Internet of Things

Edge Computing, Fog Computing, IoT, and Securing Them All

The oft used term "the Internet of Things" (IoT) has expanded to encapsulate practically any device (or "thing") with some modicum of compute power that in turn can connect to another device that may or may not be connected to the Internet. ... The information security community -- in fact, the InfoSec industry at large -- has struggled and mostly failed to secure the "IoT". This does not bode well for the next evolutionary advancement of networked compute technology.

A Three Minute Guide to Network Automation Bliss

The cloud computing paradigm has been making steady progress in 2016. With the DevOps model making its way from cloud to networking, the business upside of fully automated service architectures is finally beginning to materialize. The associated service agility is expected to unleash new business models that transform the ways in which applications and connectivity can be consumed.

The Effects of the Forthcoming FCC Privacy Rules on Internet Security

Last week, the Federal Communications Commission (FCC) announced new privacy rules that govern how Internet service providers can share information about consumers with third parties. One focus of this rulemaking has been on the use and sharing of so-called "Consumer Proprietary Network Information (CPNI)" - information about subscribers - for advertising. The Center for Information Technology Policy and the Center for Democracy and Technology jointly hosted a panel exploring this topic last May...

Taking a Closer Look at the Recent DDoS Attacks and What it Means for the DNS

The recent attacks on the DNS infrastructure operated by Dyn in October 2016 have generated a lot of comment in recent days. Indeed, it's not often that the DNS itself has been prominent in the mainstream of news commentary, and in some ways, this DNS DDOS prominence is for all the wrong reasons! I'd like to speculate a bit on what this attack means for the DNS and what we could do to mitigate the recurrence of such attacks.

Trust Isn’t Easy: Drawing an Agenda from Friday’s DDoS Attack and the Internet of Things

Last week, millions of infected devices directed Internet traffic to DNS service provider Dyn, resulting in a Distributed Denial of Service (DDoS) attack that took down major websites including Twitter, Amazon, Netflix, and more. In a recent blog post, security expert Bruce Schneier argued that "someone has been probing the defences of the companies that run critical pieces of the Internet". This attack seems to be part of that trend. This disruption begs the question: Can we trust the Internet?

The Massive Cyberattack or Chronicle of a Strike Foretold

During the last Computer Law Conference organized by ADIAR (Argentina Computer Law Association) and the Universidad Nacional de Sur, I gave a conference on the Internet of Things, cybercrime and dangerous situation presented by the lack of proper regulation -- a topic in which I have one of my research projects. At the moment some people argued that I was talking about something that might happen in a relatively distant future, dissenting with my view that the possibility was imminent..

The Internet Needs a Security and Performance Upgrade

Many of you will have seen news stories that explained what was going on: a huge DDoS attack on the infrastructure of Dyn had taken down access to many large websites like Twitter. A great deal of digital ink has since been spilled in the mainstream press on the insecurity of the Internet of Things, as a botnet of webcams was being used. Here are some additional issues that might get missed in the resulting discussion.

Africa, Let’s Embrace v6 Now!

AFRINIC is the regional Internet registry for Africa, and our core activity is to manage and distribute Internet numbers resources (IPv4, IPv6 and ASN's) to the 57 economies in Africa. IPv4 address scarcity is a very real issue worldwide, the internet keeps growing and the demand for Internet addresses will continue to grow. Africa has the lowest number of Internet users in the world. Internet's penetration in Africa jumped from very low level in 2009, to around 16% of individuals in 2013 and over 20% in 2015.

Fast-Moving Technologies Need Bottom-Up Standards

Technical standards typically are not something we think about: they simply make things work. Credit for this goes to the innovators who ensure that the technical standards needed to make many of our devices work together are robust and effective. Given how central telecommunications and information and communications technologies (ICTs) are to our economies and to how we live, it is crucial that they function as expected. Standards enable interoperability, as well as functionality, reliability, and safety.

The Internet’s Climate Quandary and the Inconvenience of Practicing What We Preach

It all started earlier this year in June. I was coding transcripts of the past global Internet Governance Forum (IGF) meetings as part of a data mining exercise for DiploFoundation's Geneva Internet Platform (GIP). Pouring over transcript after transcript, the work was tedious, but I was learning a great deal about the Internet governance community as well. My interest was piqued by the conversations, the familiar names I came across, and the multi-stakeholder manifestation of politics, perspectives, and positions.