Storage / Object Storage

Object Storage

WLStack Object Storage offers an object-protocol-compatible interface for backup/archive, data lakes, media assets, AI datasets and application static assets, with lifecycle management and multi-tenant bucket governance.

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Massive

Unstructured data

Compatible

Object protocol API

Lifecycle

Tiering & archive

Multi-tenant

Bucket governance

Turn massive data into a governable, analyzable foundation

Object Storage organizes massive unstructured data as buckets and objects with a standard object-protocol interface — ideal for backup, archive, data lakes and AI datasets — and balances performance against cost through lifecycle policies.

Key advantages

Massive unstructured data

For images, video, logs, backups and raw assets — massive unstructured data storage.

  • Images / video
  • Logs & backups
  • Raw assets
  • Near-unlimited scale

Standard object-protocol access

An interface compatible with mainstream object protocols, easing integration with apps and toolchains.

  • Object-protocol compatible
  • SDK / API access
  • Toolchain friendly
  • Automation ready

Lifecycle and tiering

Automatically move data across standard, capacity and archive tiers by access frequency and retention.

  • Standard / capacity / archive
  • Lifecycle policies
  • Cost optimization
  • Compliance retention

Multi-tenant bucket governance

Multi-tenant bucket management, permission control and access audit for enterprise governance.

  • Bucket-level permissions
  • Multi-tenant isolation
  • Access audit
  • Policy management

Typical scenarios

Backup and archive

A low-cost, long-retention backup and archive foundation for databases, business systems and files.

  • Backup and archive
  • Long-term retention
  • Compliance needs
  • Cost controlled

Data lakes and AI datasets

A data-lake and raw-AI-data foundation hosting training assets and analytics data.

  • Data-lake foundation
  • AI training assets
  • Analytics data
  • Unified access

Core capabilities

Standard, Capacity and Archive

Choose tiers by access frequency and retention period, balancing performance and cost.

  • Standard Object
  • Capacity Object
  • Archive Object
  • Combine access & retrieval policy

Deep integration via API

Apps read/write data directly via the object protocol, easing automation and toolchain integration.

  • Object-protocol interface
  • SDK / API
  • Static asset hosting
  • Automation integration

Lifecycle, permissions and audit

Unified governance through lifecycle policies, bucket-level permissions and access audit.

  • Lifecycle policies
  • Bucket-level permissions
  • Multi-tenant isolation
  • Access audit
Pricing

Service Pricing

Choose the right service tier based on workload pattern, performance target and lifecycle requirements.

Standard

Standard Object: frequent access and distribution

For frequently accessed objects and content distribution, emphasizing access performance.

  • Frequent access
  • Content distribution
  • Low access latency
  • Priced by capacity and requests
Capacity

Capacity Object: large volume and long retention

For large-volume storage and long-term retention, emphasizing cost per unit capacity.

  • Large-volume storage
  • Long-term retention
  • Cost optimized
  • Priced by capacity
Archive

Archive Object: cold access and compliance archiving

For cold access and compliance archiving, offering the lowest storage cost.

  • Cold access
  • Compliance archiving
  • Lowest storage cost
  • Priced by capacity and retrieval policy

FAQ

Object Storage organizes data as buckets and objects, suited to massive unstructured data, backups and archives; Cloud File is a shared file system suited to collaboration needing directory semantics and concurrent mounts.

Yes — it can serve as a unified foundation for raw AI assets, training datasets and analytics data, with tiering policies to control cost.

Use lifecycle policies to automatically move infrequently accessed data to capacity or archive tiers, lowering cost per unit storage.

Applications read/write data directly via an object-protocol-compatible interface and SDK/API, easing automation and toolchain integration.