Spring may be my favorite time of year. The snow is melting, the sun is shining, and the air smells just a little bit fresher. It's as though the world is setting an example for the rest of us, letting us know that it's time to start fresh. It's time for spring cleaning -- and in the security world, spring cleaning means more than just wiping down countertops and lighting a few scented candles.

Consumers are becoming increasingly concerned about the hacking of their devices and data as they hear about more data breaches and have their own experiences with issues such as ransomware, identity theft and botnet attacks. Concerns about data security also have been shown to increase with ownership of more connected devices. Currently, U.S. broadband households own an average of 10.4 connected devices.

It is expected that 5G will move aggressively into the market, with near-complete major metropolitan coverage by the end of the year. This technology is a game-changer, but it doesn't come without issues, one of which is the massive change in network loading. 5G will shift the bottlenecks from the wireless networks to the backhaul, where the expected massive increase in traffic will force some rather impressive network upgrades.

No one knows for sure how many "things" are connected to the Internet, but the Federal Trade Commission reported last year that it was more than 8 billion, and that it would exceed 20 billion by the end of 2020! Astonishing as it seems, it turns out that U.S. privacy laws do not apply to all of those devices and the data they collect. So, for the third time in three years, the Senate has proposed a new law.

Long-term trends in the technology segment are often the result of structural change. One such change in the semiconductor space was the shift to outsourcing specialized functions, including technology development in the form of intellectual property, chip design, fabrication, and packaging and test. That change has sparked a trend toward customization.

The artificial intelligence revolution has been going on for a while, but that does not mean all of software research and development is part of it. It is, nonetheless, an interesting example of what pushes the software industry forward. The ideas and techniques that brought machine learning into existence were developed over the span of several decades.

Annual sales of all connected home devices are expected to exceed 520 million units by 2022, based on Parks Associates forecasts. Specific use cases for artificial intelligence in the smart home will help drive adoption of new devices and services as intelligent outcomes increase product value. Security use cases are the leading drivers of adoption.

Microsoft and Kroger announced a collaboration on Retail as a Service to equip stores with Kroger Technology products that run on Microsoft Azure. The technology utilizes the IoT, connectivity, the cloud, and data collection and analysis to improve both customer experiences and store bottom lines. Two stores will pilot a smart technology system connected by IoT sensors, running on Microsoft Azure.

Salesforce has announced the addition of IoT Insights to Field Service Lightning. The new tool permits signals from IoT devices to show up directly on Salesforce Service Cloud and Field Service Lightning mobile app consoles, alongside CRM data. Service organizations can draw on those IoT signals to anticipate and diagnose issues remotely, determine the source of the problem.

The Mozilla Foundation is expanding a campaign begun last year to help consumers buy safe, secure connected toys and mobile gadgets this holiday season. Mozilla's 2018 edition Privacy Not Included buyers' guide offers an assessment of the privacy and security qualities of 70 products, ranging from connected teddy bears and smart speakers to game consoles and smart home gadgets.

Customers are crucial to a successful business. They can be one-off customers or repeat buyers. Ideally, a business wants a mix of both. Problems arise when marketing tactics fail to attract either type, which is why customer engagement is so critical in today's hypercompetitive e-commerce environment. It should be no surprise that customers prefer companies that treat them as valued individuals.

There is a well-known joke among security professionals: Q: "What does IoT stand for?" A: "Internet of Threats." Sadly, this joke is our reality. An estimated 20.4 billion Internet of Things devices will be deployed by 2020, according to Gartner, in what some have dubbed "the fourth industrial revolution." These connected devices are being manufactured to streamline everything we do.

An increasing number of healthcare professionals have become alert to the need for well-rounded medical device security in recent years, and players throughout the industry have started putting more effort into raising the bar. Developers have become aware of the most glaring holes, and more information security researchers have been brought into the fold.

The healthcare cloud has been growing incredibly, becoming an ever-more-important element of health information technology, or HIT. There are many reasons why the HIT cloud has been becoming more prominent, such as research and development and collaboration. Since the cloud has been expanding so rapidly, this may be a good time to reconsider security.

"If you think about Internet threats like phishing and botnets and malware -- all of those start with a DNS -- a domain name system. And so every kind of nefarious act leaves footprints and fingerprints in the DNS. That's something that cannot be faked," said Farsight Security COO Alexa Raad. For example, "a lot of the new domain names that are registered are typically registered with bad intent."

The Internet of Things may be in its infancy, but the U.S. government has been gearing up to determine what the proper federal role should be, both for encouraging and for regulating the use of IoT technology. Two recent developments have underscored the government's interest in IoT. On the regulatory front, the CPSC has launched an initiative to determine a framework for regulation.

One of the loudest buzzes in the Internet of Things is around smart homes. Vendors have rushed to connect everything imaginable within a house, including lights, appliances, entertainment systems, windows, shades, door locks, ceiling fans, faucets, smoke detectors, security systems, furniture -- basically anything with a battery or power cord now can be connected.

The healthcare industry has been moving toward medical equipment connectivity to speed up data entry and recording, as well as improve data accuracy. At the same time, there has been a shift toward incorporating consumer mobile devices, including wearables. "The demand for connected devices has increased rapidly in recent years," noted Leon Lerman, CEO of Cynerio.

Worldwide IoT spending will total nearly $773 billion this year, IDC has predicted. The IoT will sustain a compound annual growth rate of 14.4 percent, and spending will hit $1.1 trillion by 2021, according to the firm's forecast. Consumer IoT spending will total $62 billion this year, making it the fourth largest industry segment, after manufacturing, transportation and utilities.

Apple has released iOS 11.4, the latest version of its mobile operating system, with some beefed-up features for its HomePod wireless smart speaker. The update allows users to create a stereo pair with two HomePods. It also supports multiroom streaming through AirPlay 2 connections. Music can be played in every room with a HomePod. It can be the same music in every room or tailored for each room.

The cloud offers a host of potential uses, according to the healthcare industry and academic medical center representatives who participated in a Healthcare Information and Management Systems Society survey. Application hosting was the top use, identified by 90 percent of the respondents. Disaster recovery and backup, and hosting application data were among other uses cited.

Microsoft CEO Satya Nadella has sounded a call for computing to empower everyone. "The world is becoming a computer," Nadella said in the opening keynote address at Build 2018, the company's premiere event for developers in Seattle. "Computing is getting embedded in every person, place and thing. That's the opportunity that we have. It's in some sense endless," he added.

Fitbit and Google on Monday announced a new partnership on healthcare. Fitbit will develop consumer and enterprise health solutions that will use Google's new Cloud Healthcare application programming interface. Fitbit also will move to the Google Cloud Platform to innovate and advance its products and services. Fitbit will leverage Google Cloud's infrastructure and security features.

Smart home and consumer IoT solutions promise significant opportunities for the insurance industry in terms of reducing costs, alleviating risks, deepening customer engagement, and creating new services and revenue streams. There are many barriers ahead to overcome, but given the tremendous upside, insurance companies have begun attacking these challenges with a multi-tiered strategy.

Canonical has released the Ubuntu 18.04 LTS platform for desktop, server, cloud and Internet of Things use. Its debut followed a two-year development phase that led to innovations in cloud solutions for enterprises, as well as smoother integrations with private and public cloud services, and new tools for container and virtual machine operations.

Microsoft has opted to use its own version of a Linux operating system instead of Windows 10 to drive its new Azure Sphere solution for securely connecting Internet of Things devices. Microsoft introduced Azure Sphere last week at the RSA security conference in San Francisco. Azure Sphere is a platform that connects microcontroller units, or MCUs, embedded in cloud-connected devices.

Anyone who has attempted to adopt Salesforce cloud solutions in an enterprise environment knows that it may not be as easy as expected because of the additional effort typically required to integrate data sources. This is a common problem that has plagued the enterprise application industry since its inception. In fact, it spawned an entire subsegment of integration vendors and service providers.

Sony Semiconductor Solutions, Nikon, Foxconn, Scenera and Wistron have formed an alliance to create standards that allow surveillance and IP cameras to play well with each other. The NICE Alliance, unveiled Monday, aims to create a new smart camera ecosystem, along the lines of the mobile ecosystems that have become so familiar. The "NICE" acronym stands for "Network of Intelligent Camera Ecosystem."

Millions of smart TVs from Samsung and some streaming devices from Roku recently were found to be vulnerable to cyberattacks, allowing intruders to take control and remotely change channels and volume settings, among other things, according to Consumer Reports research. Vulnerabilities were discovered not only in Samsung televisions, but also in TVs from TCL and other Roku-compatible brands.

The 5G standards target billions of new devices that will connect to operators' networks over the next decade and beyond. Each device type serves a use case that can be high-volume with low throughput requirements, or low-volume but high-value from a customer's point of view. The list of use cases keeps growing as new types of devices are added to the network, and as existing devices find new use cases with embedded mobile connectivity.