Is it Complicated, or just Complex?

Is it Complicated, or just Complex?

 

These two words are often wrongly used as similes.

Complicated implies interdependence, you cannot pull it apart, and then put it back together in exactly the same form. Think of a knitted jumper.

Complex implies it can be simplified, much as you unfold a sheet of paper, then are able to refold it and end up in the same place.

Complex and complicated are at either end of a continuum, and rarely is something just complex, or just complicated.

Depending on where a situation or question sits in the continuum, you may be able to simplify somewhat, but not completely before you alter the form of the problem or task. It is rarely a binary choice.

Another way of describing this is the commonly used phrase ‘Think from first principles’.

Our brains have evolved a range of heuristics to deal with variables. However, depending on the people and the context of the variables, our brains can deal with only 3 to 5 at any one time before overload kicks in and confusion, procrastination, and poor choices result. By simplifying, we remove the need to consume cognitive capacity for those things we have classified as benign, to be allocated to the unexpected variables that present either danger or opportunity to us.

Simplicity enables optimisation, repeatability with little or no thought, as it is stable, and predictable. However, we are then tuned to miss the very things that can harm us, and sometimes offers opportunity.

Think about that first time you drove to a new destination. You are following a map or instructions, looking for street signs, and hazards of various types, you are concentrating on the drive. Now consider the same drive when you have been doing it every day for a while. The car seems to be on autopilot, and you are thinking of other things, only superficially aware of your surroundings. Your cognitive capacity is being used for purposes other than navigating you safely to your destination.

Therefore, the state we should be seeking is resilience. The fine line between optimised, but still vigilant to the unexpected variables and able to react to them in ways not locked into the way we did it before.

We need to be able to adjust quickly in a world of constant change, just to keep up.

 

Header credit: Hugh McLeod at gapingvoid.com

E&OE October 21. It has been pointed our to me that I got complex and complicated the wrong way around in the post above.

Dumb mistakes not picked up by editing do occasionally slip through. When you read the post, just reverse the meaning of the words Complex and Complicated. I considered rewriting the post, but am prepared to wear my mistakes, so left it as written.  Also, I cannot help but wonder if Seth Godin saw the post, shook his head, and wrote a better one.

 

Are Planning and critical thinking mutually exclusive?

Are Planning and critical thinking mutually exclusive?

 

Metrics increasingly drive our commercial lives.

We need the metrics to ensure that we are focused on the outcome, it drives the resource allocation choices that must be made.

Usually, we face a series of binary choices, do A or B, then X or Y. This is comfortable for us, our brains are triggered by binary, friend or foe, run towards or run away, is it a stick or a snake?  Evolutionary psychology at work.

In the short/medium term this works well, it ensures focus on what is deemed currently to be important. However, it actively excludes stuff that is ‘interesting’ but not necessarily useful now. Those require us to accept risk, experiment, be comfortable with failure, all the things that our evolutionary psychology has bred out of us. Next time you want to spend some resources on something because it is ‘interesting’ but outside the plan, good luck getting that formally approved. You will have to be prepared to be an outlier, renegade, argue against what has gone before, and you know what happens to many of those who do that.

Breakthroughs only occur when someone forges a path towards the unknown because it is for some reason, interesting to them. It will always be inconsistent with the status quo, it will always be out in the fringes, messy, usually unseen by most, but that is where the breakthrough gold hides.

To see these outlier factors requires critical thinking, a disapproval of the safe optimised way forged by the status quo. By definition, you cannot plan for the unexpected. However, you can create a culture where critical thinking is encouraged, and fed into the processes that together can become a renewed status quo.

These interesting things do not comply with the way we create plans and budgets. They are long term; they do not accommodate the plans associated with most of the daily activities we undertake. They are the source of long-term breakthrough; they are often the result of serendipity. Penicillin was not developed because Fleming had an objective to develop an antibiotic. The product category ‘antibiotic’ did not exist. Serendipity took place, then it took 15 years and a war to become commercialised.

How many breakthroughs can you think of that emerged from a plan? They always come through long experimental slog, underpinned by critical thinking.

My conclusion is That critical Thinking and planning are not mutually exclusive, but are uncomfortable bed-mates. in the absence of the encouragement and culture that makes uncomfortable relationships possible, they will not survive together.

Header credit: It is a reproduction by Hugh McLeod of the wonderful copy written by the creative team at Chiat Day advertising for Apple after Steve Jobs returned. 

 

 

How to build personal Intuition

How to build personal Intuition

 

Intuition is widely misunderstood, often it is seen as a ‘gift’, a rare ability to generate ‘insight’ into a situation.

Over my long commercial life, I have come to a different conclusion. Intuition can be generated and managed when it is recognised that it is the outcome of a process, like most things. This process may be qualitative, and cumulative over a long period, but it remains a process. Again, over that long life I have seen it as the result of ‘environmental research’.

This is the combination of directed qualitative and quantitative research, thinking, wide reading, and engagement with people from as wide a palette as you can find.  About the best source of what most would call ‘wisdom’ will come from talking to customers and consumers. Why are they buying product X instead of product Y , understanding the usually automatic trade-offs made subconsciously. What are they buying it instead of, how will it be used, how do they measure the ‘value’ of the purchase. I call it ‘Environmental research’

Do the data thing first, which avoids, or at least moderates and minimises the confirmation bias, seeing only the things that conform what you already believe.

Do this well, and your intuition will improve, while you may not even be aware of the improvement. It is a process, data first, hypothesise, test, look again to reform the hypotheses, and test. Looks a lot like the scientific method!

 

The 2 mutually reinforcing ingredients to success:

The 2 mutually reinforcing ingredients to success:

 

 

If there is a magic ingredient to success, it is captured in two words: ‘Leverage’ and ‘Compounding’.

We all understand the concept of leverage, using a small amount of force to generate a larger outcome.

Compounding is a little more difficult to understand, although if you currently have a mortgage, you are suffering the compounding results of higher interest rates eating away at your growth in equity as you pay the monthly piper.

Question is, how do you find and build on them to generate a sustainable level of profitability?

Our commercial entities are built on the correct assumption that you need leverage to scale. As you build scale, it becomes necessary to add management layers to leverage the capabilities of those the next level down. That is why our organisation structures are always pictured as pyramids, because they are, for the leverage they generate.

Leverage leads to compounding, and compounding leads to greater leverage: a self-sustaining cycle, until the system becomes gummed up with friction.

Friction in management terms ends up being hidden in the layers of authority necessary to act. The transaction costs, which are almost always hidden from easy view, can be commercially fatal.

Leverage also delivers power to those in a position to exercise it, and as we know, power is a drug with many side effects, some of them not so good.

Technology has changed the ratios between leverage and compounding, but not the basic arithmetic. They remain mutually reinforcing, but their management has become significantly more complex.

 

 

 

What exactly is a ‘knowledge worker’?

What exactly is a ‘knowledge worker’?

 

 

We all need to become ‘knowledge workers’ say the pundits, who generally fail to define just what that term means, and how we achieve it.

Most would simply apply some added practical training and education, and bingo, knowledge, but I suspect it is more complicated than that.

Knowledge is way more than just education and training.  It is also the wisdom of experience, domain familiarity, networks of people who can be called upon, and a capacity to make connections in non-obvious ways. It is intangible, as individuals, we have no physical stocks of knowledge, although we do now have relatively unlimited access to its sources.

The value of knowledge is also very hard to define, if not impossible, and it is not of much value when it stays in one place. Its value is highly contextual. It is of little obvious use having an expert in genetics when you are struggling with a problem of commercial governance. However, when you dig deep enough, you often find there are lessons to be learnt from other domains that can be applied, and in the process of digging, you learn.

The real value of knowledge is when it flows from one to another, and on to many, then, magically, it grows, evolves, and is put to uses not previously considered, creating even more value.

Therefore, the definition of a knowledge worker should be more like ‘Builds, shares, and leverages data for use beyond their domain’.

Improvements and alternatives encouraged.

 

 

 

 

Preparing for change is better than chasing it.

Preparing for change is better than chasing it.

 

 

We live in a world of change, and the pace of change is accelerating.

Just think about the what has occurred over the last 50 years.

We have gone to the moon, created skyscraper cities, moved from manual labour to sitting punching computers, driving everywhere instead of walking, extracting multiples of productivity from mechanised farming, and polluting the planet in very creative ways.

Computer chips have changed us. Gordon Moore noted in ‘Electronics’ magazine in 1965 that the number of transistors in a silicon chip was doubling roughly every two years. This has held true for 60 years, becoming known as Moore’s Law. The smart money now is saying that after that geometric growth, we are reaching the end of the physical capabilities of the current technologies and materials, and something new is needed.

I keep hearing about quantum computing and neuromorphic chips. I have no real idea what these are, but it seems the experts are saying there are huge advances to be made, and the door is only just opening.

The impact ChatGPT has had since its public release in November 2022 is a case in point, proving Hemmingway’s notion that ‘the future comes slowly, then all at once’.

Genetic engineering has gone from a multi-billion multi-year effort to map the human genome, completed in 2003, to getting your own genome mapped in a week for a few dollars. The interaction of the genome, our biology and genetic engineering via another new technology, CRISPR, will change again not just us, but the manner in which we interact with the natural world around us. Early applications of this technology are fuels coming from algae, genomic vaccines for cancer and all sorts of human afflictions. Again, we are just at the door.

Material science is an emerging field compounding almost weekly. We have all sorts of carbon fibre composites in many applications, a range of durable, biocompatible materials for human parts replacement from joints to teeth and heart stents, and almost daily hear about advances in honeycombed graphene, ‘flow’ batteries, and flexible display materials.

I guess you just have to look at the drop in price of solar panels and the impact that has had on the generation of power to see the power of this branch of science. It takes a while to get started, to generate early economies of scale, then compounding really kicks in.

Wrights law at work.

While this is happening around us, the lesson is that it will change the world. Being prepared to accommodate the changes is way better than trying to adapt after the environment has changed, when you are chasing the ball, instead of being in front of it. The fact that change is uncomfortable for most is both a barrier and an opportunity.