Manufacturing

In manufacturing, eliminating downtime is critical because every minute of halted production leads to lost revenue, delayed orders, and damaged customer trust. Without a plan for backup and instant recovery, a cyberattack can leave operations offline for days or weeks. Production schedules collapse, supply chains are disrupted, compliance risks rise, and costs can reach millions per day. Without rapid recovery, what begins as a security incident quickly becomes a full-scale business and operational crisis.

Salvador Tech’s platform ensures operational continuity across OT stations and engineering endpoints, supporting critical functions such as resource planning, production monitoring, configuration management, and safety systems. By reducing downtime from hours or days to under a minute, it significantly limits the impact of cyberattacks.

As manufacturing becomes more connected, cyber intrusions are rising. Ransomware groups exploit OT to halt production, while state-backed attackers target industrial networks for disruption. In this environment, manufacturers must prioritize resilience to protect critical operations.

Salvador Tech’s platform leverages its Management Console as a central control hub, delivering real-time visibility across all OT sites and endpoints. It enables proactive cyber risk management and ensures backup and recovery readiness, strengthening organizational resilience.

For manufacturers, maintaining backup integrity after a cyberattack is critical not only for restoring operations but also for forensic investigations. Attacks on OT environments can alter configuration files, production data, or audit trails, making it difficult to identify the scope of compromise. Verified, tamper-proof backups provide a trusted baseline, ensuring faster, more reliable recovery while also meeting regulatory requirements.

Salvador Tech’s patent-based CRU ensures that backups are created and stored in a clean, isolated environment, preventing malware or tampering from contaminating recovery files during a cyberattack. This design preserves backup integrity and guarantees that systems can be restored quickly and reliably.