Ecosystems hold a particular fascination for me. The ecosystem approach has the potential to tackle and help resolve some of the more complex issues we face.
We increasingly are using the word “ecosystem” to describe our environment that we operate within, but often we are diluting its accurate positioning or understanding.
Indeed unique ecosystems are hard to find and certainly to manage. One I really feel reflects a collaborative model worth explaining is the ones that are forming around Hydrogen as the alternative energy vector based on renewables. To replace or become a significant part of any entrenched energy system requires a system design approach. This part of the energy transition fits within the ‘greater’ energy system design.
Let’s look at this with some context and then the clarification that approaching Hydrogen needs a unique Ecosystem design. We are presently building a unique ‘nested’ Hydrogen Ecosystem within the Energy Transition, and it is interesting to explore, firstly, here and then in a follow-up post on one of its specific parts, the Hydrogen Council.


Providing a digital twin solution in manufacturing is becoming a critical part of managing the complexity of the environment that entities have to increasingly operate within.
Sadly, yesterday, 4th November 2019, the United States began the process of withdrawing from the Paris Agreement, notifying the UN of its intention to leave.

We all facing this growing pressure of time. In our daily work, in managing product and service life-cycles, as well as constantly considering business model overhauls as they become ever more connected.
I was trying to capture the Asian dynamism in how they go about Ecosystem designs for their businesses.
It seems all IIoT is paved with good intentions. Yet many still are caught up in the “Pilot Purgatory” that McKinsey & Co and the World Economic Forum suggested is plaguing our present pathway to moving towards the 4th Industrial Revolution. In their white paper released in January 2018 called “