Proceedings of the International scientific and practical conference ― Cambridge Science and Education Conference‖ (February 23-25, 2026) / Publisher website: www.naukainfo.com. – Cambridge, United Kingdom, 2026. - 289 p.

21 element in ensuring the sustainable development and resilience of socio-systems against external perturbations. Technological convergence between the Internet of Things (IoT) and cloud computing establishes the foundation for constructing intelligent monitoring systems for critical infrastructure, ensuring the continuous verification of national cyberspace integrity. This synergy mitigates the risks of asymmetric threats by providing state authorities with the tools necessary for the authentication of information flows and the prevention of destructive narrative dissemination within the framework of hybrid confrontations [1]. The efficacy of anticipatory government is predicated upon the capacity of institutional actors for rapid adaptation of the regulatory framework to the evolutionary demands of the digital epoch, while avoiding bureaucratic rigidity [4, p. 117]. Conceptualizing national security through the prism of digital foresight requires not merely high technical sophistication but an intellectual reimagining of the state ’ s role as a proactive moderator of security processes, capable of precedent-setting extrapolation regarding future exigencies. The presented analytical cross-section implicates a fundamental paradigmatic transformation in the methodology of state prospection, wherein the synergy between predictive analytics and strategic foresight serves as the basis for ensuring the ontological security of international actors. The conceptualization of anticipatory governance is predicated upon the determination of cognitive superiority through the transcendence of epistemological uncertainty, achieved by integrating heterogeneous data streams into cognitive decision-making matrices. The utilization of Digital Twins and simulation modeling facilitates the verification of critical system viability under conditions of terminal stress, preemptively neutralizing the cascading effects of potential systemic disruptions [5, p. 21-27]. The institutionalization of horizon scanning and scenario modeling marks a departure from the linear extrapolation of retrospective experience in favor of a multimodal analysis of plausible future states. This approach enables the identification of latent threats during their nascence, when weak signals have not yet manifested as overt kinetic or hybrid aggression but already harbor the potential for destabilizing the socio-political contour. The