My field research shows that children as young as six are among those risking their lives amid toxic dust to mine cobalt for the world’s big electronics firms  -Siddharth Kara, Senior Fellow, Carr Center

"Until recently, I knew cobalt only as a colour. Falling somewhere between the ocean and the sky, cobalt blue has been prized by artists from the Ming dynasty in China to the masters of French Impressionism. But there is another kind of cobalt, an industrial form that is not cherished for its complexion on a palette, but for its ubiquity across modern life.

This cobalt is found in every lithium-ion rechargeable battery on the planet – from smartphones to tablets to laptops to electric vehicles. It is also used to fashion superalloys to manufacture jet engines, gas turbines and magnetic steel. You cannot send an email, check social media, drive an electric car or fly home for the holidays without using this cobalt. As I learned on a recent research trip to the Democratic Republic of the Congo, this cobalt is not awash in cerulean hues. Instead, it is smeared in misery and blood."

Elodie is 15. Her two-month-old son is wrapped tightly in a frayed cloth around her back. He inhales potentially lethal mineral dust every time he takes a breath. Toxicity assaults at every turn; earth and water are contaminated with industrial runoff, and the air is brown with noxious haze. Elodie is on her own here, orphaned by cobalt mines that took both her parents. She spends the entire day bent over, digging with a small shovel to gather enough cobalt-containing heterogenite stone to rinse at nearby Lake Malo to fill one sack. It will take her an entire day to do so, after which Chinese traders will pay her about $0.65 (50p). Hopeless though it may be, it is her and her child’s only means of survival.

Read the full article in The Guardian.

We offer a theoretical framework for understanding the role of technological capabilities (affordances) in documenting war crimes and human rights abuses in limited access areas.  We focus on three digital affordances: geospatial, digital network, and digital forensic science.  The paper argues that by leveraging digital affordances, human rights groups gain access to otherwise inaccessible areas, or to information that has been degraded in an effort to obfuscate culpability.  We also argue that the use of digital technology invites a reassessment of what we mean when we speak of a human rights organization.  Organizational morphology in digital space is hybrid in nature, with traditional organizations also taking on or joining more virtual or solely digital forms.

Artificial intelligence generates challenges for human rights. Inviolability of human life is the central idea behind human rights, an underlying implicit assumption being the hierarchical superiority of humankind to other forms of life meriting less protection. These basic assumptions are questioned through the anticipated arrival of entities that are not alive in familiar ways but nonetheless are sentient and intellectually and perhaps eventually morally superior to humans. To be sure, this scenario may never come to pass and in any event lies in a part of the future beyond current grasp. But it is urgent to get this matter on the agenda. Threats posed by technology to other areas of human rights are already with us. My goal here is to survey these challenges in a way that distinguishes short-, medium-term and long-term perspectives

"Governments hoping to evade responsibility for war crimes and rights abuses are having a much tougher time of it these days. Denying entry to nettlesome investigators is still standard while many places are simply too dangerous to investigate. But even where investigators cannot go, digital technologies can sometimes overcome barriers to investigation. A recent Harvard Kennedy School report published by the Carr Center for Human Rights Policy underscores how various digital technologies undermine attempts to hide abuses and war crimes. Commercial high-resolution remote sensing satellites, some capable of distinguishing objects on the ground as small as 30-cm across, allow human rights groups to document military forces deployments, mass graves, forced population displacements, and damage to physical infrastructure."

Read the full blog at Brookings.

According to the latest Intergovernmental Panel on Climate Change (IPCC) report, “Few aspects of the human endeavor…are isolated from possible impacts in a changing climate. The interconnectedness of the Earth system makes it impossible to draw a confined boundary around climate change impact, adaptations, and vulnerability.”¹ This includes human population displacements, which amounted to a staggering 51.2 million refugees, asylum-seekers, and internally displaced people (IDPs) in 2013.²

Unfortunately, as the frequency, duration, and intensity of extreme events affecting populations are on the rise, the humanitarian aid community is stretched thin in the face of multiple complex emergencies and protracted challenges around the world

Read the full post.

On November 3 - 4, 2016, the Carr Center for Human Rights Policy at the Harvard Kennedy School hosted a symposium that aimed to:

1. Strengthen collaboration among stakeholders working on issues at the intersection of human rights and technology and

2. Deepen our understanding of the nature of collaboration among different technical and scientific communities working in human rights.

The symposium brought together practitioners and academics from different industries, academic disciplines and professional practices. Discussion centered on three clusters of scientific and technical capacities and the communities of practice associated with each of them. These clusters are:

• Geospatial Technology: The use of commercial remote sensing satellites, geographical information systems (GIS), unmanned aerial vehicles (UAVs) and geographical positioning satellites (GPS) and receivers to track events on earth.
   
• Digital Networks: The use of digital platforms to link individuals in different locations working towards a common goal, such as monitoring digital evidence of human rights violations around the world. It often involves crowdsourcing the collection of data over digital networks or social computation – the analysis of data by volunteers using digital networks.
   
• Forensic Science: The collection, preservation, examination and analysis of evidence of abuses and crimes for documentation, reconstruction, and understanding for public and court use. Among the more prominent evidential material in this area includes digital and multimedia evidence as well as corporal and other biologic evidence.  When considering the use of digital technologies, we might say that forensic science involves the recoding of material objects into binary code. This domain includes massively parallel DNA sequencing technologies as well as document scanning and data management technologies.

In their landmark 1998 book, Activists Beyond Borders, Kathryn Sikkink and Margaret Keck wrote that “by overcoming the deliberate suppression of information that sustains many abuses of power, human rights groups bring pressure to bear on those who perpetuate abuses” (Keck and Sikkink, 1998, Kindle Locations 77-78).  The Carr Center’s symposium on technology and human rights explored the ways modern human rights organization use science and technology to overcome the deliberate suppression of information.

Speakers discussed the latest advances in each of the key technologies represented at the symposium and used today by human rights organizations.

Steven Livingston and Sushma Raman co-organized the event. Livingston is Senior Fellow at the Carr Center and Professor of Media and Public Affairs and Professor of International Affairs at the George Washington University; Raman is the Executive Director of the Carr Center at the Harvard Kennedy School of Government.

Full online version here.

Well before the invention of laptops and the World Wide Web, the Massachusetts Institute of Technology mathematician, computer scientist, and education visionary Seymour Papertrealized that connected electronic devices could improve the educational experience of students, even for those who face poverty and geographical isolation. His recent death has a particular poignancy in Kenya where the extreme disparities in educational opportunities among different schools and students exacerbate already serious social and economic tensions. Several weeks ago, I traveled to Nairobi to gain some perspective on Papert’s vision.