Information systems—from communications platforms to internet-connected devices—require both security and privacy safeguards to work successfully and protect users in our increasingly complex and interconnected world. Toward these ends, the National Institute of Standards and Technology (NIST) has issued a new draft revision of its widely used Special Publication (SP) 800-53, Security and Privacy Controls for Information Systems and Organizations. Developed by a joint task force consisting of representatives of the civil, defense and intelligence communities, the draft fifth revision of SP 800-53 (8.
I recently had the chance to talk with the legendary Vint Cerf, one of the founding fathers of the internet. We had a wide-ranging discussion about the past, present and future of the internet, network security and what it would take to successfully, safely and reliably merge the digital and physical worlds, a concept known as the “Internet of Things,” or IoT. As its name suggests, the internet of things will connect all kinds of things, bringing us a wealth of data about, well, everything that we can use to improve our lives.
The first chatbot, ELIZA, was created back in 1964 to demonstrate that communication between humans and computers would be superficial. However, much to Dr. Weizenbaum’s (ELIZA’a creator) surprise, people easily formed friendly relationships with the computer program. People forming relationships with ELIZA was especially surprising considering just how simple the program was regarding generating conversational responses. ELIZA essentially parroted back what the users typed but, this was enough to convince people that the program seemed to care about the person.
Recently a segment on my favorite morning news program stopped me in my tracks. The young and attractive hosts (why are they always so young and attractive?) were demonstrating new appliances including a smart refrigerator. The fridge was equipped with all kinds of high-tech features including touch screen displays, a camera inside that allows you to see the contents and Wi-Fi connectivity. You can see inside your fridge while grocery shopping, how convenient!
In December, I plan to write two postings detailing a scenario analysis for the next ten years of the Federal government’s data technologies. Governments are on the cusp of amazing technological advances propelled by artificial intelligence, blockchain technologies, and the Internet of Things. Also, governments will face new challenges such as the recent global cyber attack that took down Twitter and Netflix. I want to invite you, the reader, to also send in your predictions for the future of Federal government data.
The Data Briefing: Harnessing the Internet of Things and Synthetic Data to Provide Better Flood Warnings and Prevent Veterans Suicides
Two significant items in federal government data in the last few weeks: The Department of Commerce releases the National Water Model. The National Water Model provides a comprehensive model of river flows so local communities can better prepare for possible flooding events. What is especially amazing about the National Water Model is that it pulls data from over 8,000 stream gauges. Stream gauges are automated measuring stations that measure water flow, height, surface runoff, and other hydrological data.
“Smart City” is an emerging term to describe how a community – large or small – uses connected technology and/or other data sets to influence and improve the delivery of services to the private and public sectors. By integrating data and connectivity into their daily operations, communities can automate many functions to create efficiencies and maximize their resources. These were just some of the many concepts discussed last week at the Smart Cities Innovation Summit in Austin, Texas, which brought together leaders from over 200 cities and towns to share information about how to best leverage state-of-the-art data solutions for the benefit of their communities.