DynConD is developing a new energy-efficient ML-driven multicloud automation service with the support of European Union

Osijek, Croatia – 3.12.2025. DynConD Ltd. is developing a new, advanced digital solution that enhances the reliability, efficiency, and sustainability of cloud infrastructures. The development is being carried out with the support of the European Union under the call „Inovacije novoosnovanih MSP-ova – PK.1.1.08“, which aims to strengthen innovation capacity and competitiveness among European small and medium-sized enterprises.

DynConD is developing a new energy-efficient ML-driven multicloud automation service that combines predictive scaling,  smart provider prioritization, and our patented client-side global server load balancing to deliver ultra-fast, reliable, and sustainable cloud performance with the support of European Union

Three Key Innovation Components

1. Automation of Multi-Cloud Server Management

DynConD is developing automated mechanisms for deploying, scaling, and managing virtual servers across multiple cloud providers. This functionality aims to reduce operational complexity, optimize resource usage, and improve service continuity for digital businesses.

2. Smart Prioritization of Cloud Providers

The project introduces a new system for evaluating and classifying cloud providers based on reliability, performance, cost, and sustainability factors. This enables organizations to select optimal cloud resources that align with their technical and financial priorities.

3. Predictive Workload Forecasting

Using machine-learning models and historical performance data, DynConD is designing predictive algorithms to anticipate periods of increased demand. This allows for timely scaling decisions, reducing the risk of service disruptions while minimizing unnecessary energy consumption.

Supporting European Digital and Green Priorities

The solution contributes to several EU strategic goals, including:

• Improved digital resilience and high availability of online services
• More efficient use of cloud resources, supporting cost-effective operations
• Reduction of energy consumption in cloud infrastructures, aligned with the objectives of the European Green Deal
• Strengthening the competitiveness of European technology providers

By providing an alternative, energy-efficient approach to global load balancing—without reliance on traditional, server-side systems—the project supports a more sustainable and autonomous European digital ecosystem.

About the Project

This project is funded by the European Union under the European Regional Development Fund (ERDF).
The content of this publication reflects the views of DynConD Ltd. only. The European Commission and the governing bodies of the funding programme are not responsible for any use that may be made of the information it contains.