Springpath Reviews & Product Details

- an industry-standard container runtime with an emphasis on simplicity, robustness and portability.

Quobyte turns commodity servers into a Data Center File System. Quobyte delivers linear scalability, full fault-tolerance, and lights-out operations so that you can focus on your business applications and stop worrying about your storage infrastructure.

Nexenta Systems offers NexentaStor, a platform delivering ultra-scalable, cloud and virtualization-optimized storage solutions.

Diamanti is an appliance built to combine the ease of hyperconverged infrastructure with the unparalleled performance of bare-metal containers.

Diego is Cloud Foundry's container management system, responsible for scheduling, running, and monitoring application instances and tasks. It ensures applications are efficiently distributed across virtual machines (VMs, maintains desired application states, and automatically recovers from failures to uphold high availability. Key Features and Functionality: - Container Orchestration: Diego manages the lifecycle of application containers, handling their creation, execution, and termination. - Task and Process Management: It differentiates between one-time tasks and long-running processes (LRPs, allocating resources accordingly to optimize performance. - Self-Healing Mechanism: Diego monitors application health and automatically restarts instances that have crashed, ensuring continuous operation. - Load Balancing: Through the Diego Auction system, it balances workloads across VMs, optimizing resource utilization and application resilience. - Platform Agnostic: Built with flexibility in mind, Diego supports various operating systems and architectures, facilitating diverse deployment environments. Primary Value and Problem Solved: Diego addresses the complexities of container orchestration within Cloud Foundry by automating the deployment, scaling, and management of applications. It ensures that applications run reliably and efficiently, automatically handling failures and distributing workloads to maintain optimal performance. This automation reduces operational overhead, allowing developers to focus on building applications without concerning themselves with the underlying infrastructure.