By National Academy of Sciences

From the webpage: "At the request of the National Security Commission on Emerging Biotechnology, Strategic Report on Research and Development in Biotechnology for Defense Innovation provides an overview of the current landscape of artificial intelligence and machine learning (AI/ML)-enabled biotechnology, the opportunities it presents, and the challenges it poses. This report offers a strategic vision for connecting scientists and technologists to build on, leverage, and tailor advances at the intersection of AI/ML, automated experimentation, and biotechnology to drive innovation in defence-related biotechnologies. Strategic Report on Research and Development in Biotechnology for Defense Innovation recommends addressing long-standing challenges with limited research, development, prototyping, testing and evaluation, and eventual use of biotechnologies. Addressing these challenges will help to advance U.S. national security and defence by improving the performance of existing capabilities, enabling the creation of domestic supply chains of valuable products, reducing reliance on processes and chemicals that are harmful to the environment, and/or adding new capabilities not currently possible with established technologies." Contributors include the National Academies of Sciences, Engineering, and Medicine; Division on Earth and Life Studies; Board on Life Sciences; and Committee on Biotechnology Capabilities for National Security Needs-Leveraging Advances in Transdisciplinary Biotechnology.

NATIONAL ACADEMIES PRESS (U.S.) 2025. 67p.

By Irena Leisbet Ceridwen Connon, Mo Egan, Niall Hamilton-Smith, Niamh MacKay, Diana Miranda, C. William R. Webster

This report has been compiled for the Scottish Government’s “Emerging Technologies in Policing” project, and was commissioned by the Scottish Institute for Policing Research (SIPR) acting on behalf of the Scottish Government. It is based on a review of emerging technologies in policing undertaken between January and July 2022. The review was completed by a research team based at the University of Stirling.

The review considered: 1) the social and ethical implications of particular types of emerging technologies in policing practice, 2) the legal considerations associated with the adoption of emerging technologies in policing, 3) recommendations from the existing research examining the trial and adoption of new emerging technologies in policing, as well as for ethical and scientific standards frameworks and guidelines, for informing best practice and wider dissemination of these technologies in police practice, 4) recommendations for the use of emerging technologies in policing based on experiences from other sectors (Health, Children and Family), and 5) the lessons learnt and recommendations that can be made from the analysis of existing case law concerning emerging technology. The report provides a descriptive overview of the relevant literature and case law available, as well as a series of recommendations for best practice in the implementation and dissemination of the different forms of technology in police practice

Edinburgh, Scottish Government, 2023. 486p.

By Nessa Lynch & Andrew Chen

Embedded facial recognition capabilities are becoming more common across a wide range of technologies, so it’s important Police understand the parameters and potential consequences of the use of this kind of technology.

Dr Nessa Lynch (an Associate Professor at Victoria University of Wellington) and Dr Andrew Chen (a Research Fellow at the University of Auckland) are two of New Zealand’s leading experts and academic researchers in the field of facial recognition technology. Over a six-month period Dr Lynch and Dr Chen were commissioned to explore the current and possible future uses of facial recognition technology and what it means for policing in New Zealand communities

The scope of their work included:

• defining facial recognition technology

• categorising the spectrum of use and its potential effect on individual and collective rights and interests

• exploring what Police currently does in this space, and what planned and unused capability exists within the organisation

• providing insights and evidence into international practice and operational advantages for public safety and crime control, as well as Treaty of Waitangi, ethics, privacy and human rights implications

• producing a paper with advice and recommendations on the safe and appropriate use of facial recognition technology in New Zealand policing.

Wellington, NZ: New Zealand Police, 2021. 84p.

By United States. Department Of Defense

From the document: "The Department of Defense (DoD) is at a pivotal moment in biodefense as it faces an unprecedented number of complex biological threats (biothreats). This inaugural DoD Biodefense Posture Review (BPR) initiates key reforms--built on the foundations of the 2022 National Defense Strategy (NDS), the October 2022 National Biodefense Strategy and Implementation Plan for Countering Biological Threats, Enhancing Pandemic Preparedness, and Achieving Global Health Security (NBS); and lessons learned from the coronavirus disease 2019 (COVID-19) pandemic response--to posture DoD to counter biothreats through 2035. Developments in biological technology (biotechnology) are driving an increase in the scope and diversity of biothreats that DoD could face in the next decade. Additionally, as the planet's climate continues to change and its population grows, emerging infectious diseases are expected to develop and spread more frequently and potentially threaten DoD's readiness to achieve and maintain its national defense goals. The COVID-19 pandemic response presented opportunities for DoD to both improve its overall preparedness and posture, as well as to reinforce and reimagine its role in support of the broader U.S. Government and our allies and partners."

Washington D.C. United States. Department of Defense. 2023. 56p.