Lakehouse Foundation
A unified lakehouse architecture combining scalable object storage, transactional reliability, and centralized metadata.
Built on modern open table standards including Apache Iceberg to ensure openness and long-term flexibility.
Why it matters?
Modern enterprises often separate storage, compute, and governance across systems. This fragmentation creates metadata inconsistencies, operational overhead, and hidden cost multipliers.
Groundzero’s lakehouse foundation unifies structured and unstructured data under a single storage and metadata layer, reducing architectural complexity while improving operational clarity.
Open Table Architecture
Support ACID transactions, schema evolution, and time travel directly on object storage. Maintain consistent snapshots across pipelines, analytics queries, and model training workflows.
Centralized Metadata Layer
Manage schemas, partitions, and access policies through a unified metadata model. Governance and structural consistency remain aligned across all workloads.
Decoupled Compute and Storage
Scale processing workloads independently from storage while maintaining operational integrity. Optimize resource allocation without introducing architectural fragmentation.
Interoperability by Design
Leverage open standards to maintain compatibility with modern analytics engines and ecosystem tools, preserving flexibility as technologies evolve.
Integrated Across Groundzero
The lakehouse foundation supports data engineering, machine learning, analytics, and APIs within the same governance and operational framework.
Every layer operates on a consistent storage and metadata model, eliminating cross-system drift.
Designed for Predictable Scaling
Storage and compute scale based on actual usage. No per-user, per-dashboard, or per-workload licensing constraints are imposed at the foundation layer.
By reducing artificial licensing ceilings and minimizing architectural duplication, the lakehouse foundation supports predictable scaling while lowering unnecessary operational overhead.
