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DataCore Puls8

Container-Native Storage for Kubernetes

Run your stateful workloads with confidence: your data stays protected, persistent, and available, no matter how your containers move or scale.

Puls Container Native Storage Upd

Running stateful applications on Kubernetes is not easy. Containers are dynamic by design: they can restart, move, fail, or scale at any time, but the data needs to persist through it all. Most traditional storage platforms weren’t built for this environment. They require native integration with Kubernetes and require manual setup and tuning.

DataCore Puls8 is built to solve that. It’s a container-native storage platform that integrates directly with Kubernetes – turning local node storage into fast, resilient persistent volumes with built-in replication, observability, and automation. It gives DevOps, SRE, and platform teams the storage experience Kubernetes needs: seamless, scalable, and production-ready.

  • Accelerate stateful workloads with low-latency NVMe performance
  • Achieve volume high availability without external storage dependencies
  • Simplify operations without requiring Kubernetes storage expertise
  • Scale storage seamlessly as your clusters and applications grow
  • Built to work the way Kubernetes expects: native, declarative, infrastructure-agnostic

Use Cases

Persistent Volume Icon

Run databases like PostgreSQL, MySQL, and MongoDB on Kubernetes

Icon Devopscode

Support CI/CD pipelines with fast, reliable storage

Icon Devopstest

Standardize persistent storage across dev, test, and production clusters

Simplified Management Icon

Power observability and search stacks such as ELK and EFK with scalable storage

Performance Icon

Deliver high-performance shared storage for AI/ML workloads

Icon Softwaredefinedstorage

Support backup and recovery for cloud-native applications

Features

  • Dynamic volume provisioning via native Kubernetes APIs using PVCs and storage classes
  • Support for both local and replicated volumes to match infrastructure needs
  • Centralized declarative control plane to manage persistent volumes across clusters
  • Leverage the full potential of NVMe drives to deliver high throughput for demanding stateful workloads
  • Volume replication across nodes to safeguard against failures
  • Encryption at rest to enhance data security
  • Advanced data services including thin provisioning, snapshots, and more
  • Integrated observability stack with Prometheus, Grafana, and Alertmanager
  • Automated backup and recovery workflows via Velero and Veeam Kasten integration

Intuitive Web UI for Management

Intuitive Web UI for Management

Observability Dashboards for Monitoring

Observability Dashboards for Monitoring

Benefits

  • Makes it easy to build and run stateful services on Kubernetes — no custom tooling, no deep infra knowledge, just storage that works with your code
  • Boost performance for latency-sensitive workloads like databases, CI/CD systems, etc.
  • Minimize downtime risk for containerized services, even as pods restart, nodes fail, or workloads scale across the cluster
  • Cut operational complexity with fully automated, Kubernetes-native storage workflows
  • Standardize storage across environments to simplify governance and control sprawl
  • Maintain infrastructure independence with the reliability and support enterprise environments demand

Deployment

DataCore Puls8 runs on any standard Kubernetes environment: on-premises, in the cloud, or at the edge. It supports both hyper-converged setups, where storage runs on the same nodes as workloads, and dedicated storage nodes when needed. Puls8 works across single or multi-cluster environments with consistent behavior and performance.

Licensing

DataCore Puls8 is licensed based on the number of Kubernetes nodes in a cluster where it is installed. This includes all nodes regardless of role (worker or master), and applies to both virtual machines and physical servers. Licensing is unaffected by the number of pods, containers, volumes, IOPS, or total storage capacity, making it simple to predict costs and scale without hidden limits.

Ensure High-Performance, Persistent Storage for Your Stateful Applications on Kubernetes