North Carolina drinking-water systems face a combined set of climate and cybersecurity risks, according to research reported by WRAL. WRAL reported a UNC analysis projecting that 18 percent of public water systems could face moderate or high climate hazards. The assessment considered exposure to events such as flooding, drought, heat, and severe weather that can damage treatment and distribution infrastructure.
Utilities also rely on networked operational technology and business systems that can be disrupted or manipulated through cyber incidents. Raleigh and the Orange Water and Sewer Authority were among systems discussed in reporting about preparedness and continuing upgrades.
Risk levels differ by location, infrastructure age, backup capacity, staffing, and the specific digital systems used by each utility. Public drinking-water systems treat source water, maintain pressure, test quality, and deliver service through networks that require continuous operation.
Climate projections describe changing hazard probability and exposure; they do not predict the date or outcome of a specific utility failure. Cybersecurity controls for utilities include asset inventories, network segmentation, access management, monitoring, backups, incident response, and physical fallback procedures. The statewide percentage does not substitute for a utility-specific engineering or cybersecurity assessment. Utilities will incorporate updated hazard data into capital plans and emergency exercises. State and federal programs may change funding or security requirements for water systems.
WRAL reported a UNC analysis projecting that 18 percent of public water systems could face moderate or high climate hazards. The assessment considered exposure to events such as flooding, drought, heat, and severe weather that can damage treatment and distribution infrastructure. Utilities also rely on networked operational technology and business systems that can be disrupted or manipulated through cyber incidents. Raleigh and the Orange Water and Sewer Authority were among systems discussed in reporting about preparedness and continuing upgrades. Risk levels differ by location, infrastructure age, backup capacity, staffing, and the specific digital systems used by each utility. Public drinking-water systems treat source water, maintain pressure, test quality, and deliver service through networks that require continuous operation. Climate projections describe changing hazard probability and exposure; they do not predict the date or outcome of a specific utility failure. Cybersecurity controls for utilities include asset inventories, network segmentation, access management, monitoring, backups, incident response, and physical fallback procedures. The statewide percentage does not substitute for a utility-specific engineering or cybersecurity assessment.