rustfs/rustfs

Features

• Distributed Storage Clusters - Functions as a distributed storage system that scales horizontally across nodes for high availability and fault tolerance.
• Cloud Native Object Storage - Provides scalable, cloud-native object storage designed for deployment within container orchestration platforms.
• Object Storage Drivers - Handle data uploads, downloads, and versioning for data lakes and artificial intelligence workloads using standard object storage protocols.
• S3-Compatible Storage Adapters - Provides S3-compatible object storage to integrate with existing applications and tools through standard protocols.
• Kubernetes Operators - Automates the deployment and management of storage resources within Kubernetes clusters using a native operator.
• S3 Compatible APIs - Expose a storage interface that works with standard protocols to integrate data lakes, backup solutions, and big data processing tools into your existing infrastructure.
• Orchestration Operators - The system runs as a set of decoupled services designed to be managed and scaled by standard cluster orchestration platforms.
• Kubernetes Application Deployments - Automate cluster installation and management using standardized packaging tools to simplify setup in cloud-native environments.
• Erasure Coding - Files are split into fragments and distributed across nodes with parity blocks to maintain availability despite individual hardware failures.
• Horizontal Scaling Architectures - Distribute data across multiple nodes to increase capacity and throughput dynamically as storage requirements grow over time.
• Object Storage Translation Layers - Incoming requests are mapped from standard object storage API calls into internal storage operations to ensure compatibility with existing tools.
• Bitrot Protection - Detect and prevent silent data corruption by running automated background scans and bitrot protection mechanisms on stored files.
• Data Sovereignty - Enforces data sovereignty by operating without telemetry and preventing unauthorized cross-border data transfers.
• Database Systems - High-performance, S3-compatible object storage system.
• Self-Hosted Data Sovereignty - Operates private storage infrastructure that enforces strict data residency and security controls without external telemetry.
• Object Storage Systems - Manage object storage with support for versioning, bucket replication, and lifecycle policies across distributed or single-node environments.
• Self-Hosted Infrastructure - Provides a private, self-hosted storage platform that enforces data sovereignty and security without external dependencies.
• Containerized Deployment Orchestration - Run services natively within container orchestration platforms to facilitate rapid provisioning and management in cloud-native environments.
• Plugin Architectures - Integrate custom logic through a plugin architecture to adapt storage behavior to specific business or operational requirements.
• S3 Protocol Clients - Connect to remote object storage using standard protocols to perform data operations and manage files through existing client tools or software development kits.
• Enterprise Compliance - Maintains compliance with regional privacy regulations and data residency requirements through strict access controls.
• Network Security - Secures network communication and data in transit using transport layer security certificates.
• Distributed Data Management - Manages distributed data integrity using erasure coding and automated background scrubbing for high reliability.
• Orchestration Infrastructure - Supports scalable storage service deployment and management within container orchestration environments.
• Middleware-Based Request Pipelines - Custom logic is injected into the request processing flow through a modular interface to modify storage behavior without altering core code.
• Authentication Providers - Integrates with external identity providers to manage user access and map roles for secure system entry.
• Consistent Hashing - Data is partitioned across multiple nodes using a distributed hash table to ensure balanced storage capacity and high-speed object retrieval.
• Distributed Hash Tables - Data is partitioned across multiple nodes using consistent hashing to ensure balanced storage capacity and high-speed object retrieval.
• Storage Management Interfaces - Oversee storage resources and perform system configuration tasks using a graphical management interface designed for administrators.

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