The NextGen Information Environment | NATO

The NextGen Information Environment report by Neville Bolt, Elina Lange-Ionatamishvil for NATO’s Strategic Communications Centre of Excellence (StratCom COE) examines how emerging technologies and immersive platforms are reshaping the global information space and strategic communication. It brings together experts across academia, policy, and technology to assess future trajectories in the information environment and identify early indicators states and alliances should monitor to maintain informational advantage. The report highlights the strategic implications of AI, cyber-enabled platforms, and immersive media on how publics interact with information, offering a foundational framework for understanding the risks and opportunities NATO faces in an increasingly contested information domain. This latest work confirms the COE’s emphasis on anticipating change and building resilient strategic communication capabilities across allied nations.
The report’s emphasis on neuro-warfare, AI-enabled influence, and the shift from content creation to manipulating curation and filtering directly echoes recent Small Wars Journal analyses of cognitive and AI-driven cognitive warfare. For example, The Challenge of AI-Enhanced Cognitive Warfare: A Call to Arms for a Cognitive Defense examines how adversaries use AI to exploit psychological vulnerabilities and manipulate behavior at scale, underscoring the urgency of integrating behavioral, AI, and defense capabilities into cognitive security strategies, precisely what the report identifies as a gap in current institutional frameworks. Similarly, Cognitive Warfare Without a Map: Why Current Targeting Logic Fails in a Fast-Moving Information Ecosystem argues that traditional, kinetic-centric planning models fail to keep pace with the rapid, networked dynamics of cognitive conflict, reinforcing the report’s call for new analytic units and operational approaches capable of countering adversarial use of agentic systems, AI filtering, and rapid influence propagation.