Policy-Driven Data Infrastructure—Built for Scale
Design and deployment of unified storage systems across disk, tape, and cloud—engineered for performance, retention, and cost control.
From Performance to Preservation—One Unified System
Modern organizations generate more data than any single storage tier can handle efficiently.
High-performance systems drive innovation, but long-term retention, compliance, and cost control require a different approach.
Unique Checksum brings it together—unifying performance storage, distributed archive, and deep archive into a single, policy-driven system without disrupting existing environments.
Data Infrastructure Architecture
Design of policy-driven storage systems aligned to performance, cost, and long-term retention goals.
Tiered disk, tape, and cloud strategies
Cost and durability modeling
Distributed architecture design
What We Do
End-to-end design, integration, and delivery of scalable data infrastructure.
Platform Integration
Integration of distributed storage platforms into unified, production-ready environments.
LStore deployment and integration
Global namespace and orchestration
Multi-site federation
Deployment & Delivery
From pilot to full production—delivered with operational continuity.
Pilot-to-production implementation
Non-disruptive system integration
Automation and lifecycle management
Data Lifecycle & Archive Strategy
Long-term storage strategies designed for durability, compliance, and cost efficiency.
Policy-driven data movement
Tape-integrated architectures
Ransomware-resilient storage design
Policy-Driven Architecture
Systems are designed around data lifecycle requirements—not individual products.
This ensures performance, cost, durability, and compliance are aligned from day one.
Why It Works
Most data infrastructure strategies fail at the integration layer—where performance systems, archive storage, and operational workflows must function as one.
Unique Checksum delivers a unified approach that aligns architecture, platforms, and lifecycle management from the start.
Integrated Multi-Tier Design
Disk, distributed storage, and tape are not separate systems—they operate as a coordinated environment.
This enables seamless data movement across performance tiers and long-term archive without operational friction.
Execution with Operational Continuity
Deployment is structured to integrate with existing environments without disruption.
From pilot through production, systems are delivered with continuity, minimizing risk while enabling scale.