NGX Storage is participating in the 67th IT Press Tour in Sofia on 31 March, joining leading technology journalists and industry analysts to present its unified approach to enterprise storage infrastructure.
During the session, NGX Storage is showcasing its complete portfolio — including ExaScale NVMe systems, All-Flash Arrays, Hybrid platforms, and HyperIO object storage — designed to address the evolving demands of AI workloads, data sovereignty, and high-performance environments.
A Unified Approach to Modern Infrastructure
As organisations across Europe rethink their infrastructure strategies, the focus is shifting towards solutions that are not only high-performing, but also predictable, resilient, and adaptable under pressure.
NGX Storage presents a clear proposition:
→ A single, integrated architecture across block, file, and object
→ Consistent performance under demanding workloads
→ Built-in data protection, security, and scalability
→ Reduced complexity through a unified platform approach
Rather than managing fragmented systems, organisations are increasingly seeking end-to-end solutions that can scale with their needs while maintaining control over their data.
Built for AI, Designed for Sovereignty
At IT Press Tour Sofia, NGX Storage highlights how its architecture supports:
- AI and data-intensive workloads requiring deterministic performance
- Sovereign infrastructure strategies across European markets
- Enterprise environments where reliability is defined by behaviour under stress
The discussion reflects a broader industry shift — from isolated performance metrics to infrastructure that delivers consistent outcomes in real-world conditions.
One Platform, Complete Control
NGX Storage’s participation reinforces a simple but critical idea:
Organisations no longer need to assemble infrastructure from multiple vendors to achieve performance, scalability, and reliability.
With a unified portfolio and architecture, NGX Storage enables enterprises to simplify operations, reduce risk, and build infrastructure that is ready for the next generation of workloads.