Standards


Book by Jeffrey Pomerantz and Jason Griffey: “Standards are the DNA of the built environment, encoded in nearly all objects that surround us in the modern world. In Standards, Jeffrey Pomerantz and Jason Griffey provide an essential introduction to this invisible but critical form of infrastructure—the rules and specifications that govern so many elements of the physical and digital environments, from the color of school buses to the shape of shipping containers.

In an approachable, often outright funny fashion, Pomerantz and Griffey explore the nature, function, and effect of standards in everyday life. Using examples of specific standards and contexts in which they are applied—in the realms of technology, economics, sociology, and information science—they illustrate how standards influence the development and scope, and indeed the very range of possibilities of our built and social worlds. Deeply informed and informally written, their work makes a subject generally deemed boring, complex, and fundamentally important comprehensible, clear, and downright engaging…(More)”.

Artificial intelligence for digital citizen participation: Design principles for a collective intelligence architecture


Paper by Nicolas Bono Rossello, Anthony Simonofski, and Annick Castiaux: “The challenges posed by digital citizen participation and the amount of data generated by Digital Participation Platforms (DPPs) create an ideal context for the implementation of Artificial Intelligence (AI) solutions. However, current AI solutions in DPPs focus mainly on technical challenges, often neglecting their social impact and not fully exploiting AI’s potential to empower citizens. The goal of this paper is thus to investigate how to design digital participation platforms that integrate technical AI solutions while considering the social context in which they are implemented. Using Collective Intelligence as kernel theory, and through a literature review and a focus group, we generate design principles for the development of a socio-technically aware AI architecture. These principles are then validated by experts from the field of AI and citizen participation. The principles suggest optimizing the alignment of AI solutions with project goals, ensuring their structured integration across multiple levels, enhancing transparency, monitoring AI-driven impacts, dynamically allocating AI actions, empowering users, and balancing cognitive disparities. These principles provide a theoretical basis for future AI-driven artifacts, and theories in digital citizen participation…(More)”.

Data, waves and wind to be counted in the economy


Article by Robert Cuffe: “Wind and waves are set to be included in calculations of the size of countries’ economies for the first time, as part of changes approved at the United Nations.

Assets like oilfields were already factored in under the rules – last updated in 2008.

This update aims to capture areas that have grown since then, such as the cost of using up natural resources and the value of data.

The changes come into force in 2030, and could mean an increase in estimates of the size of the UK economy making promises to spend a fixed share of the economy on defence or aid more expensive.

The economic value of wind and waves can be estimated from the price of all the energy that can be generated from the turbines in a country.

The update also treats data as an asset in its own right on top of the assets that house it like servers and cables.

Governments use a common rule book for measuring the size of their economies and how they grow over time.

These changes to the rule book are “tweaks, rather than a rewrite”, according to Prof Diane Coyle of the University of Cambridge.

Ben Zaranko of the Institute for Fiscal Studies (IFS) calls it an “accounting” change, rather than a real change. He explains: “We’d be no better off in a material sense, and tax revenues would be no higher.”

But it could make economies look bigger, creating a possible future spending headache for the UK government…(More)”.

Bridging the Data Provenance Gap Across Text, Speech and Video


Paper by Shayne Longpre et al: “Progress in AI is driven largely by the scale and quality of training data. Despite this, there is a deficit of empirical analysis examining the attributes of well-established datasets beyond text. In this work we conduct the largest and first-of-its-kind longitudinal audit across modalities–popular text, speech, and video datasets–from their detailed sourcing trends and use restrictions to their geographical and linguistic representation. Our manual analysis covers nearly 4000 public datasets between 1990-2024, spanning 608 languages, 798 sources, 659 organizations, and 67 countries. We find that multimodal machine learning applications have overwhelmingly turned to web-crawled, synthetic, and social media platforms, such as YouTube, for their training sets, eclipsing all other sources since 2019. Secondly, tracing the chain of dataset derivations we find that while less than 33% of datasets are restrictively licensed, over 80% of the source content in widely-used text, speech, and video datasets, carry non-commercial restrictions. Finally, counter to the rising number of languages and geographies represented in public AI training datasets, our audit demonstrates measures of relative geographical and multilingual representation have failed to significantly improve their coverage since 2013. We believe the breadth of our audit enables us to empirically examine trends in data sourcing, restrictions, and Western-centricity at an ecosystem-level, and that visibility into these questions are essential to progress in responsible AI. As a contribution to ongoing improvements in dataset transparency and responsible use, we release our entire multimodal audit, allowing practitioners to trace data provenance across text, speech, and video…(More)”.

Reconciling open science with technological sovereignty


Paper by C. Huang & L. Soete: “In history, open science has been effective in facilitating knowledge sharing and promoting and diffusing innovations. However, as a result of geopolitical tensions, technological sovereignty has recently been increasingly emphasized in various countries’ science and technology policy making, posing a challenge to open science policy. In this paper, we argue that the European Union significantly benefits from and contributes to open science and should continue to support it. Similarly, China embraced foreign technologies and engaged in open science as its economy developed rapidly in the last 40 years. Today both economies could learn from each other in finding the right balance between open science and technological sovereignty particularly given the very different policy experience and the urgency of implementing new technologies addressing the grand challenges such as climate change faced by mankind…(More)”.

Nurturing innovation through intelligent failure: The art of failing on purpose


Paper by Alessandro Narduzzo and Valentina Forrer: “Failure, even in the context of innovation, is primarily conceived and experienced as an inevitable (e.g., innovation funnel) or unintended (e.g., unexpected drawbacks) outcome. This paper aims to provide a more systematic understanding of innovation failure by considering and problematizing the case of “intelligent failures”, namely experiments that are intentionally designed and implemented to explore technological and market uncertainty. We conceptualize intelligent failure through an epistemic perspective that recognizes its contribution to challenging and revising the organizational knowledge system. We also outline an original process model of intelligent failure that fully reveals its potential and distinctiveness in the context of learning from failure (i.e., failure as an outcome vs failure of expectations and initial beliefs), analyzing and comparing intended and unintended innovation failures. By positioning intelligent failure in the context of innovation and explaining its critical role in enhancing the ability of innovative firms to achieve breakthroughs, we identify important landmarks for practitioners in designing an intelligent failure approach to innovation…(More)”.

A Roadmap to Accessing Mobile Network Data for Statistics


Guide by Global Partnership for Sustainable Development Data: “… introduces milestones on the path to mobile network data access. While it is aimed at stakeholders in national statistical systems and across national governments in general, the lessons should resonate with others seeking to take this route. The steps in this guide are written in the order in which they should be taken, and some readers who have already embarked on this journey may find they have completed some of these steps. 

This roadmap is meant to be followed in steps, and readers may start, stop, and return to points on the path at any point. 

The path to mobile network data access has three milestones:

  1. Evaluating the opportunity – setting clear goals for the desired impact of data innovation.
  2. Engaging with stakeholders – getting critical stakeholders to support your cause.
  3. Executing collaboration agreements – signing a written agreement among partners…(More)”

Announcing the Youth Engagement Toolkit for Responsible Data Reuse: An Innovative Methodology for the Future of Data-Driven Services


Blog by Elena Murray, Moiz Shaikh, and Stefaan G. Verhulst: “Young people seeking essential services — whether mental health support, education, or government benefits — often face a critical challenge: they are asked to share their data without having a say in how it is used or for what purpose. While the responsible use of data can help tailor services to better meet their needs and ensure that vulnerable populations are not overlooked, a lack of trust in data collection and usage can have the opposite effect.

When young people feel uncertain or uneasy about how their data is being handled, they may adopt privacy-protective behaviors — choosing not to seek services at all or withholding critical information out of fear of misuse. This risks deepening existing inequalities rather than addressing them.

To build trust, those designing and delivering services must engage young people meaningfully in shaping data practices. Understanding their concerns, expectations, and values is key to aligning data use with their preferences. But how can this be done effectively?

This question was at the heart of a year-long global collaboration through the NextGenData project, which brought together partners worldwide to explore solutions. Today, we are releasing a key deliverable of that project: The Youth Engagement Toolkit for Responsible Data Reuse:

Based on a methodology developed and piloted during the NextGenData project, the Toolkit describes an innovative methodology for engaging young people on responsible data reuse practices, to improve services that matter to them…(More)”.

Presenting the StanDat database on international standards: improving data accessibility on marginal topics


Article by Solveig Bjørkholt: “This article presents an original database on international standards, constructed using modern data gathering methods. StanDat facilitates studies into the role of standards in the global political economy by (1) being a source for descriptive statistics, (2) enabling researchers to assess scope conditions of previous findings, and (3) providing data for new analyses, for example the exploration of the relationship between standardization and trade, as demonstrated in this article. The creation of StanDat aims to stimulate further research into the domain of standards. Moreover, by exemplifying data collection and dissemination techniques applicable to investigating less-explored subjects in the social sciences, it serves as a model for gathering, systematizing, and sharing data in areas where information is plentiful yet not readily accessible for research…(More)”.

Diversifying Professional Roles in Data Science


Policy Briefing by Emma Karoune and Malvika Sharan: The interdisciplinary nature of the data science workforce extends beyond the traditional notion of a “data scientist.” A successful data science team requires a wide range of technical expertise, domain knowledge and leadership capabilities. To strengthen such a team-based approach, this note recommends that institutions, funders and policymakers invest in developing and professionalising diverse roles, fostering a resilient data science ecosystem for the future. 


By recognising the diverse specialist roles that collaborate within interdisciplinary teams, organisations can leverage deep expertise across multiple skill sets, enhancing responsible decision-making and fostering innovation at all levels. Ultimately, this note seeks to shift the perception of data science professionals from the conventional view of individual data scientists to a competency-based model of specialist roles within a team, each essential to the success of data science initiatives…(More)”.