gaps persist between stakeholders. This is exacerbated by the lack of clear, standardized specifications from NATO, leading to inconsistent implementation and operational friction. Second, at its core, this is an intelligence-sharing challenge: member states operate under different national frameworks, threat perceptions, and priorities, which influence what information they are willing (or unwilling) to share. Third, the fragmentation of sharing systems is not merely a technical hurdle but often a deliberate choice made for operational and security reasons, reflecting concerns over sovereignty, data protection, and strategic advantage.

While technological advancements can enhance interoperability, they alone will not drive adoption. Our research highlights that the underlying issue is one of trust and incentives—NATO must establish mechanisms that encourage collaboration beyond just technological solutions. Without a strong foundation of mutual trust, transparency, and shared benefits, even the most advanced systems will face resistance. Creating sustainable incentives for participation—whether through policy alignment, risk reduction assurances, or value-added intelligence sharing—will be essential in fostering a more effective and unified cyber defense posture within NATO.

A key component of our project involves conducting in-depth research and stakeholder interviews focused on Mongolia's "Billion Trees Initiative," where we will be seeking actionable insights to scale up the initiative effectively and sustainably.

influencers work with politicians to coordinate these influence operations and shape public opinion. Our policy recommendations will address how governments and civil societies can work together to tackle this issue.

Australian Space Agency and U.S. Defense Innovation Unit, the goal of this project is to leverage Australia's strategic geographic position and investment in reentry infrastructure to mitigate the hurdles that U.S. commercial startups experience accessing military ranges for reentry. Our project aims to create a robust foundation for the development of orbital return capabilities in Australia, fostering greater commercial and national security collaboration between the U.S. and Australia.

to computational resources acts as a barrier to adoption. India has a thriving tech sector, and openly available AI models have the potential to democratize access to this trailblazing technology. At the same time, AI is expensive to build and deploy, and access to the specialized computational resources needed to do so is limited even for top Indian companies. Our team aims to develop solutions in partnership with Digital Futures Lab that can help bolster the AI ecosystem across India.

that contribute to this issue. During our fieldwork, we will explore community- and government-driven programs aimed at preventing and combating trafficking. Our final report will analyze existing policies, pinpoint gaps, and propose community-led interventions to address them.