de.NBI Cloud

Cloud Numbers

The de.NBI Cloud provides free of charge computing and storage resources to the science and research community in Germany. Scientists involved in various research topics, such as metagenomics, medical imaging, epigenetics, and plant biology benefit from the opportunities provided by the de.NBI Cloud. Additionally, the de.NBI Cloud provides secure environments for processing of sensitive research data.

5614

Registered Users

currently registered in the de.NBI Virtual Organisation

1791

Cumulative Cloud Projects

amount of cloud projects that have been approved since the cloud started operating

2218

Number of Publications

with reference to the de.NBI Cloud

de.NBI Cloud Brochure

We are delighted to present our new de.NBI brochure entitled “Development and operation of the federated de.NBI Cloud“. This brochure showcases the power, strength, and range of the de.NBI Cloud for the life science community by providing the ability to unlock research data and better collaborate across the ecosystem.

Testimonials

Are you wondering if the de.NBI Cloud is the right choice for you? Read our users' testimonials and see what they have achieved using the de.NBI Cloud. Or, contact our helpdesk to schedule a consultation call. Show all

Assessing the impact of architectural biases on genetic perturbation modelling

Daniele Bottazzi, Sebastian Lobentanzer, Julio Saez-Rodriguez

Using the de.NBI cloud, we leveraged a high-performance computing setup with 2 RTX 6000 GPUs, 256 GB RAM, and 16 VCPUs to perform large-scale ablation studies on GEARS, a hybrid deep learning model designed to predict cellular responses at the transcriptomic level to combinatorial genetic perturbations. This infrastructure allowed us to systematically test the role of pri… Read more.

Coral reef sediments across the Pacific Ocean as dynamic environmental reservoirs of microbial diversity in a changing environment

Maren Ziegler

The Tara Pacific Expedition has yielded three databases of coral reef sediment microbes from nearly 220 samples across 30 Pacific islands. My research focuses on characterizing the microbial diversity and community composition of these sediments, exploring their dynamic relationship with the surrounding environment, and highlighting their role as an environmental reservoi… Read more.

Finite Element Simulation of Turbulent Fluid Flow in Contact with Heated Surfaces of Variable Roughness

André Beyer

We examine turbulent airflow over a hot, moving surface, assessing how surface roughness and other inhomogeneities affect the flow and comparing the CFD results with hot‑rolling‑mill experiments. Using Ansys Academic Research CFD on two de.NBI Cloud VMs provides the computational power that our local hardware cannot. Read more.

Cloud Computing for Science & Research

Compute Power for your Project

Start your project in the de.NBI Cloud by using one of our three project types.

SimpleVM

OpenStack

Kubernetes