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.
Internet Of Things
Since 2007, a major consulting firm has conducted an annual survey on organizations’ “Digital IQ.” In the ten years of organizations grappling with digital transformation, what has been learned? From the report: Focus on the human experience [emphasis in the original]: Rethink how you define and deliver digital initiatives, consider employee and customer interactions at every step of the way, invest in creating a culture of tech innovation and adoption, and much more.
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.
The idea of portable content is nothing new. Content needs to be mobile ready, responsive, and readily consumed by tools such as the Internet of Things (IoT)—a proposed development of the Internet in which everyday objects have network connectivity, allowing them to send and receive data. Developers need to stop creating fixed, single-purpose content and start making it more future-ready, flexible, and reusable. Two significant factors assist in portability are information architecture (IA) and content strategy (CS).
It is at the intersections of fields where you find the most fascinating and innovative concepts. Recently, a conference on “Open Human Resources and the Cognitive Era” explored the use of chatbots and blockchain technologies in human resources. Human Resources (HR) is quietly undergoing a revolution as many HR practitioners are transforming HR by using open source concepts. It is fascinating to see how cognitive technologies and cloud technologies are changing HR from a transactional and compliance function to an essential strategic organizational asset.
International telecommunications network operator, Ericsson, released their Mobility Report around the future of mobile recently with a bunch of interesting data around the future of telecommunications and mobile. The surprise star of the report is not mobile phones though—although it will continue to grow, especially in emerging markets where it hasn’t reached saturation like it has in the U.S.—it’s the Internet Of Things (IoT), which is projected to surpass mobile phones by 2018 according to Ericsson.
Business processes have fascinated me since I took an undergraduate philosophy course in modern business management. A part-time professor who was a management consultant by day taught this unusual class. Perhaps business management thinking was first experimenting with ideas that would later lead to the agile and lean movement today. From this class I learned that nearly all organizational issues could be traced back to bad processes rather than poor workers.
Internet strategist Mary Meeker delivered her 2016 Internet Trends report this month, and there are several key takeaways for government agencies to consider and continue tracking as our connected world continues to evolve: Mobile phone adoption and Internet growth is meeting saturation. Incremental global growth will continue (especially in India, which she called out for their wild expansion) but especially for Americans, most people that want to be on the Internet can be on the Internet.
Cognitive computing has been receiving a good deal of attention lately as more companies have been building intelligent agents. Ever since IBM Watson’s 2011 appearance on Jeopardy, cognitive computing has spread into healthcare, investing and even veterinary medicine. However, it is only recently that cognitive computing has spread into government applications. As the name implies, cognitive computing is where computers operate much like the way people think. Computers use data mining techniques, pattern recognition algorithms and natural language processing to search a large set of unstructured data to find solutions.
Ten months ago, I wrote about the rise of the post-app world in which mobile personal assistants would do the work of five to 10 apps combined. These mobile personal assistants, now known as chatbots, would work through conversational interfaces (voice and instant messaging, for example). The idea is to build more natural interfaces for people to access information services and perform complicated online tasks. Facebook has now joined in the new conversational commerce marketspace along with Google and Apple.
Open data and APIs* have not only transformed the federal government; open data and APIs are also transforming tribal, state and local governments. Like federal agencies, some tribal, state and local governments are ahead of other governments in open data innovations. This situation reminds me of my earlier work with the Office of Intergovernmental Affairs in the General Services Administration. In 1998, I was a Presidential Management Fellow working on a project to catalog how state and local governments were using websites to deliver government information and services.
Many IT pundits predict 2016 will be a major tipping point in data and related technologies. Here are just a few predictions: 1) The Internet of Things—The number of devices that can connect to the Internet increases, especially in consumer electronics. Also, the number of sensors will dramatically increase providing more real-time data on weather, electrical power usage, and similar data. The number of devices connected to the Internet is projected to exceed the number of human Internet visitors.
As we move into 2016, here are 10 trends I foresee flourishing around mobile, technology and government: The mobile-majority tipping point in government. Many agencies are already past this point, but as a whole, government websites are still desktop-majority, with 66% of people accessing federal websites via desktop and 34% on mobile. In 2016, the double-digit mobile growth will continue to accelerate and surpass 50% for almost all agencies. (Much of the Web passed this point last year or in 2014, btw).
An industry group tracking the growth and production of the “Internet of Things,” a term given to Internet-connected devices and accessories, is predicting that growth will slow over the next 6 months, but then surge 3 times as fast, over the following year. The research was organized by the IoT M2M Council, which is made up of 140 executives in the Internet of Things space. MediaPost described it as “the calm before the IoT storm.
The Internet of Things is already here. How will we prepare for the Internet of Everything? David Bray, Chief Information Officer at the Federal Communications Commission, and Eisenhower Fellow, spoke about the IoT, IoE, and the need for change agents during the 2015 DigitalGov Citizen Services Summit. Bray argued that the IoT is already here, with devices like smartphones and FitBits widely used. As we move towards the IoE, when everything is connected, Bray asked attendees to consider the implications of IoE on what we do in public service.
Finding and getting access to our own health information can be a complex process. And most of us don’t really think about having our health information readily accessible until we really need it – like in the event of an emergency, or when switching doctors or traveling. Combing through stacks of paperwork and contacting providers is daunting for even the most organized among us. However, this familiar scenario is being reimagined.
Mobile World Congress, the world’s largest mobile infrastructure, software, hardware, product and app show, took place in Barcelona, Spain, and I attended for the fifth time. This year’s show shattered previous records with more than 93,000 attendees across all the areas that mobile touches. Here are a few notable trends and topics that I came away with and what government agencies should learn from them: Phone Sizes One notable trend (or slowing of an explosive trend) was the size of mobile devices seems to have stabilized—for now.
APIs and apps have been created for almost every aspect of human life. There are alarm clock apps, fitness apps, cooking apps, and personal finance apps, just to name a few of the thousands of apps available today. Most areas of society are well-represented in the app world except for one large portion of the American public—rural America. There need to be more apps for rural America. Fortunately, the U.
Mobile user habits are a moving target, and designers have to adjust accordingly. Creative Bloq offers their Top 5 Trends in App Design for 2015 gathered from trends in changing hardware, increasing popularity of apps and the increasingly personal nature of mobile devices. Bigger Screen Sizes. As we noted in last week’s Trends on Tuesday post, the smartphone sales increase in 2014 was partially due to the growing numbers of “phablet-sized” smartphones.
The newest addition to the federal government’s social media utility belt may also be one of its most powerful, as IFTTT (as in “If This Then That”) combines 166 channels like Twitter, Android and iOS Location and RSS into “recipes” that can integrate government social media, data, location-based services and the Internet of Things. The service, now one of nearly 80 social media platforms with federal-friendly Terms of Service, will both empower federal managers to operate more effectively and open its Developer platform to fuel everything from open archives to wearable devices with government APIs.
Smartphone adoption rate continues to rise, but the screen sizes users adopt continue to evolve. According to preliminary data from the International Data Corporation (IDC) Worldwide Quarterly Mobile Phone Tracker, smartphone vendors shipped a total of 375.2 million units during the fourth quarter of 2014. IDC states that this was an increase of more than 25%, compared to the fourth quarter in 2013. For the full year, IDC says the worldwide smartphone market saw a total of 1.
Innovative wearables, stronger wifi and more 3D printing have been among the many projections for the future of mobile in 2015. Whatever comes to pass, we can be certain that the anytime, anywhere user will develop new habits and desires based on new trends. Government must accelerate its customer service approach with anytime, anywhere efforts to keep up. Here’s what I see agencies will have to do to keep up and–just maybe get ahead–in 2015.
As we move into 2015, the amount of data available in the digital ecosystem will increase very rapidly because of the Internet of Things (IoT), social media and wearable tech. In the future, the problem lies not only with data collection, but with what one does with the data. Big Data, one of the main and recurring buzzwords of the digital century, will remain important, but will force us to answer the question of what we will do with the data.
No Mobile Gov Month on DigitalGov would be complete without an update on the Internet of Things. Regardless if you’re talking wearables, smart homes, sensors or any other connected device, your current mobile approaches will be impacted—as will your social media, user experience and data strategies. When we last visited the topic in April, discussion in the federal government was minimal. That’s no longer the case. Just this month there were multiple panels about it at the Tech-In-State: Mobile Diplomacy event and the Federal Trade Commision (FTC) was very active at the 2nd Annual Internet of Things Global Summit where FTC Chairwoman Edith Ramirez gave a keynote about challenges around IOT.
Ghosts. Ghouls. Zombies. Multi-stakeholder content audits. This Halloween there is no shortage of terrors lurking to keep federal Web managers up all night, and our work is largely done in one of the scariest domains of all: cyberspace. Every moment of every day, a vast system of computers and networks are actively working to support virtually every aspect of modern life, and along with it creating opportunities for Internet trolls, goblins, and other nefarious villains to target and exploit all manner of personal and professional information.
Mobile devices are moving closer to the center of the social universe, according to this Sproutsocial article. Platforms like Instagram, Pinterest and Twitter are overwhelmingly used on the go. Comscore predicts that there will be increasing monetization via social in the coming years. In the banking industry, where data shows many people have stopped going to brick and mortar banks, tying mobile and social together is critical. Organizations are increasingly adopting a SoLoMo approach in which they leverage the interplay between social, local and mobile.
The Internet of Things, a concept approaching reality, is best described as objects (think appliance, trees, etc.) in the world equipped with identifying devices or machine-readable identifiers that make them connected to the Web. This handy infographic charts the history and development of the idea and perhaps this washing machine could be a roadmap to the future. The fourth annual Internet of Things Dayis Wednesday, April 9th. It was created by the Internet of Things Councilto encourage interested people around the world to connect by hosting and attending meetups, hackathons, and spending time with others to help jump-start important categories of conversation and collaboration around this technology.
The federal government can now unlock the collaborative “genius” of citizens and communities to make public services easier to access and understand with a new free social media platform launched by GSA today at the Federal #SocialGov Summit on Entrepreneurship and Small Business. News Genius, an annotation wiki based on Rap Genius now featuring federal-friendly Terms of Service, allows users to enhance policies, regulations and other documents with in-depth explanations, background information and paths to more resources.
In 25 years, imagine a world where anytime, anywhere, any device is just taken for granted. That’s the theme from the responses we got from our Mobile Gov Community of Practice members when we asked them to predict the effect mobile would have on the Web over the next 25 years. While no one claimed to have the exact answer, most members described a future state where the Web was pervasive, not just tied to your computer or smartphone, but interacting with anything and everything.
Do you know what the most important technology will be 12 years from now, in 2025? A recent report on Disruptive Technologies from McKinsey & Company predicts a number of evolving technologies that will have the biggest impact in the next decade or so, including for government agencies. Disruptive technologies are those that have the potential to disrupt the status quo, alter the way people live and work, rearrange “value pools” and lead to entirely new products and services, the report says.