The FAKE45 sign in the photo lower right corner appearing on the front page of today's Washington Post -- ironically in front of the Department of Justice headquarters -- captures a result of yesterday's events that may have far-reaching consequences. About 4.5 million people -- including a million in Washington DC alone -- spontaneously came together from every corner of the nation and world to question the legitimacy of a Trump Administration, express disdain for its actions, and assert the repugnancy of its positions. I was there.
What will the Internet look like in the next seven to 10 years? How will things like marketplace consolidation, changes to regulation, increases in cybercrime or the widespread deployment of the Internet of Things impact the Internet, its users and society? At the Internet Society, we are always thinking about what's next for the Internet. And now we want your help!
Last week I was at the National Slate Museum in Wales watching slate being split apart. On the wall were sample pieces of all the standard sizes. These have cute names like "princess". For each size, there were three standard qualities: the thinnest are the highest quality (at 5mm in thickness), and the thickest have the lowest quality (those of 13mm or more). Obviously, a lighter slate costs less to transport and lets you roof a wider span and with less supporting wood, hence is worth more.
While conventional cyber attacks are evolving at breakneck speed, the world is witnessing the rise of a new generation of political, ideological, religious, terror and destruction motivated "Poli-Cyber™" threats. These are attacks perpetrated or inspired by extremists' groups such as ISIS/Daesh, rogue states, national intelligence services and their proxies. They are breaching organizations and governments daily, and no one is immune.
I was naively optimistic in the early days of the Internet, assuming that it would enhance democracy while providing "big data" for historians. My first taste of that came during the Soviet coup attempt of 1991 when I worked with colleagues to create an archive of the network traffic in, out and within the Soviet Union. That traffic flowed through a computer called "Kremvax," operated by RELCOM, a Russian software company. The content of that archive was not generated by the government or the establishment media -- it was citizen journalism...
The Updated Supplementary Procedures for Independent Review Process ("IRP Supplementary Procedures") are now up for review and Public Comment. Frankly, there is a lot of work to be done. If you have ever been in a String Objection, Community Objection, or negotiated a Consensus Policy, your rights are being limited by the current way the IRP Supplementary Procedures proposal is structured. With timely edits, we can ensure that all directly-impacted and materially-affected parties have actual notice of the IRP proceeding...
Back in 2003, there was a race to pass spam legislation. California was on the verge of passing legislation that marketers disdained. Thus marketers pressed for federal spam legislation which would preempt state spam legislation. The Can Spam Act of 2003 did just that... mostly. "Mostly" is where litigation lives. According to the Can Spam Act preemption-exception...
The new year is upon us and it's time for our annual look at CircleID's most popular posts of the past year and highlighting those that received the most attention. Congratulations to all the 2016 participants and best wishes to all in the new year.
Two events, which made headlines in the digital world in 2016, will probably frame the Internet Governance Agenda for 2017. October 1, 2016, the US government confirmed the IANA Stewardship transition to the global multistakeholder community. November 2, 2016, the Chinese government announced the adoption of a new cybersecurity law which will enter into force on July 1, 2017.
A shift has occurred in agriculture: farmers are not only relying on clouds but increasingly, on the cloud. With the click of a mouse, farmers can find out which fields need water and chemical inputs in real time. The use of this technology, called precision agriculture, is helping farming become more productive, environmentally friendly and is revolutionizing how our food is cultivated.