Object, block, and file storage at network speed.

Megaport Storage includes object, block, and file storage, each designed for a different type of workload.

Standard Object Storage is built for backup, archive, and large-volume data retention.

High-Performance Object Storage is designed for active data workloads such as data lakes, analytics pipelines, and content repositories.

High-Performance Block Storage supports latency-sensitive workloads like databases, virtual machines, and applications that need predictable IOPS.

High-Performance File Storage supports shared file workloads, including HPC, media workflows, and environments where multiple servers need access to the same data.

The goal is to help teams pick the right storage option for the workload, instead of forcing every workload into the same storage model.

Standard Object Storage is Megaport’s S3-compatible object storage option for backup, archive, and large-volume data retention.

It is designed for teams that need scalable storage, predictable monthly TB pricing, and direct connectivity via the Megaport fabric. For backup and archive workloads, that combination matters. You want storage that can scale with your data, keep costs easier to plan around, and stay accessible when you need to recover or retrieve information.

Standard Object Storage is a strong fit for backup repositories, long-term retention, and workloads where capacity and cost predictability are the main priorities.

Yes. Megaport’s object storage options are S3-compatible, which means they are designed to work with tools and workflows that support the S3 API.

For teams using object storage for backup, archive, analytics, or application data, S3 compatibility helps reduce friction. It means teams can use familiar storage patterns without having to rethink every workflow from the ground up.

For backup and recovery specifically, S3-compatible storage can be used as a storage target for backup tools that support S3-compatible destinations.

No. Megaport Storage is not backup software.

Backup software manages things like backup jobs, policies, schedules, snapshots, and recovery workflows. Megaport Storage provides the storage layer where backup data can be written and accessed.

A simple way to think about it: your backup platform manages the process, and Megaport Storage can act as the S3-compatible storage target where that backup data lives.

That makes it useful for teams that already have backup tools in place but want direct connectivity via the Megaport fabric, high-throughput backup and restore, and predictable storage costs.

Megaport Storage supports backup and recovery by giving teams an S3-compatible object storage target connected via the Megaport fabric.

For backup teams, recovery is not just about having a copy of the data. It is about how quickly you can access it, how predictable the cost is, and whether your recovery path has the throughput needed when the business is under pressure.

With Standard Object Storage, teams can store backup data in an object storage layer designed for predictable monthly TB pricing, high-throughput backup and restore, and direct connectivity. Object Lock is also available for supported object storage use cases, helping teams support immutable backup storage strategies.

Object Lock helps protect stored data from being modified or deleted for a set retention period.

For backup and recovery, that matters because backup data needs to stay intact. If backup copies can be changed, deleted, or tampered with too easily, recovery plans can become a lot less reliable.

Object Lock is generally available for supported Megaport object storage use cases, helping teams support immutable backup repositories as part of a broader cyber resilience strategy.

It is not a replacement for a complete security program, but it is an important storage-level control for teams thinking seriously about backup integrity and ransomware recovery planning.

Immutable storage means data is protected from being changed or deleted for a defined period of time.

For backup and recovery, immutability helps make sure backup copies remain available in the state they were written. That can be useful if production data is accidentally deleted, corrupted, or affected by a security incident.

In Megaport Standard Object Storage, Object Lock can be used to support immutable backup storage strategies. It gives teams another way to protect backup data and build more confidence into recovery planning.

Megaport Storage supports high-throughput backup and restore through direct connectivity via the Megaport fabric.

That can make a real difference during recovery. Restoring data over public internet connectivity can become slow, unpredictable, or constrained by available bandwidth. With direct connectivity, teams have a more controlled path to access large backup datasets when recovery time matters.

For backup and recovery teams, this is one of the main reasons to consider Storage as part of the broader Megaport platform. It is not just about where data is stored. It is about how quickly and reliably teams can get to it when they need it.

Megaport Storage uses predictable monthly TB pricing.

There is a minimum order of 1TB for 1 month. Usage above that minimum is billed per GB, so teams can start with a clear baseline and scale from there as workloads grow.

For backup, archive, AI, high-availability, and other data-intensive workloads, this model helps make storage costs easier to plan without forcing every workload into the same commercial model.

Direct connectivity means customers can reach Megaport Storage through direct connectivity via the Megaport fabric, rather than relying only on public internet paths.

For enterprise teams, that is a big part of the value. Data movement is often where storage performance, cost, and reliability start to matter. Direct connectivity gives teams a more controlled way to connect storage with the rest of their infrastructure.

For backup and recovery, AI, analytics, and high-availability workloads, direct connectivity can help keep data movement more predictable and better aligned to the way modern infrastructure is built.

Megaport Storage is designed to scale as workload storage needs grow.

That is useful for backup, archive, and large-volume data retention use cases. These workloads can grow quickly, and teams do not always know exactly how much capacity they will need over time.

With predictable monthly TB pricing and per-GB billing for usage above the minimum order, teams can start with a clear baseline and scale from there.

High-Performance Object Storage is S3-compatible object storage for active data workloads.

It is designed for use cases where data needs to be accessed frequently and performance matters. That includes data lakes, analytics pipelines, content repositories, and other workloads that need high throughput and consistent access to data.

Where Standard Object Storage is a strong fit for backup, archive, and retention, High-Performance Object Storage is built for teams actively using large datasets as part of day-to-day operations.

High-Performance Block Storage is dedicated block storage for workloads that need predictable performance and low latency.

It is built for databases, virtual machines, and applications that require predictable IOPS. These are workloads where storage performance can directly affect application performance, user experience, and operational reliability.

For teams running demanding applications on dedicated infrastructure, block storage gives them a storage option designed around consistency and performance.

High-Performance File Storage is shared file storage for workloads where multiple servers or applications need access to the same data.

That makes it useful for HPC, media workflows, and other environments where shared file access is part of how the workload runs.

For teams that need high-performance shared storage without building everything themselves, file storage gives them another option inside the Megaport platform.

AI and machine learning workloads depend on fast access to large datasets. If storage becomes the bottleneck, model training, experimentation, and analytics can slow down.

Megaport Storage is designed to help teams move large datasets efficiently to compute environments such as Latitude.sh. With storage, compute, and network connected through the Megaport platform, teams can build infrastructure that is better suited to data-heavy workloads.

The point is not just storing the data. It is making sure the data can move where the workload needs it.

Megaport Storage is built for teams that need storage to do more than just hold data.

It is especially relevant for enterprises and infrastructure teams working on backup and recovery, archive and retention, AI and machine learning, analytics and data pipelines, high availability, databases and virtual machines, HPC and media workflows, distributed infrastructure, or data residency planning.

It is also a strong fit for existing Megaport customers that want to extend their infrastructure strategy beyond connectivity into storage and compute.

Yes. Existing Megaport customers can use Megaport Storage to extend what they are already building with Megaport.

If your team already uses Megaport for private connectivity, Storage gives you another way to bring more infrastructure into the same broader strategy. That could mean backup and recovery, data retention, AI workloads, high-availability storage, data residency planning, or other data-intensive use cases.

To get started with Megaport Storage, fill in your details here.

Our team can help you understand which storage option best fits your workload, whether that is Standard Object Storage for backup and archive, High-Performance Object Storage for active data, Block Storage for latency-sensitive applications, or File Storage for shared workloads.

If you have specific requirements around backup and restore performance, data residency, predictable monthly pricing, or direct connectivity, we can help talk through those too.

Megaport Storage supports data residency options, helping teams choose storage locations that better align with workload, operational, or regulatory requirements.

For backup, archive, AI, and high-availability workloads, location matters. Teams often need to think about where data lives, where it is accessed from, and how that fits into their broader infrastructure strategy.

Megaport can help you understand which storage options and locations are available for your requirements.