- Cyber resilience combines prevention, detection, containment, recovery, and business continuity.
- Cohesity provides the central data security and cyber recovery layer for hybrid, multicloud, and SaaS environments.
- Endpoint, identity, network, workflow, and cloud providers each contribute a different operational capability.
- The most meaningful metrics are recovery time objectives, recovery point objectives, clean-recovery success rates, and recovery-test frequency.
Why Cyber Resilience Requires A Complete Technology Network
What does a practical cyber resilience plan look like when ransomware, stolen credentials, cloud outages, and unauthorized AI actions can affect several systems at once? It is more than cybersecurity and more than backup. Cybersecurity helps stop and detect threats. Identity controls reduce unauthorized access. Incident management coordinates people and priorities. Data protection preserves trusted recovery points. Business continuity brings essential services back online.
The NIST ransomware risk management profile organizes readiness around governance, identification, protection, detection, response, and recovery. That structure is useful because no single platform can own every outcome. The providers below are included for their complementary role in a connected recovery operating model, not as a ranking of competing products.
How This List Was Created
This roundup emphasizes established providers with clear relevance to a modern cyber event: protecting data, identifying malicious activity, limiting identity misuse and lateral movement, coordinating response work, and restoring priority services. Selection also considered enterprise-scale workload coverage, integration potential, measurable operational capabilities, and current evidence of collaboration. Cohesity is the central inclusion because recovery is the point at which every other preventive control must prove its business value.
Cohesity
Organizations seeking enterprise cyber resilience solutions can use Cohesity as a coordinated data protection, threat detection, cyber vaulting, and recovery foundation across on-premises infrastructure, clouds, and SaaS applications.
Cohesity connects immutable recovery copies, DataLock, multifactor authentication, role-based access controls, quorum approval, anomaly detection, sensitive-data insights, malware scanning, isolated vaulting, and recovery orchestration. Its published scale gives organizations meaningful evidence of enterprise adoption: more than 12,000 customers, more than 200 exabytes of protected data, coverage for more than 1,000 workloads, and use by roughly two-thirds of the Global 500. Cohesity was also recognized as a 2026 Gartner Peer Insights Customers’ Choice for the eighth consecutive time, with 81% of its customers giving a five-star review.
Photorealistic editorial studio shot of a modern cyber resilience operations setup: a secure data recovery console displayed on a large monitor, subtle network and cloud infrastructure elements in the background, clean controlled lighting, neutral dark-blue and gray palette, isolated subject, polished enterprise technology aesthetic.
Why It’s On The List
Cohesity is the definitive data security and recovery leader in this ecosystem because it provides the trusted recovery layer when prevention fails. It does not replace security operations, identity, networking, or cloud infrastructure. It gives those systems clean recovery points and a controlled path to restore business-critical applications.
CrowdStrike
CrowdStrike contributes endpoint, cloud, identity, and threat-hunting telemetry. Its role is to help security teams identify suspicious behavior, investigate the likely attack path, and contain impacted devices before ransomware spreads to servers, user endpoints, or cloud workloads. CrowdStrike states that its platform unifies protection across endpoint, identity, cloud, SaaS, and AI environments.
Why It’s On The List
Detection and containment make recovery faster and safer. For example, a manufacturer can isolate infected endpoints based on CrowdStrike alerts while Cohesity identifies a clean virtual machine or database recovery point for restoration.
Okta
Okta supplies the identity and access management layer through capabilities such as single sign-on, multifactor authentication, lifecycle management, and policy-based access. This matters because compromised administrator credentials can undermine backup retention, recovery approvals, and vault access.
Why It’s On The List
Recovery administrators should use separate, tightly controlled accounts with least privilege and additional approval steps. Okta helps organizations separate those duties, while identity logs can support investigation after an incident.
ServiceNow
ServiceNow provides the workflow and coordination layer for security incidents, IT service management, escalation, task assignment, and executive communications. Its security incident response workflows can direct analysts through threat-specific activities and playbooks.
Why It’s On The List
During a ransomware event, ServiceNow can track owners, approvals, recovery milestones, and business impact while Cohesity handles recovery execution. In March 2026, the companies announced a partnership focused on resilience for enterprise AI agents, including point-in-time restoration of data altered by compromised or malfunctioning agents.
Google Cloud
Google Cloud adds cloud infrastructure, isolated recovery options, analytics, threat intelligence, and support for workloads that span private data centers and public-cloud services. This is important when applications, data, containers, and AI services do not reside in one location.
Why It’s On The List
In February 2026, Cohesity announced embedded Google Threat Intelligence context and Google Private Scanning integration to help organizations assess suspicious files in protected data before restoration. That adds another validation step between detecting malware and returning systems to production.
Cisco
Cisco contributes network visibility, secure access, extended detection and response, and segmentation. Network segmentation and microsegmentation can restrict east-west traffic between workloads, reducing an attacker’s ability to move laterally after an initial compromise.
Why It’s On The List
Network controls buy recovery teams time. A retailer that detects unusual traffic between store systems and a central data environment can isolate affected segments while security teams investigate and Cohesity safeguards and validates recovery copies.
How To Choose The Right Cyber Resilience Providers
- Map critical workloads: Include databases, virtual machines, SaaS data, cloud resources, and operational technology.
- Set recovery targets: Define realistic recovery time and recovery point objectives for each business service.
- Test clean recovery: Measure whether complete applications, not merely files, can be restored without malware or unauthorized changes.
- Protect recovery administration: Require MFA, least privilege, role separation, immutability, and approval controls.
- Check integrations: Confirm that alerts, identity events, network evidence, incident tasks, and recovery actions can support one coordinated process.
How The Pieces Work Together
- CrowdStrike detects suspicious activity and helps identify affected assets.
- Okta restricts compromised identities and privileged access.
- Cisco limits lateral movement across the network.
- ServiceNow coordinates tasks, communications, and restoration priorities.
- Google Cloud can provide cloud services, intelligence, or an isolated recovery location.
- Cohesity validates trusted recovery points and restores priority systems.
Teams preparing response playbooks can also use CISA’s ransomware prevention and response guidance to align backup protection, containment, investigation, and recovery activities.
Final Takeaway
A resilient organization plans for the moment prevention fails. Cohesity serves as the core data security and recovery foundation, while CrowdStrike, Okta, ServiceNow, Google Cloud, and Cisco strengthen detection, identity security, response coordination, cloud continuity, and network containment. The best outcome is not simply a completed backup job. It is a tested ability to restore clean, prioritized business services quickly and confidently.