Title : Cybersecurity human capital, and infrastructure resilience in Ghana’s energy sector
Abstract:
Ghana’s energy sector constitutes a critical foundation for the nation’s growth and wellbeing. It serves as a major driver of the economy, supporting the industrial sector and some very critical essential services.The country’s energy systems now depend heavily on digital tools such as Supervisory Control and Data Acquisition (SCADA), smart meters, communication networks, sensors, and enterprise platforms. These technologies improve energy operations and resilience in energy systems. Unlike traditional energy security which emphasizes reliability of supply, resilience in energy systems encompasses the capacity of energy systems to anticipate, withstand, adapt to, and recover from destructions. However, these technologies of digital tools which are meant for improved energy operations and resilience, also expose the sector to cyber threats such as ransomware which is a malicious malware that cybercriminals use to block access to computer system or scramble data files insider attacks, supply-chain risks, and operational technology disruptions. This normally happens because energy operations require more than technological fixes; they demand cyber capable human capital to align the operations and protect data, manage the technological risks, and initiate secure inventions. With the following objectives,
(i) assess the current state of cybersecurity human capital within Ghana’s energy sector, focusing on the availability, skills, and awareness levels of personnel responsible for safeguarding energy infrastructure;
(ii) evaluate the resilience of existing energy infrastructure against cyber threats, identifying vulnerabilities and gaps in protective measures;
(iii) identify key challenges and barriers hindering the enhancement of cybersecurity capabilities, and determining how the development of skilled professionals contributes to the sector’s overall security posture;
(iv) propose strategic recommendations to strengthen cybersecurity human capital development and improve infrastructure resilience, thereby ensuring the continuous and secure operation of Ghana’s energy systems;
(v) support the formulation of policies and frameworks that align with Ghana’s national objectives for energy security and sustainable development in the context of evolving cyber risks; a mixed-methods approach is used.
Quantitative data is collected through surveys, while qualitative data is gathered through expert interviews. Analysis includes descriptive statistics, regression, Structural Equation Modeling (SEM), or Partial Least Square Structural Equation Modeling (PLS-SEM), and thematic analysis. The study argues that resilience is not only about technology. It also depends on skilled people, strong governance, regular training, cybersecurity awareness, certifications, experience, and incident response capability. The research assesses cybersecurity capacity in Ghana’s energy institutions, identify skill gaps, evaluate resilience readiness, and test how human capital influences the ability of energy systems to prevent, respond to, recover from, and adapt to cyber incidents. The outcome is a practical framework for strengthening cybersecurity workforce capacity and improving the resilience of Ghana’s critical energy infrastructure.
