With the immense growth of the Internet of Things (IoT) or connected world, we have been introduced to devices that are no longer static or perpetual. In the past, buying hardware generally meant it would remain in an isolated environment with no continuous updates; and if an update was required, it was carried out by a technician.
Although embedded systems and embedded software are not new kids on the block, rapid growth in the Internet of Things has recently brought them into the spotlight. If your business has set its products on the path to IoT monetization, these are two terms well worth knowing.
LicensingLive! 2016 is less than a week away and the agenda item that has me most intrigued is a keynote presentation by NFL six-time Pro Bowler Terrell Owens.
Every business will be a software business. That’s what Microsoft CEO, Satya Nadella famously said in 2015, but he wasn’t the first. In fact it’s an idea and phrase that has now become so pervasive among the “technorati” that actually digging into it and fully understanding its meaning for the average business may sometimes become overlooked.
Innovation in farming technology can tell you a lot about how the IoT affects business models in the 21st century. Whether you’re a device manufacturer or software developer, it is important to evaluate the type of offering you bring to market in light of emerging markets and trends. In this article, we present five lessons every IoT player can learn from technological advancements in agriculture.
I recently published an article on sandhill.com about the adoption of emerging business models for IoT-connected devices. The article looks at how IoT connectivity has led to increased risk for hardware manufacturers, namely IP theft, piracy, misuse, and reverse engineering, and how software monetization solutions can help overcome these risks.
As the Internet of Things (IoT) continues to grow, the implications for business model innovation are huge. One of the major drivers in this connected landscape is the shift in end-user preferences: there is an increasing demand for flexible pricing models, ease of access to software upgrades, and a superior customer experience. As a result of the rise in connectivity, end users’ perception of value and what they are willing to pay for is changing drastically. Therefore, to take advantage of the IoT, independent software vendors and intelligent device manufacturers alike need to fundamentally rethink their orthodox attitudes towards value.
In Part 1 and Part 2 of this series, I looked at some of the key drivers of the IoT, its 10 main areas, the importance of ecosystems, and the 4 Values Framework. This framework is an effective way for large, established companies and emerging startups to evaluate how they can best monetize their IoT opportunities. I have already covered two of the framework’s four components: vertical integration and value creation, and in this article, I will talk about the remaining two: value migration and value delivery systems.
Our most recent analysis of the software licensing and monetization market shows that some core value propositions endure even as the technology and its applications undergo significant evolution and change. Software licensing solutions were originally created with the goals of preventing piracy and protecting revenue of software products.
My previous article on monetizing IoT spoke about some of the key drivers of that space, the 10 main IoT areas, the importance of ecosystems, and other major considerations. In this follow-up article, I’ll focus on the 4 Values Framework that we’ve used to help several of our clients – both large, established companies and emerging startups – define their IoT strategies.