Welcome to Cohesity Deep Dives

Need a clear strategy for clean room recovery? Learn how Cohesity helps you isolate, validate, and safely restore data after cyberattacks ✓ Request a free 30-day trial.

An incident response plan handles the attack, while a cyber recovery plan handles the rebuild. Learn how they differ in scope, triggers, ownership, and timelines.

Protecting Microsoft 365 means securing what Microsoft doesn't. Learn the access, data, detection, and recovery practices that reduce your enterprise risk.

Building cyber resilience means preparing to operate through attacks and recover fast afterward. Learn the seven steps to building cyber resilience.

Legacy data migration takes more than moving backup copies to new infrastructure. Learn the steps, common challenges, and how to validate recovery on the new platform.

A cyber recovery plan restores systems from verified-clean recovery points after an attack. Follow five steps to build one that holds up under real conditions.

Database protection starts with knowing where sensitive data lives. Learn how to protect a database, from access controls to backup and recovery testing.

An incident response plan handles the attack, while a cyber recovery plan handles the rebuild. Learn how they differ in scope, triggers, ownership, and timelines.

When a cyber threat hits, ambiguity costs you time you don't have. A step-by-step playbook gives your team speed and consistency instead of improvisation.

Build an IT business continuity plan that holds up under pressure. This template covers scope, impact analysis, recovery objectives, roles, and testing.

The first 72 hours after a ransomware attack shape your entire recovery. Learn who to contact, how to contain the spread, and when to begin restoring systems.

Fragmented, ungoverned data leads to hallucination, drift, and exposure in AI systems. A structured preparation process fixes the foundation before you build.

A ransomware playbook defines who does what at every stage of an attack. Get a response flowchart and template with roles, procedures, and decision criteria.

Google's 30-day Trash window and Vault aren't backups. A dedicated solution gives you recoverable copies of Gmail, Drive, Contacts, and Calendar data.

Learn how to protect against ransomware with strategies that cover both prevention and recovery, along with identity controls, detection, and resilient backup practices.

AI agents making autonomous decisions expand your attack surface beyond what traditional security covers. Learn how to close the gaps at the data layer.

Insider threat detection safeguards backup data from internal risks. Learn the four threat types, real-world scenarios, and best practices for prevention.

Ransomware succeeds by exploiting gaps that already exist in your environment. This guide maps each common weakness to a specific defense you can put in place.

If ransomware reaches your backups, recovery options shrink fast. Learn the controls and best practices that keep backup infrastructure off limits.

Backup verification confirms your backups are complete, uncorrupted, and recoverable. Learn how to test backups with checksums, automation, and clean room restores.

How long should backup recovery take? It depends on data volume, network bandwidth, and recovery method. Learn what shapes your timeline and how to improve it.

AI data governance keeps the data behind your AI systems accurate, secure, and compliant. Explore the framework, risks, and best practices you need to know.

Without a classification policy, sensitive data spreads unprotected across systems. Build a framework that labels, controls, and secures every data tier.

Create a cybersecurity incident response plan with this step-by-step template. Cover preparation, detection, containment, and recovery using the NIST framework.

Backups preserve recoverability over time while replication keeps systems running in real time. See how to combine both for complete data protection.

The NIST Cybersecurity Framework helps organizations manage cyber risk. Learn what the six core functions mean for your backup and recovery operations.

Learn how to build ransomware resilience with strategies for data protection, threat detection, backups, and rapid recovery after attacks. 

What’s the difference between cyber security and cyber resilience? Learn how both strategies protect data, reduce risk, and help businesses with cyber attacks.

Data protection begins with a solid cyber resilience strategy. Learn how Cohesity's cyber resilience solutions can bolster your defenses and keep your data secure. 

A virtual air gap simulates the isolation of a traditional physical air-gapped data set while making it easier and faster to recover data when required.

Part of a robust disaster recovery plan, a realistic recovery time objective (RTO) and recovery point objective (RPO) help guarantee business continuity. Learn more about RTO vs RPO.

Data silos are problematic for business, cybersecurity, and technical reasons. Read more to learn five proven tactics to break them down.

A data migration strategy involves the planning, testing, and transferring of data from one or more systems or storage locations to another.

Part of a robust disaster recovery plan, a realistic recovery time objective (RTO) and recovery point objective (RPO) help guarantee business continuity. Learn more about RTO vs RPO.

Disasters happen. So, organizations need to prepare to mitigate the risk to the business.

Discover advanced data security best practices to protect your organization against evolving threats and recover faster from attacks. Learn more to strengthen your cyber resilience.