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Designed so that systems, operations and the business itself can absorb and recover from disruption — with redundant power and network paths, tested disaster recovery procedures and a business continuity programme that is exercised, not just documented.
Resilience is not a feature that can be added after construction — it must be designed into every layer of the infrastructure from the start. NOVACORE approaches resilience as a system property: diverse utility power feeds, on-site generation with tested fuel supply chains, redundant UPS with battery autonomy, physically diverse network paths, policy-driven backup with regular restore testing, trained incident response teams and documented disaster recovery runbooks. But infrastructure alone is not enough — resilience also requires the organisation to be prepared. Business continuity plans are exercised regularly, not shelved after sign-off. Incident response roles are named, trained and rotated. Vendor resilience is assessed as part of procurement. Communications plans ensure that customers, partners and regulators are informed during disruption. Every element of the resilience framework is tested, measured and improved — because in a real incident, you do not rise to the occasion; you default to your level of preparation.
Diverse utility feeds from separate substations where grid topology permits, with automatic transfer switching between feeds. On-site diesel or gas generation with N+1 redundancy, fuel storage for extended runtime, and regular load-bank testing under full load. Rotary or static UPS systems provide seamless transition during utility interruptions, with battery banks sized for generator start plus safety margin. Energy storage systems provide additional ride-through and peak-shaving capability.
Physically diverse fibre routes entering the facility through separate points with diverse carriers providing independent transit. Automatic failover through BGP and internal routing protocols ensures that a single fibre cut, carrier outage or peering point failure does not isolate the facility. Capacity headroom on all links ensures that failover traffic does not saturate remaining paths. Internet exchange peering at multiple locations provides geographic diversity for external connectivity.
Policy-driven backups with defined recovery point objectives per workload class. Automated snapshot scheduling with retention policies, incremental backup with global deduplication, isolated backup networks that never contend with production traffic, and immutable backup copies that resist ransomware and accidental deletion. Regular restore testing verifies that backup data is recoverable and meets defined recovery time objectives — a backup that has not been tested is not a backup, it is a hope.
Named incident response roles with defined responsibilities, authority and escalation paths. Documented playbooks for common incident types — power loss, cooling failure, network partition, security breach, data corruption. Regular tabletop exercises and simulated incidents test the team's ability to coordinate, communicate and recover under pressure. Post-incident reviews drive continuous improvement of procedures, tooling and infrastructure design.
Defined recovery time objectives and recovery point objectives per system and workload class. Documented runbooks with step-by-step procedures, required resources, dependencies and validation steps. Alternative processing sites, data replication strategies and failover procedures are specified, resourced and tested. Disaster recovery is not a document — it is a capability that must be demonstrated through regular testing against realistic failure scenarios.
A comprehensive plan to operate through disruption — not just recover from it. Business impact analysis identifies critical functions, maximum tolerable downtime and resource requirements. Continuity strategies cover staffing, facilities, technology, third-party dependencies and customer communications. The plan is maintained as a living document, exercised through regular drills, and reviewed after every significant organisational or infrastructure change.
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