Is Your Business Ready for an IT Disaster?

Backup is the practice of creating copies of data; disaster recovery (DR) is the broader practice of restoring business operations after an event, including backup restoration plus infrastructure rebuild, application failover, and process resumption. Backup is a component of DR. Many businesses have backups but no documented DR plan; both are needed for real resilience.

Recovery Time Objective (RTO) is how quickly a system must be restored after an incident. Recovery Point Objective (RPO) is the maximum acceptable data loss measured in time (the gap between the last good backup and the incident). Different systems need different RTO and RPO targets; defining them upfront determines the backup design, redundancy, and DR investment for each system.

Industry guidance from Veeam, Cohesity, and major MSP communities consistently recommends quarterly tested restores at minimum, with monthly tests for critical systems. Untested backups frequently fail when needed (incomplete data, corrupted snapshots, application-state issues); the test is the only way to know the backup actually works.

Ransomware-resilient backups combine immutable storage that ransomware cannot encrypt, separate credentials from production (so a production-compromise does not compromise backups), off-site or air-gapped copies for critical data, and tested restore procedures specifically practiced for ransomware scenarios. Backups stored only on writable shares with production credentials are not ransomware-resilient.

Most people finish in under ten minutes. The five scored areas are backup frequency and coverage, off-site and redundancy configuration, tested restore results, documented recovery objectives (RTO and RPO per system), and ransomware resilience controls. The tested-restore question warrants a pause: Veeam research shows 58% of businesses believe their backups are reliable but have not completed a restore test in the past 12 months. Answering from assumption rather than from a confirmed test date is the most common source of inflated scores on this assessment, and it directly affects the recovery-risk tier the tool assigns.

Industry baseline expectations include MFA enforced across every employee and every business application, centralized patching with 7-day critical-patch SLAs, business-grade endpoint protection (EDR rather than free antivirus), quarterly security-awareness training with simulated phishing, off-site immutable backups with quarterly tested restores, dedicated email security beyond default provider filtering, and a documented incident-response plan with a named lead.

Sophos State of Ransomware research consistently identifies several factors: industry (healthcare, financial services, government, manufacturing rank higher in published targeting data), company size (above-the-radar size attracts ransomware actors), observable security gaps (no MFA, weak backups, exposed remote access), and lack of an incident-response plan.

Foundational baseline expected by most cyber-insurance underwriters and MSP security frameworks: MFA across all business applications, business-grade endpoint detection and response (EDR), dedicated email security beyond default provider filtering, immutable backups with tested restores, and quarterly security-awareness training with simulated phishing.

MIT Sloan and Boston Consulting Group AI research consistently identifies five readiness foundations: clean and accessible business data, one or two specific use cases tied to measurable business outcomes, AI skills internally or through a trusted partner, documented AI governance covering data privacy and acceptable use, and leadership sponsorship with defined budget.

A virtual CIO (sometimes called fractional CIO) is a senior IT leader who serves a business on a part-time ongoing basis rather than as a full-time hire.