solutions

Finally, a storage solution that puts the application first.

modern workloads require modern solutions

New solutions that don’t leave your existing primary applications behind and don’t require you to redevelop your apps.

virtualization

why cloud-defined for VMware?

Curated application templates that are continuously tuned to workload needs, efficient data reduction, and enterprise storage data services allow VM admins to easily instantiate a plethora of VMware clusters, and operate them with ease. All at a fraction of the cost of external arrays and without the compute resource penalty of HCI solutions.

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cloud native

why cloud-defined for MongoDB?

Cloud-defined storage is the perfect companion for MongoDB’s scale-out architecture and provides seamless capacity and performance scaling. Use MongoDB as it was designed – no specialized configuration – but with instant recovery from snapshots and centralized storage management across your infrastructure at only a fraction of the cost of external storage.

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containers

why cloud-defined for Kubernetes?

Cloud-defined storage was designed for serving storage for stateful (persistent) and stateless (ephemeral) container workloads with a management experience that is native to Kubernetes users. And it doesn’t burden operations teams to deal with the complexities of external storage or maintaining another storage silo just for Kubernetes environments.

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bare metal

why cloud-defined for Linux apps?

With nebulon’s visionary approach for a single API, cloud-defined storage equips DevOps teams with a comprehensive SDK to fully automate their infrastructure. Plus, self-service provisioning of infrastructure – including the OS – and full control over all product features make it the ideal solution for infrastructure composability and DevOps.

details

virtualization

Solution: VMware

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For enterprises, virtualization has long become the standard to maximize use of physical infrastructure. As they are looking at further optimizing IT infrastructure efficiency by moving to server-based storage, they discover that managing SDS alongside compute resources is an unnecessary complexity when operating at scale.

why cloud-defined for VMware?
Curated application templates that are continuously tuned to workload needs, efficient data reduction, and enterprise storage data services allow VM admins to easily instantiate a plethora of VMware clusters, and operate them with ease. All at a fraction of the cost of external arrays and without the compute resource penalty of HCI solutions.

Alternatives like HCI use 25% of compute resources and make operations complicated, while external arrays are expensive at scale. Customers don’t want to manage all of the associated beeps and bops 
but want simple operations from day one to day 1000 and that is what you can achieve with cloud-defined storage.

cloud native

Solution: MongoDB

Resources Page

Modern non-relational databases are designed for direct-attached storage and they don’t like sharing. built-in data replication and optimized data layouts minimize the benefits from data reduction that expensive scale-up storage arrays provide. To get any benefit, database admins are required to make intrusive database configuration changes.

why cloud-defined for MongoDB?
Cloud-defined storage is the perfect companion for MongoDB’s scale-out architecture and provides seamless capacity and performance scaling. Use MongoDB as it was designed - no specialized configuration - but with instant recovery from snapshots and centralized storage management across your infrastructure at only a fraction of the cost of external storage.

containers

Solution: Kubernetes

Resources Page

With containers becoming the key enabler for increased agility and efficiency for IT services at scale, enterprises realize that the complexities of their multi-tier storage systems - designed ages before containers emerged - or storage software on compute nodes, pose a barrier for achieving these objectives.

why cloud-defined for Kubernetes?
Cloud-defined storage was designed for serving storage for stateful (persistent) and stateless (ephemeral) container workloads with a management experience that is native to Kubernetes users. And it doesn’t burden operations teams to deal with the complexities of external storage or maintaining another storage silo just for Kubernetes environments.

Not only do newer software-defined storage solutions only work with k8s and add another island, but they also run on compute nodes and require special care and skillsets.

bare metal

Solution: Linux for DevOps

Resources Page

Enterprises that focus their strategic initiatives on next-generation applications are increasingly adopting DevOps practices on Linux to accelerate their development and deployment. Existing storage technologies often either lack key features, versatility, or the automation needed to boost the productivity of DevOps teams.

why cloud-defined for Linux apps?
With nebulon’s visionary approach for a single API, cloud-defined storage equips DevOps teams with a comprehensive SDK to fully automate their infrastructure. Plus, self-service provisioning of infrastructure - including the OS - and full control over all product features make it the ideal solution for infrastructure composability and DevOps.