Quantum Scalar tape libraries
Quantum's tape libraries for long-term, offline-capable archives.
Best for: Large, low-cost cold archives.
Visit Quantum Scalar tape libraries →Storage beyond block, file and object: tape and optical archives, backup appliances, cloud archive tiers, hybrid data movement, decentralised storage and computational storage.
Quantum's tape libraries for long-term, offline-capable archives.
Best for: Large, low-cost cold archives.
Visit Quantum Scalar tape libraries →Tape libraries and storage software for archive and data-protection workloads.
Best for: Tape and archive tiers.
Visit Spectra Logic →LTO tape media and archive solutions from Fujifilm.
Best for: Tape media and archive systems.
Visit Fujifilm data storage →Sony's optical-disc cartridges and libraries for long-term digital archives.
Best for: Long-lived archives that resist ransomware.
Visit Sony Optical Disc Archive →Disk-based backup storage with deduplication and a landing zone, built to work with backup software.
Best for: Fast backups and restores.
Visit ExaGrid →Data-protection and data-security platform that also acts as scalable backup storage.
Best for: Backup consolidation and cyber resilience.
Visit Cohesity →AWS's low-cost archive storage classes for rarely accessed data.
Best for: Long-term archives on AWS.
Visit Amazon S3 Glacier →Azure Blob Storage's archive access tier for rarely used data.
Best for: Cold data on Azure.
Visit Azure Blob archive tier →Google Cloud's Nearline, Coldline and Archive storage classes.
Best for: Cold data on Google Cloud.
Visit Google Cloud Storage classes →A hybrid service that connects on-premises applications to AWS cloud storage.
Best for: On-premises access to cloud storage.
Visit AWS Storage Gateway →Rugged devices for moving large amounts of data to and from AWS.
Best for: Offline bulk data transfer.
Visit AWS Snowball →Data-management software that analyses unstructured data and moves cold data to cheaper storage.
Best for: Cutting the cost of unstructured data.
Visit Komprise →Software that presents data across sites and clouds in a single global namespace.
Best for: Data orchestration across locations.
Visit Hammerspace →Software-defined storage and data-management software for block, file and object workloads.
Best for: Storage virtualisation.
Visit DataCore →A decentralised, S3-compatible cloud storage network.
Best for: Distributed object storage.
Visit Storj →A decentralised storage network in which providers are paid to store data.
Best for: Decentralised data storage.
Visit Filecoin →A decentralised storage platform that stores encrypted data across independent hosts.
Best for: Decentralised cloud storage.
Visit Sia →A network designed for permanent, one-time-payment data storage.
Best for: Permanent storage.
Visit Arweave →A peer-to-peer protocol for storing and sharing content-addressed data.
Best for: Content-addressed file distribution.
Visit IPFS →Computational storage drives that process data, such as compression, inside the SSD.
Best for: Offloading work to the drive.
Visit ScaleFlux →Optical-disc data storage designed for low-cost, durable archives.
Best for: Emerging optical archive storage.
Visit Folio Photonics →Match your requirement to a starting point, then compare vendors.
| Cheapest long-term archive | Tape libraries or a cloud archive tier |
|---|---|
| Protection against ransomware | Offline tape or optical archives, or immutable object storage |
| Fast backup and restore | A deduplicating backup appliance such as ExaGrid |
| Move data to the cloud | Storage Gateway, Snowball or a data-management tool such as Komprise |
| One namespace across sites | Hammerspace or a global file system |
| Experiment with decentralised storage | Storj, Filecoin, Sia or IPFS |
Neighbouring directories and hubs.
Quick answers.
This page covers storage that is not simply block, file or object: tape and optical archives, backup appliances, cloud archive tiers, hybrid data movement, decentralised networks and emerging technologies.
Yes. Tape remains a low-cost, high-capacity option for archives and offline copies, and its air gap helps protect against ransomware. Access is slower than disk.
A very low-cost storage class for rarely accessed data. Retrieval takes longer and can incur fees, so it suits compliance and long-term retention.
Decentralised storage spreads encrypted data across many independent providers instead of one company's data centres. It is still maturing, so test reliability and cost carefully.
Computational storage places processing inside or near the drive, for tasks such as compression or filtering, to reduce data movement and free the host CPU.
Descriptions summarise each vendor's or project's own positioning, checked on 5 October 2026. Product names and offerings change often, so confirm details on the linked site before deciding.