Managed High-Performance Architecture
Get HPC-grade speed without managing complex infrastructure. Our service delivers parallel I/O performance that keeps your GPUs, analytics engines, and data pipelines running at peak efficiency.
In In today’s data-driven world, organizations are generating and consuming data at unprecedented scale. Traditional NAS and scale-out storage architectures struggle to keep up with the performance, scalability, and flexibility required by modern workloads such as AI/ML training, high-performance computing (HPC), analytics, and large-scale enterprise applications.
Parallel File System as a Service (PFaaS) delivers a next-generation data platform that merges the simplicity of enterprise NAS with the extreme performance of HPC-grade parallel file systems. It enables seamless access to massive unstructured data sets across on-premises, edge, and multi-cloud environments — without the need for complex migrations or proprietary infrastructure.
Our PFaaS solution empowers enterprises to unify and accelerate their data environments, delivering high throughput, linear scalability, and intelligent data orchestration across all storage types and locations.
Our Parallel File System as a Service delivers enterprise-grade performance and scalability without the complexity of managing storage infrastructure — letting you focus on innovation, not administration.
Consistent, low-latency access to data keeps your AI, analytics, and HPC workloads running at full speed.
Instantly expand capacity or performance as your needs grow — no upgrades or downtime required.
A unified global file view enables seamless collaboration and governance across sites and clouds.
Intelligent data placement automatically brings data closer to compute resources to minimize delays.
Transparent, usage-based pricing eliminates capital costs and overprovisioning.
Built-in resilience, data protection, and proactive monitoring ensure your data is always secure and available.
Get HPC-grade speed without managing complex infrastructure. Our service delivers parallel I/O performance that keeps your GPUs, analytics engines, and data pipelines running at peak efficiency.
Expand storage and performance instantly as your data grows — no hardware planning, procurement, or downtime. Scaling is automatic and seamless.
Access and manage all your data from a single namespace across on-premises, edge, and multi-cloud environments — enabling smooth collaboration and simplified governance.
Data automatically moves closer to your compute resources, reducing latency and optimizing workload performance across locations.
Built-in redundancy, encryption, and continuous monitoring safeguard your data with enterprise-grade availability and protection.
Enjoy transparent, usage-based billing — pay only for what you use, with no hidden costs or maintenance fees.
Easily integrate with your existing applications, AI frameworks, and cloud environments through open standards and APIs for seamless workflow automation.
It’s a fully managed, high-performance file storage service that gives you the scalability and speed of an HPC parallel file system — delivered as a cloud-like subscription without the burden of maintaining infrastructure.
Any data-intensive workload — including AI/ML model training, data analytics, scientific research, engineering simulations, and media rendering — benefits from our service’s high throughput and parallel performance.
No. Everything — from infrastructure to scaling, monitoring, and updates — is fully managed by our team. You simply connect and start using the service.
Your data is protected with encryption in transit and at rest, role-based access controls, and continuous monitoring. Redundant architecture ensures high availability and disaster resilience.
Yes. Our service integrates easily with on-premises systems and all major public clouds, using open standards like NFS and S3-compatible interfaces.
We provide 24/7 enterprise-grade support with proactive monitoring and incident response. Our experts ensure your data workflows remain uninterrupted and optimized.