Those are my definitions, and not meant to be universal; but they have served me well in my past years navigating and advising tech companies of various stages. I hope they’re useful to you with regard to your own definitions.
I tend to call innovation something that matches both those criteria:
You must have both. I tend to cringe when I hear:
Why does that definition matter? Because I’ve seen it be the difference between a successful startup product, and a startup whose product failed. If I’m a VC, my baseline is that I’m seeking that one deal in my portfolio that will grow 100x; therefore that baseline defines startup success.
When the world changes in some way, it opens the door to new approaches that weren’t relevant before; and therefore to more potential innovations worth attempting. Innovative businesses historically have peaked along the lines of the current industrial revolution. You can automate your factories better? Cheap cars are suddenly possible! You should look at how many car manufacturers there were in the early 20th century compared to now. A lot of them don’t exist anymore because they grew a lot and got acquired; which is success in VC/startup speak.
The current industrial revolution is IT, with an emphasis on software. And while I haven’t lived enough to be fully aware, this industrial revolution sure is fast-moving enough that it feels like the gift that keeps giving.
“Fast moving it is; there are just too many frameworks and tech tools to catch up on!” But please wonder: why are people spending time creating them, and why do some new ones keep becoming widely used eventually? People talk of tech hype, but the market doesn’t care about tech hype. Those technical solutions become widely used, because as all technical solutions should, they get created to better solve business problems, and not technical problems.
As a result, as we use existing software to find more stuff to make it do, we also create new use cases; and those use cases would be better served with different software, that in turn, gets created, creating new use cases. With the constant renewal of this industrial revolution, and how fast existing tech assets and business needs are both evolving, it creates an ever-renewable trove of innovations waiting to be found. What a world we live in!
(To my engineer friends: think about how a business problem, the scalability of humans working on the same web back-end code base without breaking each other while maintaining a decent technical debt, is widely being solved with micro service architectures. Now, think about how today’s micro services are most powered by languages such as JavaScript, which was created to animate a webpage and just happened to have a strong callback culture to make it solve I/O issues simply, and Go, which was created as a “faster monolith” language that just happens to be built for concurrency, compiled, multithreaded, and packaged with no dependency. Total reuse of existing tech to align with new business problems, and give them new use cases. But think also about what new business possibilities micro-service architectures then opened, and what new tech is emerging to manage them better and push them further.)
So, technical innovation is, to me, innovation carried by the current industrial revolution; today, that’s innovation thanks to IT breakthroughs, most of them being software. You don’t need to be a technical innovation to be an innovation (people keep finding smart new valuable ways to solve problems about all kinds of things!), but:
This was part 1 of my “What is a tech company?” series. Watch out for: