Future-Proof Data Archiving:
Overview of Challenges, Requirements, and Solutions
Growing data volumes, increasing requirements, and new technologies present challenges for companies. This is how future-proof data archiving succeeds.
Digitalization has created new opportunities and fundamentally changed ways of working in almost all industries. At the same time, data volumes are growing rapidly.
This also increases the need for compliant, flexible, and long-term scalable data archiving.
As IT landscapes continuously evolve, more and more companies are relying on modern software solutions to make their archiving strategy future-proof.
Data Archiving: Overview of Challenges and Solutions
Requirements
for Data Archiving
In practice, companies manage a variety of applications that generate both structured and unstructured data.
To archive these reliably in the long term, data must:
- be available
- be protected
- remain valid
- be stored in a structured and organized manner
Without a well-thought-out data management system, these requirements can hardly be met.
Optimized Data Management
Archive data is usually business-critical or must be kept for the long term for regulatory reasons. Data archiving is understood as the outsourcing of data that is no longer actively used to a separate system for long-term storage.
The first step toward a successful archiving strategy is the establishment of clear processes. These not only ensure compliance with legal requirements but also bring clear advantages:
- higher efficiency
- clear responsibilities
- remain valid
- uniform procedures throughout the company
A structured archiving strategy strengthens both compliance and operational processes.
Future Challenges of Data Archiving
Traditional archiving solutions are increasingly reaching their limits.
In particular, proprietary hardware silos were not developed for today’s data growth. Companies therefore face several challenges:
Growing Data Volumes
Continuously increasing data volumes require scalable storage solutions – while keeping costs controllable.
Long Retention Periods
Much data must be stored for years or decades – often across multiple technology generations.
Technological Change and Migration
New storage technologies make regular migrations necessary. These cause additional effort, costs, and risks.
Lack of Flexibility
Rigid systems often cannot keep pace with changing requirements.
The central challenge is to establish an archiving strategy that remains flexible and adaptable in the long term.
Conclusion: Modern Archiving Needs Flexibility
The requirements for data archiving are constantly growing – both technically and regulatorily. Companies therefore need solutions that are flexibly scalable, function independently of hardware, fulfill compliance requirements, and remain economical in the long term.
Software-Defined Archiving offers exactly this combination and forms the basis for a future-proof archiving strategy.
Get valuable information in our checklist
Achieve flexible, scalable, and compliant data archiving with our solutions
iCAS Classic
iCAS Classic is a flexible middleware for retention management & WORM data archiving. The software solution can be optimally integrated into existing IT infrastructures. While you focus on your core business, iCAS Classic reliably protects the integrity and availability of your data in the background.
iCAS FS
iCAS FS is a scale-out storage platform for a wide range of use cases related to long-term data storage. The software-based platform is infinitely scalable and impresses with low total costs, easy handling, and high flexibility. Whether as secure backup storage, audit-proof archive, secondary storage, or cost-efficient object storage – iCAS FS meets your requirements in the long run.
iCAS Capture
With iCAS Capture, you expand your archiving strategy to include the direct capture of data from a wide variety of sources.
The add-on automatically reads relevant information and integrates it seamlessly into the shares of iCAS FS or iCAS Classic. The data is then available in an audit-proof manner and can be safely removed from the production systems, which significantly reduces operational effort, storage requirements, and complexity.
