1. Hyperconverged Infrastructure (HCI): fundamentals and benefits for your IT
2. What is a hyperconverged infrastructure?
3. Converged vs. hyperconverged infrastructure
4. Advantages of hyperconverged infrastructures
5. Technical architecture: how HCI works
6. Deployment scenarios of hyperconverged infrastructure
7. Integration into existing IT landscapes
8. Market overview: providers and solutions
9. HCI 2.0: the next generation
10. Why companies choose HCI
Hyperconverged infrastructures (HCI) are fundamentally changing the IT landscape: because they combine computing power, storage, and networking into an integrated platform. According to a study by Fortune Business Insights, the global HCI market is growing rapidly—from USD 11.98 billion in 2024 to an expected USD 61.49 billion by 2032. However, anyone introducing HCI also needs the right IT documentation. This is precisely where i-doit comes into play: the solution offers central, structured recording of all IT components, making it ideal for complex HCI environments.
With i-doit, you benefit from better change and incident management, as well as support for compliance requirements and security standards. Combining i-doit and HCI systems additionally creates valuable synergies: HCI delivers the necessary scalability and efficiency, while i-doit complements these with transparency and control. Together, they enable an IT infrastructure that is modern, agile, and securely positioned.
Learn how HCI works, what advantages the technology offers, where it is deployed—and why it is indispensable for many companies today.
A hyperconverged system combines computing power, storage, and network functions into a single software-defined platform. In contrast to classic IT architectures, where servers, storage, and networking are set up and managed separately, HCI integrates these components. HCI thus makes IT processes significantly more efficient.
The central components of a hyperconverged infrastructure are:
This architecture results in a system that can be deployed quickly and easily and integrates seamlessly into existing environments. Hyperconverged systems are therefore the foundation of modern, software-defined data centres.
Converged infrastructures (CI) do combine servers, storage, and networking into a preconfigured system, yet these components remain technically independent and are mostly managed via separate management tools. Classic infrastructure therefore usually integrates components on a physical level.
Hyperconverged infrastructures (HCI) go significantly further: they fully virtualise all resources and bundle them under a central, software-defined management platform. The result: the complexity of distributed management and control layers is eliminated.
Konvergente Infrastrukturen (CI) kombinieren zwar Server, Speicher und Netzwerk in einem vorkonfigurierten System, jedoch bleiben diese Komponenten technisch eigenständig und werden meist über separate Management-Tools verwaltet. Die klassische Infrastruktur integriert Komponenten also meist auf physischer Ebene.
Hyperkonvergente Infrastrukturen (HCI) gehen deutlich weiter: Sie virtualisieren alle Ressourcen vollständig und bündeln sie unter einer zentralen, softwaredefinierten Management-Plattform. Das Ergebnis: die Komplexität verteilter Verwaltungs- und Steuerungsebenen entfällt.
|
Feature |
Converged Infrastructure (CI) |
Hyperconverged Infrastructure (HCI) |
|
Management |
Separate (server, storage, network) |
Centralised via a single platform |
|
Scaling |
Often block-based and complex |
Simple by adding nodes |
|
Automation |
Low to medium |
High, through software-defined control |
|
Degree of integration |
Physically integrated |
Software-defined, fully integrated |
|
Agility and flexibility |
Limited |
High |
Hyperconverged systems offer you significantly more flexibility. Especially if you work in a dynamic IT environment or have high demands regarding automation and scalability, you will benefit from the advantages:
HCI facilitates infrastructure management, because all resources can be controlled centrally via a single management console. Compared to converged infrastructure, HCI goes a step further and reduces manual effort thanks to deeper integration and a high degree of automation.
HCI solutions can integrate additional nodes at any time—and do so without interruption or disruption to the running environment. Particularly for fast-growing companies, this flexibility is a major advantage.
HCI uses standard components instead of specialised solutions: this lowers costs and increases resource utilisation.
Integrated redundancies, backup, and recovery mechanisms ensure that hyperconverged systems remain high-performing even during failures.
HCI and the cloud are growing together: a hybrid IT landscape can be realised via solutions such as Microsoft Azure Stack HCI. The infrastructure combines local systems with public cloud functions.
HCI bundles computing power, storage, and networking into one system—all software-based and highly integrated: i-doit serves as a central CMDB for documenting precisely such systems (including clusters, virtual machines, storage instances, etc.). Valuable synergies emerge: i-doit can document all components of an HCI platform—including dependencies between VMs, storage pools, and networks.
A typical HCI environment consists of several identical nodes that jointly form a cluster. Each node contains:
HCI enables and improves seamless scaling through its hyperconverged infrastructure simply by adding further nodes. The intelligent distribution of workloads increases efficiency and fail-safety. HCI uses internal monitoring tools to optimally distribute capacity and performance. The result is a hyperconverged system that operates in a scalable and fault-tolerant manner.
The introduction of a hyperconverged system can usually be carried out step by step. You can expand your existing infrastructure in a targeted manner with HCI nodes or replace individual systems with hyperconverged servers. The advantage: deployment is fast, and ongoing operations are barely affected.
HCI offers numerous possibilities to align your IT specifically with your company's needs:
Fundamentally, the rule is: integration into existing IT Service Management processes should be as seamless as possible. This is where i-doit plays out numerous advantages: the solution enables transparent documentation of HCI environments, automatically detects new nodes, and maintains configuration data centrally—a major benefit for compliance and change management.
What makes it special: while HCI ensures the physical and virtual convergence of the infrastructure, i-doit takes over the structured recording, visualisation, and maintenance of the entire system landscape. Through the combination of HCI-based platforms and a central CMDB, IT processes can be documented thoroughly, controlled more efficiently, and sustainably optimised. Especially in complex multi-tenant or cloud environments, this integration offers noticeable added value.
HCI for companies means: future-proof technology, simple scaling, centralised management, and an optimised cost structure.
On the market, you will find several established manufacturers offering comprehensive, mature HCI platforms for hyperconverged infrastructures:
The trend clearly points towards fully managed services that can be operated both on-premises and in the cloud. And the best part: thanks to the high compatibility of i-doit, these systems can be integrated without any problems.
With HCI 2.0, hyperconverged systems are evolving further: new features such as integrated AI management, container support, and deep cloud integration turn HCI into the baseline platform for modern IT strategies. Demanding workloads such as AI models, big data, and IoT benefit from high performance. At the same time, the centralized management of complex IT infrastructures is becoming increasingly important: it is decisive for the economic success of companies.
Do hyperconverged infrastructures offer a strategic advantage? Yes, because they convince through efficiency, security, and future viability. Whether for small IT departments or large data centres: it is worthwhile in any case to know more about hyperconverged solutions. Hyperconvergence is a topic of the future.
The integration of i-doit into HCI environments can optimise your IT strategy. HCI does not only enable agile IT but also makes companies more resilient against market changes. HCI uses modern technologies and transforms IT from a cost factor into an innovation driver. Today, infrastructure no longer targets stability alone, but adaptability—and this is precisely where HCI comes in.
Discover the possibilities of i-doit as a CMDB tool with HCI integration and learn more about our add-ons. We can help you find the right solution for your requirements.