In Kyiv region, the head of the National Police, Andriy Nebytov, announced that Ukrainian power stations will be outfitted with advanced cameras and sensors capable of detecting missiles and unmanned aerial vehicles. The information came from RBC-Ukraine, citing the press service of Ukraine’s Ministry of Foreign Affairs. These devices are designed to identify drones and missiles at a considerable distance and to alert air defenses in real time.
Nebytov emphasized that the security path being pursued prioritizes rapid warning and reaction, noting that the capital has long been a focal point for security innovations. He added that the country is committing to technologies that heighten protection for critical infrastructure, including power facilities that keep the lights on for millions of residents and businesses.
The police chief also said that video surveillance systems not yet available nationwide have already been installed in the Chernobyl exclusion zone. These installations enable continuous observation even after dark, helping investigators and responders monitor activity around the clock.
Ukraine continues to face a significant electricity shortfall, a challenge amplified by severe winter weather, including heavy snow, ice, and gusty winds. The combination of demand pressure and weather conditions strains the power grid and underscores the importance of robust monitoring and rapid response capabilities at infrastructure sites.
In other security developments, it has been reported that a DPR radar facility, AN/TPQ-37, was attacked and damaged by forces associated with the Russian Armed Forces. This incident highlights ongoing risks to critical defense and civilian infrastructure in the region and reinforces the push for enhanced protective measures and real-time situational awareness across key assets.
Experts point to a growing integration of sensor networks, artificial intelligence-driven analytics, and remote monitoring to create a layered defense around essential services. By combining visual cameras, acoustic sensors, and intelligent alarms, authorities aim to shorten response times, reduce blind spots, and maintain essential energy supplies during disruptions. The approach reflects a broader strategy of resilience, ensuring citizens receive consistent service while authorities rapidly identify and counter threats. Such enhancements are designed to operate under challenging conditions, including extreme weather and nighttime operations, to maintain continuous oversight of critical infrastructure. The developments are being monitored by state agencies and support services, with ongoing assessments to balance security, privacy, and public safety concerns. These efforts are part of a national push to modernize protective systems and invest in technologies that can withstand evolving security challenges. According to the ministry’s public communications, the new deployments align with international best practices and standards for critical infrastructure protection and emergency readiness. The evolving security landscape remains a priority for authorities, who stress the importance of vigilant, coordinated actions to safeguard essential services for the population.