S3 Object Storage meets EU GDPR requirements
S3 Object Storage by 1&1 IONOS guarantees storage and archiving of data entirely in compliance with EU GDPR
The European General Data Protection Regulation (EU GDPR) entered into force on 25 May 2018. It defines how companies are required to handle sensitive data. Qualified data storage and archiving requirements now apply. Small to medium-sized enterprises must now select a suitable and cost-efficient cloud storage solution (e.g. S3 Object Storage) as a matter of urgency.
The EU GDPR also requires companies in Germany and Europe to ensure storage of personal data.
This ensures data sovereignty. There is no room left for “dark data,” i.e. data concealed from the public eye.
Why you need a secure S3 cloud storage solution to meet EU GDPR requirements
Each company is facing two separate challenges: data needs to be retrievable on short notice, and there must be a central data repository for long-term storage where data can be archived securely for the respective statutory retention period. It is therefore crucial to know immediately where any piece of information is stored.
What’s more, companies are required to restore the availability of personal data and access to the information quickly in the event of a physical or technical incident (Art. 32 (1b) GDPR). Each organisation is therefore obliged to create backups and to archive data, and storage systems need to be up and running at all times.
Updated technical solutions must be implemented to protect data that is subject to storage requirements from unintentional processing, alteration, destruction, theft or loss.
Secure cloud storage in Germany is the solution!
Cloud providers always implement the latest storage technology. S3 Object Storage by 1&1 IONOS provides the ideal solution for your backup and archiving requirements. After all, data kept with 1&1 IONOS is accessible at all times and stored in data centres operated in Germany.
What makes S3 Storage so ideal for backing up and archiving data?
Magnetic tapes are perishable and come with the risk of creating proprietary data silos.
S3 Storage is a real alternative to magnetic tapes as a long-term storage medium. While magnetic tapes are still cheaper than hard drive storage and are certainly able to store data continuously and reliably for many years, there are unfortunately many different types of mutually incompatible magnetic tapes. And the data stored on these tapes may even become unreadable if the drives that are used to read them are no longer available. Archiving software providers cause difficulties as well: they insist on proprietary writing formats, which means that it is impossible to ensure that magnetic tapes will remain readable in the future.
S3 Object Storage offers many advantages compared to magnetic tapes (and hard drives)
|Higher reliability||Replication to multiple storage nodes with no additional costs or administrative workload and thus reliable storage.|
|Particularly inexpensive storage||Object Storage does not require expensive storage arrays. Storage providers use standard servers – and the customer benefits from significant cost benefits. Click here for S3 Object Storage prices.Click here for S3 Object Storage prices.|
|Extreme durability||No vendor lock-in of data thanks to the de-facto standard "Simple Storage Service (S3)." Data migration is possible at any time. Provider-independent.|
|Highly flexible||Object Storage comes with infinite scalability that is not limited to 12 or 50 TB as is the case even for state-of-the-art magnetic tape or file systems.|
|No wear||Magnetic tapes are not designed for frequent read/write cycles. Object Storage is. Even in parallel, despite low IOPS.|
|Easy integration||S3 Object Storage is supported by modern backup and archiving software. Migration to S3 Storage is possible at any time. Easy integration via REST API.|
|Emergency-proof||S3 Object Storage has a multiply redundant design. Disaster recovery is possible at any time. Versioning allows various data inventories. Lifecycle management limits the data volume by defining time limits for storage.|