The big issue is the mass scale big data collection strategies using social media intelligence, CCTV, behavioral biometrics using facial recognition and visual analytics to monitor human activities, the keystroke-level tracking of end-users by third parties on Internet websites, the use of in-bound technology devices that conduct ICT surveillance and home monitoring, and even fitness trackers we carry alongside our mobile phone that are set to control our health insurance premiums.
Information generated on social media sites such as Twitter, Facebook, Flickr, and Instagram are fast becoming powerful and ubiquitous new sources of time-critical data needed to aid decision making during extreme weather events and emergency situations.
We must challenge ourselves to transcend our familiar notion of the IT artifact as just an inanimate tool standing by for our use like some sort of mechanical device, neatly separable and distinct from us. It is far more productive to view Information Technology as practice.
Citizen trust and confidence in the public institution and notions of the public good are, in many ways, the bottom line for the public sector.
Today, over 90% of U.S. teenagers are online. When it comes to social media, 50% of all teenagers log on at least once a day, with 22% logging on more than 10 times a day. We, like our parents and their parents before them, are worried about the effect that technology is having on the development of our kids. The author discussed the five rules for teaching teens to live with technology responsibly.
As technological advances disrupt existing markets and value networks, change can outpace our ability to adapt.
The Trump administration cannot simply reject current theories of climate change based on nothing more than that it may conflict with a constituency’s self-interest or one’s sheer lack of understanding.
Australian Aboriginal sovereignty is no longer just about Aboriginal communities retaining rights to their own land. The most brutal types of dispossession are the latest forms of data retention, decreased privacy, and unwarranted use of this personal data as a result of activities being collected, analyzed, and intelligently manipulated by geographically remote entities, all thanks to the Internet.
Twenty-five years ago we didn’t know that solar energy, including modular photovoltaic (PV) plants ranging in size from 1 kW to hundreds of megawatts, along with increasingly larger, electronically-aided wind generators (up to 8-MW offshore units), would become in just 25 years the cornerstones of a revolution in power production that is drastically changing the face and fate of power systems.
While societal change often takes place over extended periods of time, at key times in the history of human society, innovation can be accelerated by a combination of necessity and serendipity. We are currently experiencing such an accelerated transition.
Unmet local concerns related to renewable energy projects can result in costly project delays or cancellation. Strong political and financial incentives encourage state authorities and renewable energy developers to address issues of social acceptance.
Frugal innovations are all the rage. Their appeal stems from lower costs to society at large.
The IEEE Society on Social Implications of Technology announces the selection of Jeremy Pitt, Professor of Intelligent and Self-Organizing Systems at Imperial College, London, U.K., as Editor-in-Chief of IEEE Technology and Society Magazine, beginning January 1, 2018.
The conversation about “Web Science” is becoming more urgent and more central to the future of the planet and the way we live a life worth living.
In today’s world of climate denial and vaccine skepticism, one would be forgiven for assuming that an anti-intellectual, anti-expertise, anti-truth wave is sweeping the globe, and that the rise of the far right necessarily spells an end for science-informed policy.
At Brave Conversations we tried to do something different — not to have a conventional conference where everyone hid behind their professional personae, delivered papers and were generally spoken at.
Licensing of Engineering Professionals: Is there any validity to this practice? The Education Department of the State of New York says — there is. IEEE Policy also says there is. The reality, I have come to continuously over four decades in practice as an electrical power engineer in the service of more than a dozen U.S. firms — is that there is none!
We need our brains to adapt advantageously for ingenious design and development, especially as the time between stimulus and response becomes precariously pressurized.
Using biometric technology to identify and monitor people raises human rights concerns. In particular, biometrics are often associated with intrusions into privacy.
The next generation of socio-technical system can be seen as a kind of “focal point” for the convergence of a number of current trends in computing, information systems, and information technology. These trends include the technology-driven instrumentation of infrastructure by ubiquitous computing and/or “intelligent” devices, with the prefix “smart” now taking precedence over the prefix “e-,” i.e. SmartGrids, SmartCities, SmartMotorways, etc., rather than the e-commerce. e-health, e-learning initiatives commonplace at the turn of millennium.
Pillar 2 is focused on professional and research ethics, ethics in the development of technologies, ethics in the context of Sustainable Development and Humanitarian Technology, as well as engineering ethics education.