New SSD and storage technology changing recovery methods


Aran Pitter, our Commercial Director says: 

"With storage getting faster and bigger, smart tools and AI are now essential to safely recover and protect our data."

 

Modern storage hardware is evolving rapidly, and these advancements are transforming the way data recovery works. As organizations and individuals rely on faster and higher-capacity storage devices, recovery technologies must adapt to increasingly complex systems. Solid-state drives (SSDs) and next-generation storage interfaces are delivering unprecedented speed and efficiency, but they also present new challenges for recovering lost or corrupted data. The shift toward high-performance storage means recovery tools must be more intelligent, precise, and capable of handling advanced hardware architectures.

In recent years, the development of faster interfaces and larger storage capacities has significantly changed the data recovery landscape. New storage technologies enable quicker access to data and faster transfer rates, allowing recovery processes to be completed more efficiently than ever before. However, these innovations also introduce new technical barriers that require specialized expertise and advanced recovery software.

Key Developments in Modern Storage Technology

Several breakthroughs in storage technology are shaping the future of data recovery. These developments improve performance and capacity but also require more advanced recovery strategies to ensure data can be restored successfully when problems occur.

  • PCIe 7.0 SSD technology: Expected to expand in 2025, PCIe 7.0 delivers extremely fast data transfer speeds, enabling quicker backup and recovery operations.
  • AI-optimized storage systems: Storage platforms now incorporate artificial intelligence to manage massive datasets and improve efficiency across enterprise environments.
  • Higher-density drives: Modern drives can store significantly more data in smaller spaces, increasing storage capacity but making recovery processes more complex.

Faster Performance and Greater Complexity

PCIe 7.0 technology can achieve bandwidth speeds of up to 512 GB per second, making it possible to transfer and recover enormous volumes of data far more quickly once supported by compatible hardware. This level of performance will benefit large organizations handling critical workloads and massive data archives, as recovery times can be dramatically reduced following system failures or cyber incidents.

 

 

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aran Pitter Data Recovery Specialists   
Author:
Aran Pitter, Commercial Director

 


Further reading

AI: Transforming the future of data recovery

Ransomware-resilient recovery and immutable backups

A guide to encrypting a hard drive with BitLocker