Delivered a secure hybrid HPC cloud architecture
.webp?width=182&height=47&name=everllence-logo%20(1).webp){kind=small}
Delivered a secure hybrid HPC cloud architecture
Increased flexibility for peak compute demand
Ensured stable operations and high user satisfaction
Everllence transformed its sensitive CAE/HPC environment with a secure hybrid architecture that connects on-premises resources with cloud capacity for greater flexibility and scalability.
Everllence operates complex, compute-intensive engineering workflows where simulation speed, data security, platform reliability and uninterrupted product development are business-critical requirements.
science + computing, a Bull business, combined HPC consulting, cloud integration and managed operations expertise to help Everllence modernise securely, improve efficiency and scale compute capacity without disruption.
The challenge was to implement the Cloud strategy of Everllence within the highly demanding and business-critical CAE/HPC environment – without compromising operational stability or causing delays in product development.
This area represents one of the most sensitive parts of the IT landscape: exceptionally high computational workloads, time-critical simulations, and strict data security requirements.
The goal was to design and realise a hybrid HPC solution that connects on-prem systems with the Cloud while ensuring reliability and compliance.
Together with the customer, we conducted an on-site HPC strategy workshop to precisely analyse technical, operational, and strategic requirements.
Based on this, a hybrid integration concept was developed to link existing on-prem resources with a dedicated HPC Cloud environment - considering security, performance and compliance requirements.
During the stable, multi-year operation of the platform, workflows were optimised, workloads were intelligently distributed, and the environment gradually transferred to a multi-HPC Cloud structure.
Significant efficiency gains through automated workload balancing and streamlined workflows
Greater flexibility in leveraging external compute resources to fulfill peak demand
Transparent costs and scalability via hybrid Cloud/on-prem usage
Future-proof HPC architecture enabling integration of new technologies and partners
Stable operations and high user satisfaction through continuous service and performance monitoring
Secure implementation into the HPC domain
Stable operations without disruption of product development
Flexible and scalable resource utilisation across environments
Efficiency gains through optimised workflows and automation
Future-proof HPC architecture combining on-prem and Cloud seamlessly
