NAS storage provides secure, centralised data access for multiple users, making collaboration simple and efficient. It’s cost-effective, scalable from SOHO to enterprise, and integrates seamlessly with Windows and Linux environments. With 24/7 availability, data protection, and remote access, NAS is the ultimate flexible storage solution.
Object storage delivers scalable, reliable, and high-performance data management by distributing data across compute nodes with built-in replication. Unlike RAID, it minimises rebuild times, avoids performance degradation, and achieves up to 99.99999% availability. Backed by S3 compatibility and modern hardware, it powers today’s cloud, big data, and enterprise workloads.
The future of storage is shifting from legacy tape and hard disks to flash, cloud, and software-defined infrastructure. With shrinking data centres, new technologies like silicon photonics and NVMe are reshaping scalability, security, and efficiency. Businesses must plan now to handle exponential data growth and balance cost, performance, and long-term reliability.
iSCSI (Internet Small Computer Systems Interface) delivers flexible, cost-effective block-level storage over standard Ethernet networks. It enables businesses to scale storage, cut costs, and simplify data management without needing expensive Fibre Channel hardware. With high throughput, low latency, and easy integration, iSCSI is ideal for virtualised and modern data environments.
Data consolidation simplifies business operations by bringing scattered data into one secure location. It eliminates duplication, ensures accuracy, and improves efficiency, giving organisations a 360-degree view of operations. With better insights and faster access, businesses can make smarter decisions and stay competitive.
Composable infrastructure turns rigid IT into flexible, software-defined resources, eliminating stranded capacity. By pooling compute, storage, and networking, businesses can create custom logical servers for each workload. The result: faster deployments, lower costs, and scalability for data-driven demands like AI, big data, and IoT.
Backups are failing businesses too much data, shrinking windows, rising costs. Archiving inactive data reduces pressure, cuts costs, and extends the life of storage systems. By shifting focus from endless backups to smart active archiving, organisations gain control, compliance, and long-term ROI.
All Flash Storage arrays deliver maximum speed, low latency, and superior reliability, making them ideal for demanding enterprise workloads. By replacing HDDs with SSDs, they boost performance, cut energy costs, and improve data resilience. With NVMe and advanced flash technologies, all-flash solutions are the future of business-critical storage.
The All Flash Array Checklist helps businesses evaluate performance, reliability, and scalability when investing in flash storage. From proof of concept to warranties, wear levelling, deduplication, and NVMe support, it covers the essentials. Flash arrays deliver speed, efficiency, and long-term ROI, making them a critical tier in modern IT infrastructure.
Active Data Archiving moves inactive data to low-cost storage while keeping it searchable and accessible. It cuts costs, reduces backup windows, and ensures compliance with rules like GDPR. By transforming unstructured data into a searchable asset, it saves time, improves decision-making, and boosts efficiency.
