Islamabad | April 30, 2026: Nearly 75% of global energy organizations expect to achieve full digitalization within the next two years, according to new research by Kaspersky and VDC Research, highlighting a major shift in how power systems are managed and operated.
The report, Powering Cyber Resilience in the Energy Sector, states that fewer than 5% of energy companies are currently fully digital. The rapid transition—described as a “digital big bang”—is expected to improve efficiency, reliability, and sustainability across electricity generation, transmission, and distribution.
Digital growth and operational impact
According to the findings, energy companies are adopting technologies such as artificial intelligence, predictive maintenance tools, and digital twins to optimize performance and reduce outages. Automated drones and robotics are also being used to improve safety and inspection efficiency.
The report identifies key priorities for organizations, including improving production efficiency, reducing operational costs, and strengthening cyber resilience.
Rising cybersecurity risks
The expansion of connected systems is also increasing exposure to cyber threats. More than half of surveyed organizations reported experiencing cyber incidents costing over $1 million, underlining risks to operational continuity and grid stability.
The study highlights growing concern over securing operational technology (OT) environments, which are becoming more interconnected as digital systems expand.
Pakistan’s evolving energy landscape
Commenting on local developments, Asim Nazir Raja, Director at Islamabad Electric Supply Company, said Pakistan’s energy sector is undergoing rapid digital transformation.
He pointed to the rollout of advanced metering infrastructure and mobile-based services as steps improving transparency and operational efficiency. However, he noted that increased connectivity also requires stronger cybersecurity measures to protect infrastructure and customer data.
Skills gap and system challenges
The report notes that more than 45% of organizations face a shortage of specialized cybersecurity professionals in industrial systems. It also highlights coordination challenges between IT and operational teams, which can affect security strategies.
Experts warn that cyberattacks on energy infrastructure can have physical and systemic consequences, including disruptions to power supply and public safety risks.
The report concludes that securing digital transformation in the energy sector requires integrated cybersecurity approaches tailored to industrial environments, along with improved workforce capacity.
