Novel technologies for security-sector governance and management
ResearchPublished Sep 8, 2026
RAND Europe conducted a scoping study to explore the use of technologies in security sector governance and management (SSG/M) with the aim of examining opportunities and risks stemming from use cases identified through the research, as well as identifying lessons learned and good practices to foster good-governance efforts when leveraging technological solutions in the security sector.
ResearchPublished Sep 8, 2026
RAND Europe conducted a scoping study on the implications of novel technologies for security-sector governance and management (SSG/M) supported by the Security and Stabilisation Department of the UK Foreign, Commonwealth & Development Office (FCDO).
The study explored how emerging solutions such as artificial intelligence (AI), biometrics, machine learning and enhanced surveillance systems are being adopted by security-sector actors and how their use affects public acceptability and consent, institutional accountability, financial sustainability and ethics.
Through a targeted literature review and semi-structured interviews with key stakeholders, the study investigated how technologies can strengthen efficiency, effectiveness and transparency across SSG/M while introducing significant risks, including privacy and data-protection concerns, algorithmic bias, opaque decision making, cybersecurity vulnerabilities, and challenges related to data sovereignty and reliance on private suppliers. The study identified cross-cutting lessons and good practices to guide responsible adoption and foster good governance by emphasising early engagement with end users, adaptation to local context, clear data governance, layered human oversight of automated processes, complementary internal policies and external regulation, and continuous training.
Nine technology areas were identified as being increasingly used in SSG/M: Augmented Reality/Virtual Reality (AR/VR), Automated decision support, Biometrics, Blockchain, Digital ID platforms, Data management solutions, Satellite imagery, Social media monitoring, and Unmanned Aerial Vehicles (UAVs).
These solutions can provide gains in efficiency, effectiveness, situational awareness, and, where designed transparently, strengthened accountability and traceability. However, there are also cross-cutting risks to consider: privacy and data-protection concerns, algorithmic bias and opaque models, cybersecurity and data-sovereignty vulnerabilities, exclusion of digitally marginalised groups, and diluted accountability when private vendors or automated systems shape decisions.
Six cross-cutting practices were identified to embed governance into the full technology lifecycle in the context of SSG/M: 1. Co-design with end users and communities to ensure fit-for-purpose tools and accountability 2. Justify and adapt adoption to local context, infrastructure and perceptions, anticipating misuse 3. Assess need and balance risk appetite and tolerance, including lifecycle costs, while governing data provenance, ownership and cross-border sharing 4. Move beyond human-in-the-loop to multilayered oversight that counters automation bias, allows time to intervene and clarifies responsibility 5. Pair internal policies with external regulation and oversight (transparent approvals, logging/auditing, public consultation and after-action reviews) for accountability 6. Provide continuous and dedicated training for operators and leaders to support the use of technologies in SSG/M.
This research was prepared for the FCDO and conducted within the Defence, Security, and Justice Program of RAND Europe.
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