We made a visible and
measurable impact to our
client's business
Reduction in Data Centre Rack Space
Reduction in Power Consumption
About the Client
A leading private sector bank in India operating large-scale digital banking infrastructure supporting critical financial applications, customer transactions, and enterprise data environments.
As data volumes continued to grow rapidly, the organization required a next-generation backup and storage platform capable of improving operational efficiency, reducing infrastructure footprint, and supporting long-term scalability without compromising performance or reliability.
Given the bank’s regulatory and operational requirements, maintaining uninterrupted access to enterprise data while optimizing infrastructure efficiency became a strategic priority.
The Problem
The organization’s legacy backup infrastructure struggled to keep pace with increasing enterprise data growth and evolving operational demands.
Key challenges included:
- Large data centre footprint requiring extensive rack space for backup environments
- Rising operational costs driven by high power consumption
- Limited scalability within existing backup infrastructure platforms
- Performance degradation at high utilization levels
- Frequent hardware refresh cycles increasing long-term infrastructure costs
- Vendor dependency limiting operational flexibility and future scalability
- Need for high-performance backup infrastructure capable of supporting enterprise growth
The bank required a modern, scalable backup architecture capable of improving efficiency, reducing operational overhead, and enabling seamless long-term expansion.
Our Approach
Lauren Group implemented a next-generation backup modernization strategy powered by Pure Storage FlashBlade to optimize storage density, improve infrastructure efficiency, and enhance backup scalability across enterprise environments.
The solution enabled:
- High-density enterprise backup storage
- Reduced power consumption through NVMe Flash technology
- Improved backup performance and operational efficiency
- Open architecture support for greater platform flexibility
- Seamless integration with existing backup environments
- Scalable infrastructure designed for long-term data growth
Our Development Process
Core Technologies Implemented:
- Pure Storage FlashBlade - Deployed high-performance, high-density storage infrastructure optimized for enterprise backup and recovery operations.
- NVMe Flash Technology - Enabled faster data processing, lower latency, and significantly improved power efficiency across backup workloads.
- Multi-Protocol Storage Support - Implemented object and file storage capabilities to support flexible integration across multiple enterprise backup platforms.
- Veritas NetBackup Integration - Ensured seamless interoperability with existing backup environments while minimizing operational disruption during modernization.
- Open Architecture Framework - Eliminated vendor lock-in constraints by enabling compatibility with multiple backup and storage platforms.
- Scalable Backup Infrastructure Design - Architected a future-ready storage environment capable of supporting rapidly growing enterprise data volumes without performance trade-offs.
Tech Stacks Used

Ultra-dense storage – 10PB in just 22U

NVMe Flash-powered efficiency

Multi-protocol support

Open architecture

Future-ready scalability
The Result
- Reduced data centre rack space requirements by 80%
- Achieved 60% lower power consumption across backup operations
- Increased storage density from 2PB in 24U to 10PB in 22U
- Improved backup performance and operational efficiency
- Eliminated vendor lock-in with open architecture flexibility
- Enabled seamless scalability for future enterprise data growth
- Established a high-performance, future-ready backup infrastructure for mission-critical banking operations