Recovery is quick. You can restore a single file or an entire system.
You avoid big hardware purchases and pay for what you use.
It helps you hit tighter RTO/RPO targets so downtime and data loss stay small.
Breaches and outages are rising. So are the costs. IBM’s 2025 research puts the global average cost of a data breach at USD $4.4M, even after a 9% drop from 2024. That is still a serious hit for any organization.
The latest Verizon 2025 Data Breach Investigations Report shows ransomware is present in 44% of breaches, and attackers are increasingly exploiting third party and zero day vulnerabilities to gain access. That makes fast recovery and clean, resilient backups essential.
RTO (Recovery Time Objective): the maximum time systems can be down before impact is unacceptable.
RPO (Recovery Point Objective): the point in time you must be able to restore to after an outage.
Both improve dramatically with a well designed cloud backup strategy.
Restore one file, a workload, or an entire environment.
Meet stricter RTO/RPO without building your own secondary site.
Roll back to a known good state after ransomware or accidental deletion.
Keep offline or immutable copies so malware cannot encrypt or delete your backups.
Follow the 3-2-1 rule: three copies, two media types, one off site (and add immutability).
Test restores regularly. Practice makes recovery reliable.
Storage grows as you grow.
No more capex cycles for backup servers, tapes, or arrays.
Centralize policy, monitoring, and reporting across sites and clouds.
Encryption in transit and at rest.
Role based access and MFA to restrict who can touch backups.
Audit trails for compliance and investigations.
Replace lump sum hardware buys with predictable monthly usage.
Reduce admin time spent on manual checks and media handling.
Align spending with data value and regulatory needs.
Servers and VMs (on prem and cloud)
Endpoints (laptops and desktops)
SaaS suites (Microsoft 365, Google Workspace)
Databases and line of business apps
It is not your entire disaster recovery plan. Backup protects data, disaster recovery brings whole systems and dependencies back under business time SLAs. You want both.
It is not a substitute for security hardening. You still need identity controls, patching, and monitoring. Exploited vulnerabilities and credential abuse remain top entry points.
Cloud providers operate under a shared responsibility model. They secure their infrastructure, you must protect and govern your data to meet your RTO/RPO, retention, and compliance needs.
Microsoft delivers data resiliency and high availability and now offers Microsoft 365 Backup (an optional add on) for point in time restore and faster RTO/RPO across OneDrive, SharePoint, and Exchange. Current docs describe up to 1 year retention with point in time restore and published throughput targets for bulk restores. Billing is listed per GB per month for protected data. You still have to configure policies and pay for the protection you need.
Google Cloud is explicit about shared responsibility. You own data configuration, backup policy, and restore strategy. Google offers native backup and recovery services and point in time recovery options in its cloud stack, but you must choose and manage the right mix for your workloads and compliance.
Bottom line: do not assume SaaS equals “automatically backed up in a way that meets my business goals.” Decide on RTO/RPO and retention first, then configure native features and third party tools to hit those targets.
Support for write once or append only storage and logically or physically isolated copies (air gap).
Resists tampering during an attack.
Clear restore performance and recovery points that match your business impact analysis.
Documented, tested runbooks.
Encryption at rest and in transit, service side keys and customer managed keys.
MFA, least privilege roles, and audit logs for all backup actions.
Files, VMs, databases, SaaS apps.
Granular item level restore plus full system rollback options.
Automated backup verification and scheduled recovery tests.
Evidence for auditors and cyber insurance.
Choose where backups live, ensure the chain of custody.
Retention policies that map to legal and industry requirements.
Storage, API or egress, and restore performance tiers explained in plain terms.
Predictable monthly billing and capacity planning.
Set targets. Define RTO/RPO for each critical system. Keep it simple: tier apps by business impact.
Map coverage. List workloads (servers, databases, endpoints, M365/Workspace) and current gaps.
Apply 3-2-1 plus immutability. Three copies, two media types, one off site plus an immutable copy that ransomware cannot change.
Lock it down. Enforce MFA, role separation (backup admins are not domain admins), encryption, and audit.
Test restores. Run quarterly recovery drills. Measure time to first byte restored and time to full service. Update runbooks.
Monitor and optimize. Watch backup success, retention growth, and restore speed. Tune schedules and storage classes to balance risk and cost.
A professional services firm formalized RTO/RPO, rolled out immutable cloud backups, and rehearsed quarterly.
When hit by credential based ransomware, they isolated the incident, restored clean data from immutable copies, and resumed client work the same day. No ransom, limited downtime.
That is the payoff of planning.
No. Backup protects data, disaster recovery brings full systems back under a time bound SLA. You want both.
Quarterly at minimum, or after major changes. Practice recovery and keep offline or immutable copies.
Yes, if your RTO/RPO, retention, or compliance needs go beyond the defaults. Microsoft 365 Backup can help, but it is optional and must be configured and paid for. Many organizations also use third party tools for additional coverage or cross platform protection.
Yes. Pair it with immutability and routine testing to counter modern ransomware.