How tested RTO and RPO performance supports utility resilience, cloud CIS confidence and service continuity at scale.
For water, energy, and community infrastructure providers, disaster recovery is no longer a back-office IT concern. It is a critical measure of utility resilience, customer trust, regulatory readiness, and business continuity.
As utilities modernize customer information systems (CIS), migrate to cloud-based platforms, and evaluate hosted or SaaS delivery models, the ability to recover mission-critical systems quickly has become a strategic priority. Billing, customer service, field operations, reporting, and compliance all depend on reliable digital infrastructure. When these systems are unavailable, the impact can extend across the organization and into the communities utilities serve.
That is why disaster recovery performance needs to be proven, measurable and tested and all at scale.
In a recent disaster recovery test for Jamaica’s National Water Commission, Hansen Technologies completed a full failover from its Northern Virginia data center to Oregon. The test validated a Recovery Time Objective of 8 minutes and 46 seconds and a Recovery Point Objective of just 5 seconds.
For utility leaders assessing cloud CIS, hosted CIS, or utility SaaS platforms, these metrics are important.
Recovery Time Objective, or RTO, measures how quickly a system can be restored after a disruption. Recovery Point Objective, or RPO, measures how much data may be lost in the recovery process. Together, they translate technology performance into operational impact: how long services may be interrupted and how much information may be at risk.
Achieving sub-10-minute recovery with a 5-second recovery point is a significant outcome for any enterprise environment. It is especially meaningful for a national-scale water utility.
National Water Commission of Jamaica serves well over 400,000 active customer accounts, supplies potable water to more than 2 million people, and distributes more than 90% of Jamaica’s potable water.
At this scale, disaster recovery is not only a technical benchmark. It is an indicator of service continuity, public confidence, risk reduction, and operational readiness.
The result also reinforces an important consideration for utilities moving to cloud-based customer information systems. Resilience cannot remain theoretical. It must be engineered into the platform, supported by mature infrastructure, monitored continuously, and validated through disciplined disaster recovery testing.
For utilities, this shifts disaster recovery from an internal operational burden to a managed and measurable capability. It also gives decision-makers clearer evidence when evaluating software vendors, cloud migration strategies, and SaaS transformation programs.
As utilities face growing pressure from climate volatility, cyber risk, regulatory obligations, and rising customer expectations, rapid recovery is becoming a defining feature of operational resilience. Software providers must demonstrate more than product functionality. They must show the infrastructure strength, delivery discipline, and proven recovery performance required to support essential services.
For Hansen Technologies, the National Water Commission disaster recovery test provides clear evidence of this capability. It demonstrates that utility resilience can be designed, tested, and delivered at national scale, helping protect the mission-critical systems that water, energy, and community infrastructure providers rely on every day.