A-FORWARD architects resilient, high-throughput data storage systems for corporate enterprises, creative media studios, financial institutions, and surveillance networks. From multi-terabyte centralized office file shares to high-IOPS shared storage for virtualization clusters, we ensure your business data is secure, redundant, and rapidly accessible.
Our hardware specialists handle drive sizing, RAID array configuration, iSCSI target mapping, snapshot scheduling, off-site cloud replication, and seamless storage expansion.
We procure, configure, and integrate genuine storage appliances compatible with industry-standard platforms including Synology, QNAP, Dell PowerVault, HPE MSA, and custom Linux/ZFS storage arrays.
Whether you need simple centralized file sharing or high-availability clustered block storage, we configure the right technology tier for your data demands.
Multi-user file storage accessible across local networks. Perfect for shared office document repositories, centralized user backups, and collaborative creative workflows.
Dedicated block-level storage delivering low-latency, high-IOPS throughput directly to virtual machine hypervisors and heavy database clusters.
Dedicated backup targets designed for ransomware-resilient immutable snapshots, versioned archiving, and automated off-site cloud replication.
Engineered for maximum reliability and throughput across critical enterprise software systems and media pipelines.
Shared high-speed storage pools for VMware vSphere, Proxmox VE, and Microsoft Hyper-V clusters with zero downtime live migrations.
Massive terabyte and petabyte storage arrays optimized for 24/7 continuous high-bitrate multi-camera IP video recording.
10GbE network-connected high-throughput storage enabling real-time multi-seat collaborative video editing without dropped frames.
Low-latency NVMe and SAS SSD storage arrays delivering maximum IOPS for SQL databases, ERP ledgers, and fast report generation.
We engineer storage architectures following the gold standard of data protection to eliminate single points of failure.
Maintain at least three separate copies of critical business records (one primary copy and two independent backup datasets).
Store backups across two different storage formats or devices (such as local high-speed NAS and dedicated air-gapped server arrays).
Keep at least one secure copy off-premises or in an encrypted cloud repository for disaster recovery preparedness.
A structured four-step implementation process ensuring performance, security, and zero disruption to active business operations.
Calculate current storage utilization, annual data growth rates, network throughput bottlenecks, and required RAID fault tolerance.
Install enterprise-grade drives, configure hardware RAID (RAID 6 / RAID 10 / ZFS RAID-Z2), and establish storage volume partitioning.
Configure 10GbE network bonding, VLAN isolation, iSCSI targets, Active Directory integration, and user permission hierarchies.
Execute initial seed data migration, configure automated snapshot schedules, test disaster failover, and deliver admin training.
Got questions about storage hardware options, RAID levels, or backup policies? We have answers.
Build a unified, high-performance IT architecture with our connected hardware and cloud services.
Rack and tower compute servers engineered to connect seamlessly with shared storage pools.
10GbE and Gigabit managed switches for ultra-low latency storage networking.
Secure hybrid cloud backup integration and off-site disaster recovery repositories.
Consult our hardware architects to size your storage capacity, select the right RAID tier, and safeguard your corporate data.
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