Is Blockchain Technology In Your Company’s Future?

It is hard to pay attention to the flow of news today and not hear about Bitcoin. Every segment of the news media — even celebrity gossip — seems to have an interest in this radical remake of value exchange. Bitcoin gets the headlines, but the underlying technology — blockchain — is the real news. It is a quintessential foundational technology, and it will have a big impact on engineering, manufacturing, and construction processes.

Blockchain’s Fundamental Capabilities

Before I get into how blockchain will be a game changer, let’s review the technology’s fundamental capabilities. Blockchain is a peer-to-peer network sitting on top of the Internet, just as the World Wide Web or the email protocol does. It took 30 years for the set of technologies we call the Internet to transform our business and personal lives. I believe it won’t take blockchain as long, because it isn’t starting from scratch; the Internet it needs has already been deployed. Read More

What’s Next in Engineering Technology? Part 3

In the two previous articles in this series, I’ve taken a look at short-term trends regarding design tools, and explained how I look for what’s next in IT. In the third and final part, I want to share my current observations about the next big wave of innovation.

I use the ideas of “stacks” as my metaphor to understand how specific technologies interact to create new rounds of innovation. I see a new stack coming together that will drive innovative new applications in a variety of fields. The current innovation stack — CAMS — has four “big idea” technologies (cloud, analytics, mobile, social); this new one has five: real-time processing, operational trust, autonomy, distributed processing, and intelligence. The initials seems to be a good title (ROADI), since the poster child for this next wave of innovation is the self-driving car. ROADI will turn product and services into autonomous discrete agents.

Self-driving cars must possess intelligent and autonomous behavior. They must always respond in real-time to the environment. Their actions are based on a refined notion of trusted operational behavior. The necessary computation and connectivity can’t be centralized in a server or even a cloud; it must take place in each vehicle and in every other object on or near the road. Read More

What’s Next in Engineering Technology? Part 2

In a previous blog post I wrote about near-term technology trends affecting Adept users. Today I want to discuss how I identify and track such trends. I thought this would be a two-part series of articles, but I’ll need a Part 3 to share my thoughts on long-term technology trends affecting the larger world of engineering.

As a point of reference, consider how the Internet became so important to daily life. The original plan didn’t call for it to be used for engineering or data management, or even commerce. The first developments were driven by the military and academia. Today, Internet technologies like email and the World Wide Web are the technical backbone for almost all social, commercial, academic, governance, and industrial activity.

Internet use exploded when four key technologies were exploited as a unit. Those four were the Linux operating system, the Apache web server, the MySQL open source database system, and the trio of lean programming (scripting) languages Python, PHP, and Perl. Each of these technologies were useful alone, but when used together they ignited the tech equivalent of the Cambrian Explosion. Developers started referring to the four technologies as a unit, the “LAMP stack.” Read More