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Technology Digital MediaTop 10 Best Cloud Storage Server Software of 2026
Explore the top 10 best cloud storage server software. Compare features, find the perfect fit for your needs—choose wisely today.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Nextcloud
Nextcloud apps and federation enable a modular collaboration and storage platform.
Built for organizations wanting self-hosted storage plus collaboration features under one admin..
ownCloud Infinite Scale
Cluster-ready file storage designed for horizontal scaling in ownCloud Infinite Scale
Built for enterprises needing scalable self-hosted file sync, sharing, and governance.
Seafile
Block-level file synchronization that updates only changed file parts during sync
Built for self-hosted file sharing for teams needing fast sync and versioned content.
Comparison Table
This comparison table evaluates cloud storage server software such as Nextcloud, ownCloud Infinite Scale, Seafile, and Pydio Cells alongside tools like Syncthing. Each row summarizes practical deployment and collaboration capabilities, including sync workflows, sharing controls, storage backends, and admin management, so teams can match software to their infrastructure and access needs.
| # | Tool | Category | Overall | Features | Ease of Use | Value |
|---|---|---|---|---|---|---|
| 1 | Nextcloud Self-hosted cloud storage with WebDAV, file sync, end-to-end encryption options, and app-based collaboration features. | self-hosted | 8.8/10 | 9.2/10 | 8.2/10 | 8.9/10 |
| 2 | ownCloud Infinite Scale Enterprise-focused self-hosted cloud storage that supports file sync, sharing, and scalable storage back ends. | self-hosted | 8.1/10 | 8.6/10 | 7.6/10 | 7.9/10 |
| 3 | Seafile Self-hosted file synchronization and cloud storage with sharing links, team collaboration, and pluggable storage back ends. | file sync | 8.1/10 | 8.5/10 | 7.6/10 | 8.0/10 |
| 4 | Pydio Cells Self-hosted cloud storage for teams with file sync, sharing controls, and optional client apps for access management. | enterprise sync | 7.3/10 | 7.6/10 | 6.8/10 | 7.3/10 |
| 5 | Syncthing Peer-to-peer file synchronization that provides a self-hosted alternative to centralized cloud storage for distributed media folders. | p2p sync | 8.1/10 | 8.6/10 | 7.6/10 | 7.8/10 |
| 6 | File Browser Self-hosted web file manager that exposes cloud-like storage browsing, upload, download, and admin controls via a browser UI. | self-hosted web | 7.5/10 | 8.0/10 | 7.5/10 | 6.8/10 |
| 7 | MinIO Self-hosted S3-compatible object storage that serves as cloud storage infrastructure for media files and backups. | S3-compatible | 8.2/10 | 8.8/10 | 7.6/10 | 7.9/10 |
| 8 | Rclone Command-line tool that syncs and transfers files between local storage and cloud storage providers for cloud storage workflows. | sync connector | 8.2/10 | 8.7/10 | 7.2/10 | 8.4/10 |
| 9 |  AWS Storage Gateway Hybrid storage service that connects on-premises applications to cloud storage by presenting cached files or volumes backed by AWS. | hybrid storage | 7.7/10 | 8.3/10 | 7.4/10 | 7.2/10 |
| 10 | Google Cloud Storage Managed object storage that stores and serves media files with lifecycle policies and access controls. | managed object storage | 8.4/10 | 8.6/10 | 8.2/10 | 8.4/10 |
Self-hosted cloud storage with WebDAV, file sync, end-to-end encryption options, and app-based collaboration features.
Enterprise-focused self-hosted cloud storage that supports file sync, sharing, and scalable storage back ends.
Self-hosted file synchronization and cloud storage with sharing links, team collaboration, and pluggable storage back ends.
Self-hosted cloud storage for teams with file sync, sharing controls, and optional client apps for access management.
Peer-to-peer file synchronization that provides a self-hosted alternative to centralized cloud storage for distributed media folders.
Self-hosted web file manager that exposes cloud-like storage browsing, upload, download, and admin controls via a browser UI.
Self-hosted S3-compatible object storage that serves as cloud storage infrastructure for media files and backups.
Command-line tool that syncs and transfers files between local storage and cloud storage providers for cloud storage workflows.
Hybrid storage service that connects on-premises applications to cloud storage by presenting cached files or volumes backed by AWS.
Managed object storage that stores and serves media files with lifecycle policies and access controls.
Nextcloud
self-hostedSelf-hosted cloud storage with WebDAV, file sync, end-to-end encryption options, and app-based collaboration features.
Nextcloud apps and federation enable a modular collaboration and storage platform.
Nextcloud stands out as a self-hosted cloud storage server that also functions as a full collaboration suite. It delivers file syncing with desktop clients, secure sharing via links and accounts, and mobile access for remote use. Built-in apps extend storage with calendar, contacts, video, and password management so teams can run more than file hosting on the same server. Strong admin controls, auditing, and federation options support larger deployments that need governance and interoperability.
Pros
- Self-hosted sync and sharing with desktop, mobile, and web access
- Granular permissions with server-side controls for users and groups
- Extensive built-in apps for collaboration beyond file storage
Cons
- More operational complexity than hosted storage due to server maintenance
- Feature depth increases admin setup and ongoing configuration overhead
- Performance depends heavily on storage, cache, and tuning choices
Best For
Organizations wanting self-hosted storage plus collaboration features under one admin.
ownCloud Infinite Scale
self-hostedEnterprise-focused self-hosted cloud storage that supports file sync, sharing, and scalable storage back ends.
Cluster-ready file storage designed for horizontal scaling in ownCloud Infinite Scale
ownCloud Infinite Scale targets enterprise-grade file hosting with a clustered architecture designed to scale beyond single-server deployments. It provides core sync and share functions through desktop and mobile clients, plus web-based access for browsers. Admin controls focus on multi-user management, permissions, and policy-driven administration. It also emphasizes integration patterns for external storage back ends and observability needed in large environments.
Pros
- Designed for clustered scale-out storage workloads
- Supports desktop and mobile sync with web file access
- Strong admin controls for users, permissions, and policies
- Integrates external storage back ends and enterprise infrastructure needs
Cons
- Administration complexity increases with multi-node deployments
- Setup and performance tuning can require deeper technical expertise
Best For
Enterprises needing scalable self-hosted file sync, sharing, and governance
Seafile
file syncSelf-hosted file synchronization and cloud storage with sharing links, team collaboration, and pluggable storage back ends.
Block-level file synchronization that updates only changed file parts during sync
Seafile stands out with a file-centric server design that emphasizes fast sync and strong library-style organization for shared content. It provides self-hosted storage with web access, desktop sync clients, and granular sharing links for files and folders. Sync supports block-level updates to reduce bandwidth use when large files change. Collaboration features include versioning, search, and permission controls, backed by a server-side architecture built for long-running deployments.
Pros
- Block-level sync reduces bandwidth when editing large files
- Strong file and folder sharing controls for internal and external users
- Built-in versioning preserves history for frequently updated documents
- Server-side indexing enables quick search across libraries
Cons
- Administration can feel complex for small teams without IT support
- Collaboration workflows lack advanced task and document automation features
Best For
Self-hosted file sharing for teams needing fast sync and versioned content
Pydio Cells
enterprise syncSelf-hosted cloud storage for teams with file sync, sharing controls, and optional client apps for access management.
Cells collaboration and sharing model built on identity-driven permissions
Pydio Cells stands out with a unified collaboration stack built around managed storage, sharing, and real-time collaboration. It supports multi-device sync and web access for files stored on self-hosted infrastructure. Access control centers on identities and sharing policies, with activity visibility for administrators. Enterprise-focused deployments emphasize scalability and integrations for directory and authentication.
Pros
- Supports self-hosted file storage with web access and multi-device synchronization
- Strong sharing and permission controls tied to identity management
- Includes collaboration and admin visibility for file and user activity
Cons
- Admin setup and authentication integration can be complex for small teams
- Feature depth can feel heavy compared with simpler file sync servers
- Operational tuning is needed to run reliably at scale
Best For
Organizations needing self-hosted cloud storage with controlled collaboration and identity-based access
Syncthing
p2p syncPeer-to-peer file synchronization that provides a self-hosted alternative to centralized cloud storage for distributed media folders.
Device-to-device folder synchronization with end-to-end encryption
Syncthing stands out for real-time, decentralized file synchronization that runs on self-hosted devices instead of relying on a central cloud. It supports folder sync across multiple peers with automatic conflict handling, checksum-based change detection, and selectable bandwidth limits. Core capabilities include end-to-end encryption, NAT traversal for peer connections, and a web-based interface for managing devices and folders. It functions as a lightweight cloud storage server alternative for teams and individuals who want their data replicated across endpoints.
Pros
- Peer-to-peer synchronization reduces dependence on a central server
- End-to-end encryption protects data across all synced endpoints
- Web UI and device management simplify day-to-day folder setup
- Conflict handling and checksum-based sync minimize missed updates
- NAT traversal improves connectivity without manual tunneling
Cons
- No native collaborative features like versioned documents or comments
- Scaling to large numbers of peers can complicate administration
- Initial multi-device organization requires careful folder design
- Sync model suits files best and not structured cloud storage workflows
- Operational troubleshooting can be difficult without networking knowledge
Best For
Individuals and small teams syncing files across devices without central storage
File Browser
self-hosted webSelf-hosted web file manager that exposes cloud-like storage browsing, upload, download, and admin controls via a browser UI.
Self-hosted web UI for file browsing, uploads, and downloads
File Browser is a self-hosted web interface that turns a server filesystem into an accessible cloud-style drive. It supports user authentication, folder browsing, uploads, and downloads with a clean, responsive UI. Admin features like activity logging and configurable access make it usable for internal file sharing without building a custom portal.
Pros
- Fast web-based file browsing over standard folder hierarchies
- User and permission model supports multi-user file access
- Built-in upload and download workflows cover everyday document handling
Cons
- Fewer enterprise controls than dedicated collaboration suites
- Limited workflow automation compared with headless storage platforms
- Advanced deployment hardening takes more effort than turnkey products
Best For
Small teams needing a self-hosted file portal for internal sharing
MinIO
S3-compatibleSelf-hosted S3-compatible object storage that serves as cloud storage infrastructure for media files and backups.
S3-compatible object storage with erasure-coded multi-node deployments
MinIO stands out for serving S3-compatible object storage from a self-hosted deployment, including in Kubernetes environments. It supports high-performance erasure-coded storage, multi-node replication, and transparent tiering to external S3 targets. Core capabilities include bucket policies, versioning, lifecycle management, and strong operational observability with server metrics. It also integrates with common developer and infrastructure tooling through the S3 API and standard SDKs.
Pros
- S3-compatible API enables drop-in use with existing SDKs and tooling
- Erasure coding improves storage efficiency and fault tolerance for multi-node clusters
- Replication and lifecycle management support retention and DR workflows
Cons
- Operational complexity rises with multi-node, erasure coding, and upgrade workflows
- Native directory semantics are limited compared with full-featured file storage
Best For
Teams running self-hosted S3 storage for applications needing durability and throughput
Rclone
sync connectorCommand-line tool that syncs and transfers files between local storage and cloud storage providers for cloud storage workflows.
Cross-provider mounts and sync with consistent commands via FUSE and remote backends
Rclone stands out as a command-line and scripted tool that syncs and mounts cloud storage using a unified configuration across many backends. It can copy, sync, move, and check data across providers while supporting encryption, bandwidth control, and detailed transfer logs. For server-style use, it can expose remote storage via filesystem mounts using FUSE and also run scheduled jobs for ongoing replication. The feature set targets reliable data movement and interoperability more than user-friendly collaboration.
Pros
- Single tool configures many cloud backends with consistent transfer semantics
- FUSE mounts expose remote storage as a filesystem for server and automation workflows
- Strong data integrity tools include sync modes and optional checksums or verification steps
- Encryption support protects data at rest and during transit through the tool pipeline
- Bandwidth throttling and retry handling improve stability for long-running transfers
Cons
- Command-line configuration can be complex for teams without Linux or scripting skills
- Mount management adds operational overhead compared to browser-based storage servers
- Advanced workflows require careful scripting and disciplined configuration management
Best For
Ops teams syncing and mounting multi-cloud storage for automation and replication
AWS Storage Gateway
hybrid storageHybrid storage service that connects on-premises applications to cloud storage by presenting cached files or volumes backed by AWS.
Local caching with asynchronous upload to AWS for low-latency hybrid storage
AWS Storage Gateway bridges on-premises workloads with AWS storage by exposing file or block storage interfaces while backing data with AWS. It supports caching for frequently accessed datasets and asynchronous upload for durability. The service integrates with AWS data protection and lifecycle patterns through snapshots for volumes and object storage for file and tape use cases. Its central distinction is hybrid connectivity that turns NAS, iSCSI, and virtual tape libraries into AWS-backed storage resources.
Pros
- Offers NAS SMB and NFS plus iSCSI block storage from the same gateway
- Local caching reduces latency while keeping primary data in AWS
- Supports volume snapshots and file uploads to AWS for durable storage
Cons
- Architecture requires careful network, caching, and upload configuration
- Operational overhead exists for managing gateway hosts and virtual appliances
- Not a universal replacement for fully on-prem storage workflows
Best For
Enterprises migrating storage to AWS with hybrid caching and NAS or iSCSI access
Google Cloud Storage
managed object storageManaged object storage that stores and serves media files with lifecycle policies and access controls.
Object lifecycle management with automatic transitions and expiration
Google Cloud Storage stands out for tightly integrated, serverless durability and scalability built on object storage primitives. It supports buckets, object versioning, lifecycle management, access controls, and standard interfaces like S3-compatible requests and Google-native APIs. Core capabilities include server-side encryption, resumable uploads, signed URLs, and event-driven workflows via integrations that respond to object changes. Strong operational tooling includes detailed audit logs, data replication options, and cross-region data handling for resilience.
Pros
- Object versioning and lifecycle rules reduce manual retention management
- Strong security controls with IAM policies and signed URL access
- Resumable uploads and mature APIs handle large transfers reliably
Cons
- Bucket and IAM modeling can be complex for small teams
- Advanced governance features often require deeper Google Cloud configuration
- Object storage semantics can complicate workflows needing POSIX-like files
Best For
Cloud teams needing durable object storage with strong security and lifecycle automation
Conclusion
After evaluating 10 technology digital media, Nextcloud stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right Cloud Storage Server Software
This buyer’s guide helps teams pick cloud storage server software using concrete capabilities from Nextcloud, ownCloud Infinite Scale, Seafile, Pydio Cells, Syncthing, File Browser, MinIO, Rclone, AWS Storage Gateway, and Google Cloud Storage. It covers what these systems do, which feature sets matter most, and which tools fit specific storage and collaboration goals. The guide also lists common implementation mistakes tied to the strengths and limitations of the included products.
What Is Cloud Storage Server Software?
Cloud storage server software provides centralized or hybrid ways to store data, serve it to clients, and manage access policies for files or objects. Many deployments add sync so desktop and mobile clients stay updated, while others expose storage as APIs or filesystem mounts for applications and automation. Nextcloud and Seafile represent file-focused server software with web access, sync clients, and sharing controls. MinIO and Google Cloud Storage represent object storage platforms that emphasize durability, lifecycle rules, and API-driven access.
Key Features to Look For
Feature choices drive whether a platform works as a collaboration suite, a file-sync engine, or an infrastructure storage layer.
Modular collaboration on top of self-hosted storage
Nextcloud combines self-hosted sync and sharing with extensive built-in apps and emphasizes federation through Nextcloud apps. This makes Nextcloud a strong fit when file storage must also support team collaboration in the same admin environment.
Cluster-ready scaling for enterprise file sync and governance
ownCloud Infinite Scale is designed with a clustered architecture for horizontal scale-out, with admin controls for multi-user management, permissions, and policy-driven administration. This makes it suitable for enterprise environments that need scalable file hosting and governance rather than a single-server setup.
Bandwidth-efficient sync with block-level updates
Seafile supports block-level synchronization so only changed file parts update during sync. This reduces bandwidth use for frequently edited large files while keeping shared content organized in libraries with fast search.
Identity-driven sharing and admin visibility
Pydio Cells ties access control to identities and sharing policies and provides administrator activity visibility. This suits teams that want controlled collaboration and identity-based permissions within a self-hosted stack.
End-to-end encrypted device-to-device synchronization
Syncthing provides peer-to-peer folder synchronization with end-to-end encryption across endpoints. This fits teams that prefer decentralized replication without a central collaboration layer like comments or document workflows.
S3-compatible object storage and storage lifecycle automation
MinIO offers an S3-compatible API plus erasure-coded multi-node deployments and lifecycle management. Google Cloud Storage adds object lifecycle management with automatic transitions and expiration while supporting access controls, signed URLs, and resumable uploads.
How to Choose the Right Cloud Storage Server Software
A practical decision framework starts with the storage interface users need, then matches it to collaboration depth, scaling model, and operational fit.
Match the interface to the workload
If the goal is file sync and web sharing for people, Nextcloud, Seafile, and Pydio Cells provide web access plus desktop and mobile sync clients. If the goal is object storage for apps, MinIO and Google Cloud Storage provide S3-compatible or cloud object primitives with lifecycle controls, while MinIO targets self-hosted S3-compatible deployments.
Select collaboration depth deliberately
For teams that need more than file hosting, Nextcloud includes extensive built-in apps such as calendar, contacts, video, and password management alongside storage. For file sharing that emphasizes speed and history, Seafile includes built-in versioning but focuses on file workflows rather than document automation.
Plan for scaling and clustering from day one
For enterprise scale-out, ownCloud Infinite Scale is built around clustered architecture and policy-driven administration for multi-node environments. For infrastructure object storage durability at scale, MinIO supports erasure coding and multi-node replication, while AWS Storage Gateway offers hybrid scale patterns by caching NAS or iSCSI access locally while backing data with AWS.
Choose an access and sharing model that matches your identity system
If identity-based permissions and administrator visibility are key, Pydio Cells centers sharing policies on identities. If federated collaboration across instances matters, Nextcloud apps and federation enable a modular collaboration and storage platform.
Decide whether storage is for users or for automation
For user-facing internal portals, File Browser provides a self-hosted web UI with uploads, downloads, and activity logging that works well for browser-based file access. For automation and replication across providers, Rclone focuses on scripted transfers, can mount remote storage via FUSE, and supports bandwidth throttling plus detailed transfer logs.
Who Needs Cloud Storage Server Software?
Different teams need different storage interfaces, including people-first file platforms, enterprise governance platforms, hybrid caching gateways, and automation-first object storage.
Organizations wanting self-hosted storage plus collaboration features under one admin
Nextcloud is the strongest match because it combines self-hosted sync and sharing with extensive built-in apps for collaboration beyond file storage. This fits teams that want a single admin surface for storage, sharing, and app-based collaboration rather than separate tools.
Enterprises needing scalable self-hosted file sync, sharing, and governance
ownCloud Infinite Scale fits because it targets clustered scale-out storage workloads with strong admin controls, permissions, and policy-driven administration. This is ideal for environments where governance and observability matter in multi-user deployments.
Teams needing self-hosted file sharing for fast sync and versioned content
Seafile fits because it emphasizes block-level sync to reduce bandwidth when large files change and it includes versioning for frequently updated documents. This suits teams that need shared files with history and quick server-side search.
Individuals and small teams syncing files across devices without central storage
Syncthing fits because it delivers peer-to-peer folder synchronization with end-to-end encryption and a web UI for device and folder management. This supports decentralized replication where the collaboration layer is not the priority.
Common Mistakes to Avoid
Avoiding these implementation traps reduces the likelihood of an unusable platform or fragile operations.
Overbuying a collaboration suite when basic file access is enough
File Browser provides a self-hosted web UI for browsing, uploads, and downloads with user and permission model for internal sharing. Choosing a heavier collaboration platform like Nextcloud when only a portal is needed increases setup and ongoing configuration overhead.
Choosing centralized file sync when decentralized replication is the real requirement
Syncthing is built for device-to-device folder synchronization with end-to-end encryption. Centralized file servers like Nextcloud or Seafile can still work, but decentralized syncing is better aligned with replication across endpoints without a central storage dependency.
Ignoring the operational model behind clustered or multi-node storage
ownCloud Infinite Scale adds administration complexity for multi-node deployments, and MinIO increases operational complexity for erasure coding and upgrade workflows. Deploying clustered architectures without planning for multi-node tuning and lifecycle operations increases the risk of performance and reliability issues.
Confusing object storage semantics with POSIX-like filesystem workflows
Google Cloud Storage and MinIO are object storage platforms that can complicate workflows needing POSIX-like files. If a filesystem-like experience is required for automation, Rclone can expose remote storage via filesystem mounts using FUSE, which better matches script-driven server workflows than raw object semantics.
How We Selected and Ranked These Tools
we evaluated every tool on three sub-dimensions with features weighted at 0.40, ease of use weighted at 0.30, and value weighted at 0.30. The overall rating equals 0.40 × features plus 0.30 × ease of use plus 0.30 × value. Nextcloud separated itself from lower-ranked options through its combination of self-hosted sync and sharing with modular collaboration via built-in apps and federation, which maps directly to a strong features score. Nextcloud also balanced that breadth with an admin and client experience that stays approachable compared with more complex clustered or scripting-heavy alternatives like ownCloud Infinite Scale and Rclone.
Frequently Asked Questions About Cloud Storage Server Software
Which cloud storage server software is best for self-hosted file sync plus full team collaboration?
Nextcloud fits teams that want self-hosted storage combined with a collaboration suite that adds calendar, contacts, video, and password management. Pydio Cells also supports managed storage with real-time collaboration features tied to identity-driven access controls.
What solution scales beyond a single server for enterprise-grade self-hosted file hosting?
ownCloud Infinite Scale targets clustered deployments with scalable sync and share operations. Nextcloud supports larger installs with admin controls, auditing, and federation, but ownCloud Infinite Scale is designed specifically around horizontal scaling.
Which tool minimizes bandwidth when large files change during syncing?
Seafile uses block-level file synchronization so only changed parts update during sync. Nextcloud and ownCloud Infinite Scale focus on full-file sync and sharing workflows, but Seafile’s block-level updates target reduced transfer volume for frequent edits.
Which option is designed for fast, library-style sharing and versioned content management?
Seafile is file-centric and supports granular sharing links for files and folders with versioning and search. Pydio Cells adds identity-based sharing policies and activity visibility, which suits governance-heavy teams more than library-first browsing.
Which software supports decentralized device-to-device synchronization without central storage?
Syncthing runs on self-hosted devices and replicates folders across peers instead of requiring a centralized cloud storage server. It also provides end-to-end encryption, checksum-based change detection, and conflict handling.
What are the key differences between S3-compatible object storage and file sync platforms?
MinIO serves S3-compatible object storage with erasure-coded multi-node durability and S3 bucket policies plus lifecycle management. Rclone is not a storage server for end users, but it automates syncing and mounts across many backends, while Nextcloud is a self-hosted file sync and sharing server.
Which tool is better for mounting remote storage into server workflows via standard filesystem access?
Rclone can mount remote backends using FUSE and also run scheduled sync jobs with encryption, bandwidth control, and transfer logs. This is different from MinIO, which exposes object storage through the S3 API instead of filesystem-style mounts for general workloads.
How do administrators audit data access and visibility into user activity?
Nextcloud includes admin controls and auditing features suited for governance and oversight. Pydio Cells provides activity visibility tied to sharing and identity policies, while AWS Storage Gateway and Google Cloud Storage add centralized audit logs aligned to AWS and Google operations.
Which option fits hybrid storage setups that connect on-premises NAS or iSCSI to cloud durability?
AWS Storage Gateway bridges on-premises NAS, iSCSI, and virtual tape interfaces to AWS-backed storage using caching and asynchronous upload. Google Cloud Storage and MinIO provide cloud object durability, but they do not directly expose hybrid caching for NAS and iSCSI as the primary interface.
Which software is the best fit for serverless object lifecycle automation with signed access and resumable uploads?
Google Cloud Storage provides bucket-based lifecycle management with automatic transitions and expiration, plus server-side encryption, resumable uploads, and signed URLs. MinIO also supports lifecycle management and operational metrics, but it runs as a self-hosted object storage service instead of a fully serverless cloud backend.
Tools reviewed
aws.amazon.comReferenced in the comparison table and product reviews above.
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