Protect and secure your data from cyber attacks
Data Protection
Data Security
Data Insights
The 5 Steps to Cyber Resilience
Cloud & SaaS
Enterprise
Industries
Speed incident response and execute recovery with confidence
When ransomware strikes or a major disruption hits, organizations face an impossible reality. They must respond quickly, restore critical systems, and keep the business running — all at once, under intense executive scrutiny.
While backups may exist, recovering complex systems across on-premises and cloud environments is rarely simple. Recovery often depends on manual coordination, rarely tested plans, and tribal knowledge that isn't readily accessible when pressure is highest.
Modern resilience requires intelligent orchestration. It allows security teams to accelerate investigation while IT teams prepare and execute a validated, repeatable cyber recovery playbook—restoring the most critical services first so the business can reach a minimum viable operating state before full recovery begins.
Cohesity cyber recovery orchestration transforms recovery from a manual, reactive effort into an intelligent, automated, and repeatable execution framework — so organizations can respond quickly and restore safely after operational disruptions or sophisticated cyberattacks.
By combining AI-driven analysis with structured recovery blueprints, teams can automate recovery tasks, orchestrate the sequence of recovery actions, and reduce reinfection risk through built-in clean room isolation and integrated threat scanning. Workflows are designed, validated, and rehearsed within the Cohesity Data Cloud before a disruption occurs — so when a crisis hits, execution follows pre-validated paths that prioritize the Minimum Viable Company (MVC), the systems the business needs to survive, while reducing unknowns and limiting risk.
Recovery blueprints: Define and standardize cyber recovery workflows that can orchestrate across sites or clusters, allowing teams to execute the same repeatable, error-resistant process every time, whether rehearsing or responding to a real incident. Create them once, then clone and adapt them for different scenarios.
On demand clean room provisioning: Spin up an isolated environment the moment an incident is declared — preconfigured for automatic deployment — so security teams can investigate and validate threats without exposing production systems.
Automated threat isolation: Automatically identify and stage high-anomaly objects into clean room environments with an AI-powered assistant for forensic analysis — so teams can investigate faster.
Instant mount: Access data rapidly from hundreds of backup snapshots at once—without performing full restores—to support forensics, investigation, and data validation before production recovery.
Threat intelligence-enhanced recovery point selection: Identify the most likely clean recovery points using automated analysis against threat intelligence and historical anomaly data—even when pre‑incident scans weren’t performed, accelerating recovery times.
Infrastructure-as-code (IaC) driven cloud rebuild: Restore supported cloud application environments, including infrastructure, configurations, and data, using infrastructure-as-code so applications come back correctly after outages or cyberattacks, without manual reconstruction.
Always-on readiness validation: Continuously validate prerequisites (connectivity, credentials, infrastructure state, dependency availability) and flag blueprint configuration drift that could break recovery, so teams rehearse against reality and incidents are not the first time gaps are discovered.
Last-mile recovery orchestration: Automate the final actions required to make recovered services usable, including IP/network customization, DNS/FQDN updates, and traffic cutover sequencing, so business operations can resume faster.
Resilience comes from having the ability to bring up an MVC—restoring the smallest version of the organization so that it can survive—and systematically recovering the rest of the business from there.
Cohesity Cyber Recovery Orchestration makes that execution possible at speed — replacing reactive, manual processes with repeatable, pre-validated workflows. Teams know what to restore, in what order, and can prove it was done right. Recovery is no longer improvised. It is orchestrated, repeatable, and defensible to leadership, auditors, and regulators.
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