3-2-1 rule, RPO/RTO, and disaster recovery.
We pit AWS Backup, Azure Backup, and Veeam against each other on RPO/RTO, immutability, and cost. One clear winner for most workloads—but it's not the same for everyone.
The 3-2-1 rule isn't enough anymore. If your cloud backup can be deleted with the same credentials as your production data, it's a hostage, not a back...
Compare AWS Backup, LTO tape, and manual snapshots for cloud backup against ransomware. Which wins for your RPO and RTO? Blunt advice included.
Ransomware and cloud hype haven't killed local backup. We explain why your snapshots aren't backups, why offsite copies matter, and how to actually me...
The old 3-2-1 backup rule isn't enough anymore. Ransomware evolved. Here's how to build a cloud backup strategy that actually survives an attack—witho...
Cloud backups can fail against ransomware. We argue for the 3-2-1-1-0 rule and immutable copies to ensure true recovery.
Cloud backups are convenient, but without regular restore tests, you're just storing copies. Here's why testing is the real backup strategy.
Cloud is great, but local backups give you speed, control, and an air gap that cloud can't. Here's how to build a local strategy that actually restore...
Snapshots and replication fail against ransomware and corruption. Real recovery demands offline, tested backups. Here's how to choose and verify.
Ransomware losses are climbing. Local backups, done right, are still your best defense. Here's how to build a local backup strategy that actually surv...
Imagine your cloud data vanishes. This field guide walks through a realistic ransomware scenario, applying the 3-2-1-1-0 rule, RPO/RTO, and cloud-spec...
Local backups only protect against hardware failure, not ransomware. The 3-2-1-1-0 rule demands an immutable or air-gapped copy. Here's how to build o...
Stop trusting your local backup. It's likely a single point of failure. Here's a blunt, practical walkthrough to build a local backup that actually su...