzing complex legal relationships while maintaining computational efficiency.

Expertise: Data & AI

In collaboration with the University of Amsterdam

eBPF Forensic Tools Comparative Study

Although eBPF offers many advantages, the technology can also be misused by malicious attackers. From a security perspective, it is therefore very important to be able to detect attacks that use eBPF in a timely manner.

Expertise: Cloud Security

In collaboration with the University of Amsterdam

Estimation of causal structure for eliminating rogue resources in Kubernetes clusters

Rogue resources cause various problems, such as an increased attack surface, waste of energy and/or financial resources, and an increased risk of deviant or undesirable behavior.

Expertise: Platform Engineering

In collaboration with Utrecht University

Investigating Open Source Transformer Techniques for Question Answering Systems on Cloud Domain

In recent years, there has been a surge of interest in Question Answering (QA) systems, making this a prominent area of research within Natural Language Processing (NLP).

Expertise: Data & AI

In collaboration with the University of Amsterdam

Leveraging eBPF to Build Effective High-Interaction Honeypots

Nowadays, people and businesses make extensive use of interconnected information systems (the Internet). However, this is not without risk, as a large proportion of individuals and organizations are affected by cyberattacks every year.

Expertise: Cloud Security

In collaboration with the University of Amsterdam

A platform-agnostic middleware for seamless data portability in multi-cloud application deployment

In this research project, we focused on detecting and remediating resources outside a certain "state" that affect resources within that same "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: Platform Engineering

In collaboration with the University of Amsterdam

Low-latency Implementation of the GIFT Cipher on RISC-V Architectures

Conventional cryptographic algorithms, such as AES-128, have successfully met most security and privacy requirements in modern applications.

Expertise: Cloud Security

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

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

Historically, managing system architectures has been a time-consuming and error-prone process. DevOps—a set of practices focused on improving the speed and quality of deployments—addresses these challenges by promoting automation and consistency.

Expertise: Cloud Migration

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Robbie v R

Robbie van Rooijen

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