Category Archives: Innovation

Innovation in the time of Covid – Satisfycing Organizations

Innovation in the time of Covid - Satisfycing Organizations

GUEST POST from Pete Foley

Many of us spend a lot of time thinking about consumer habits, and how to change or reinforce them.  As innovators that’s pretty central to our job.  And Covid has presented us with a unique opportunity, as so many consumer habits have been disrupted.  But work habits are as ingrained and as hard to break as consumer behavior, and so Covid provides a similar once in a generation opportunity to change work processes.

We have been forced us to work differently.  Remote working has meant less oversight and more autonomy. In parallel, the world has changed rapidly around us, forcing us to make quicker decisions while relying on less data.  As a result, we’ve also probably made a few mistakes, but hopefully also learned from them.  It’s been tough, but it’s also been a unique opportunity for learning and change.

The Organizational Brain:  I love analogies, and an obvious one is that the change in many organizations brings their processes closer to how the human brain makes decisions. They’ve been satisfycing – a concept borrowed from Behavioral Economics, that describes decisions that are good enough, not always perfect, but reached faster, and with less ‘process’.

This is a key concept in understanding real human behavior. Time is critical to survival. An early human being chased by a hungry saber tooth didn’t have time to ponder every possible escape route.  He or she just had to get away from the predator before it reached them, or at least move away faster than the slowest member of the tribe. As a result, we are the ancestors of people who made timely decisions based on limited data, not those who stood pondering every possibility in search of perfection.

Even contemporary decisions, while often not quite as urgent as escaping from a hungry predator, typically involve an analogous trade off between time and completeness of information. How many people know every detail about a stock, or even a car, before they buy?   In reality we rarely have time to fully process every relevant piece of information for any decision we make, but instead use a mixture of heuristics, proxy’s and our gut, together with some analysis to make good enough, but often not perfect decisions.

A Corporate Flaw: A flaw in traditional economics was that time was largely ignored.  It assumed that humans made perfect decisions based on all available data, no matter how long that took.  In many ways, businesses, especially big corporations lean towards this much slower, data based type of decision.  Employees have to justify decisions to a far greater degree than we do as individuals.  Telling a boss or a shareholder that a decision  ‘just felt right’ is probably career limiting, especially if it turns out to be the wrong decision. But this slows them down, and leaves them vulnerably to more agile, less risk averse competition making good enough decisions faster.  I’d also argue that a lot of time is also spent creating the illusion of certainty.  We collect supporting data, pre-align with a boss, or seek consensus via a team, but all too often this is an exercise in precision, not accuracy. We are only as good as our models, and these often struggle to accurately predict the complex, fast moving real world we live in.  I’m sure a few people will not be comfortable with this premise, and I’ll dive a little deeper later, but it’s born out by the high proportion of innovations that fail, despite great supporting consumer data and business projections.

The Covid Change: The good news is that Covid has forced us to change. Meetings have been switched to virtual, and in many cases participation has been trimmed. We haven’t abandoned consensus, but in many cases we’ve had to be more choiceful about when and where it’s needed. We have been forced to give people more autonomy, if only because oversight has been impossible. And hand in hand with all of this, in many cases we’ve also been forced to make decisions without the same level of supporting data we are used to.  The pace of change has accelerated, while many of our usual methods of testing have been stymied, or at least had to go through significant changes. Before Covid we may have debated and aligned, or run additional research or tests, both to make more informed decisions, but also to CYA should things go wrong.  In the last 18 months we’ve more often had to go with our gut, or at least make decisions where we’re far less ‘ certain’ about the outcome.

We will not know how this has worked out for some time, if ever, as we lack a frame of reference for operating in a pandemic.  But my guess is it this has probably worked out fairly well.  We probably have made a few more mistakes, or at least sub optimal decisions.  And we’ve likely learnt a few hard lessons as well. But most of the time, we’ve probably made good enough decisions.  And we’ve likely compensated by learning and adapting on the fly, or have perhaps built more flexibility into our plans to compensate for the lack of ‘certainty’ in our business plans.  In other words we’ve been more closely mirroring at an organization level how the human brain works.

I’m going to argue that this is a good thing, for at least four reasons.

1.  Less Meetings!!  When the work we have to do is too big, too difficult, or beyond the expertise of one person, we create a team to do it.  But teams also represent a trade-off.  It’s a conundrum that the very differences that make teams so valuable can also make them cumbersome and time consuming.  As we add different skills and perspectives in a team, transaction costs increase, all too often resulting in seemingly endless meetings in the pursuit of consensus. At P&G it wasn’t uncommon to have entire days of back-to-back meetings.

And Mea Culpa, I’m a recovering meeting addict. At times that back-to-back schedule almost felt like a badge of honor.  Conversely sitting at a desk and thinking, or quietly reading was treated with deep suspicion in some circles, despite it often being a highly productive exercise

2.  We’ve grown capability. We’ve been forced to give people more autonomy, which develops skills and motivation. Not everyone will have thrived when pushed out of their comfort zones, but we’ll have given people opportunity, and that will ultimately pay dividends

3.  We’ve been forced to embrace more learning from failure.We talk a lot about this, especially in innovation, but more often than not we still celebrate success far more than failure.  But a good scientist designs tests to fail, in order to challenge a hypothesis.  This does happen in business, but realistically most consumer research is designed to demonstrate success, and hence move us through the next stage-gate in our business process.  But we’ve probably made a few more mistakes, so we’ve probably learned a bit more.

4.  Perhaps most importantly, we’ve learned to live, and act with less data.  Humans all have a risk aversion bias, albeit some more, some less.  Data makes us believe we are increasing the quality of our decisions.  It can even provide a rational for procrastination.- “Let’s get more data before we push the button’.  Historically this has often caused us to run big, expensive consumer research, generate complex volume forecasts, and present detailed and precise (if not accurate) business plans to management. It feels good to believe we are betting on a near certainty, but that’s often unrealistic.  A majority of new products fail, despite having excellent consumer and volume forecasting data to back them up. The reality is that the world we place innovation into is usually too complex to accurately predict. The very act of introducing something new disrupts the system, as does any competitive response.  And if we are truly introducing something innovative or disruptive, it should by its very nature invalidate at least some of the careful validation work that has gone into our forecasting models and methodologies.  All too often, our research creates an illusion of certainty, or at best, over estimates our ability to predict the future.  It feels better than it performs.

I’m not suggesting we completely abandon consensus, or consumer testing and modeling.  These are great tools for weeding out bad ideas, and for anticipating and fixing issues that are more obvious in hindsight than in enthusiastic foresight.  And they can certainly help us to ball-park initiatives, especially if they are not too disruptive.  But the success rate of innovation in market strongly suggests that our models are not as reliably predictive as we’d like to believe.  It certainly suggests that if we can, we are betting off fine-tuning in market than we are fine tuning for a volume forecast.

Conversely, the human brain is, at least for the next few years, the smartest decision-making ‘entity’ we know. It routinely makes satisfycing decisions that balance the need for action against the cost of obtaining and processing additional information.  It accepts ‘good enough’ as a start point, and is really, really good at not locking into decisions prematurely, but using feedback loops to adjust on the fly.  It uses heuristics for quick decisions rather than certainty.  Given that it’s the pinnacle of millions of years of evolution, it’s probably not a bad thing if our organizations more closely mirror it.

Assuming we eventually vanquish Covid, we’ll all be searching for new equilibriums as the world restabilizes. There are things I’m personally really keen to bring back, such as the serendipity that comes from real human-to-human interaction.  But I also hope we don’t loose what we’ve learned.  Risk aversion will nudge us to revert back to higher degrees of certainty. And there will certainly be contexts where this makes sense, especially in pharmaceuticals and medicine, where we’ve taken unusual risks because of exceptional time constraints. But in less life and death fields, we may have found we can give people more autonomy, be more selective about consensus, have less meetings, better embrace learning from failure, and may not need as many consumer tests or as precise volume forecasts, as we previously thought.  A little bit of agility built into the back end can go a long way to reduce the perceived need of illusory certainty at the front.

Image credit: Pixabay

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Case Studies: Successful Innovations Driven by Collaboration

Case Studies: Successful Innovations Driven by Collaboration

GUEST POST from Art Inteligencia

In today’s fast-paced and rapidly evolving world, successful organizations understand that innovation is crucial for staying ahead of the competition. However, innovation is not a one-person job. It requires collaboration and the ability to bring together diverse perspectives, skills, and experiences. This is where case studies of successful innovations driven by collaboration come into play.

Case Study 1: Apple and Nike Partnership

One such example is the partnership between Apple and Nike that led to the creation of the Nike+ running sensor. Apple, known for its sleek design and innovative technology, collaborated with Nike, a leader in athletic apparel and footwear, to create a product that revolutionized the way people track their workouts. By combining Apple’s expertise in technology with Nike’s knowledge of the fitness industry, the two companies were able to create a product that seamlessly integrated into users’ lives and provided valuable data to help them improve their performance.

Case Study 2: IBM and Memorial Sloan Kettering Cancer Center

Another example of successful innovation driven by collaboration is the partnership between IBM and the Memorial Sloan Kettering Cancer Center. By combining IBM’s artificial intelligence technology with the healthcare expertise of Memorial Sloan Kettering, the two organizations were able to develop a cognitive computing system that assists doctors in diagnosing and treating cancer more effectively. This collaboration has led to faster and more accurate diagnoses, ultimately improving patient outcomes.

Conclusion

These case studies showcase the power of collaboration in driving successful innovation. By working together, companies can leverage their respective strengths to create groundbreaking products and services that have a positive impact on society. As we continue to navigate a world that is increasingly interconnected, it is essential for organizations to embrace collaboration as a key driver of innovation. The success stories of Apple and Nike, as well as IBM and Memorial Sloan Kettering, serve as powerful examples of what can be achieved when companies come together to solve complex problems and drive positive change.

Bottom line: Futurology is not fortune telling. Futurists use a scientific approach to create their deliverables, but a methodology and tools like those in FutureHacking™ can empower anyone to engage in futurology themselves.

Image credit: Unsplash

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Creating a Culture of Everyday Innovation

Creating a Culture of Everyday Innovation

GUEST POST from Chateau G Pato

In today’s rapidly evolving business landscape, organizations must prioritize innovation in order to stay competitive and thrive. However, many companies struggle to foster a culture of innovation that transcends the occasional brainstorming session or special project. True innovation must become a part of the fabric of daily operations, ingrained in the mindset of every employee from top to bottom.

So, how can organizations instill a culture of everyday innovation? By encouraging and empowering their employees to contribute ideas and improve processes continuously. Here are two case studies that exemplify this approach:

Case Study 1: Google

Google is renowned for its culture of innovation, which is evident in its diverse range of products and services. One key to Google’s success is its “20% time” policy, where employees are encouraged to spend 20% of their work hours pursuing their own passion projects. This policy has led to the creation of products like Gmail and Google Maps, which have revolutionized the way we communicate and navigate the world.

Google also holds regular hackathons, where employees come together to brainstorm and develop new ideas in a collaborative environment. These events not only foster creativity and innovation but also help break down silos between teams and departments, encouraging cross-pollination of ideas.

By empowering employees to take risks, experiment, and think outside the box, Google has created a culture of everyday innovation that drives the company’s success.

Case Study 2: 3M

3M is another organization that excels at fostering innovation in its day-to-day operations. One of 3M’s most famous innovations is the Post-it Note, which was the result of a serendipitous discovery by a scientist trying to develop a strong adhesive. This accidental invention led 3M to adopt a philosophy of “innovating by mistake,” encouraging employees to explore new ideas and opportunities without fear of failure.

3M also has a program called “Genesis Grants,” which provides funding for employees to pursue innovative projects that align with the company’s strategic goals. This initiative not only incentivizes employees to think creatively but also shows that the company values and supports their ideas.

By creating a supportive environment where employees are encouraged to experiment, take risks, and think outside the box, 3M has built a culture of everyday innovation that drives continuous improvement and propels the company forward.

Conclusion

Creating a culture of everyday innovation requires more than just lip service from leadership. Organizations must empower their employees to contribute ideas, experiment, and take risks in order to drive meaningful change and stay ahead of the competition. By following the examples set by companies like Google and 3M, organizations can cultivate a culture of innovation that fuels growth, creativity, and success.

SPECIAL BONUS: The very best change planners use a visual, collaborative approach to create their deliverables. A methodology and tools like those in Change Planning Toolkit™ can empower anyone to become great change planners themselves.

Image credit: misterinnovation.com

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Design Thinking as a Tool for Breakthrough Innovation in Service Industries

Design Thinking as a Tool for Breakthrough Innovation in Service Industries

GUEST POST from Chateau G Pato

In today’s rapidly evolving business landscape, service industries are constantly seeking ways to differentiate themselves and stay ahead of the competition. One approach that has gained traction in recent years is the use of design thinking as a tool for driving breakthrough innovation. By putting the end-user at the center of the design process, companies can create truly customer-centric solutions that meet the needs and desires of their target market.

Design thinking is a human-centered approach to innovation that involves empathizing with the end-user, defining the problem, ideating potential solutions, prototyping, and testing those ideas with real users. By following this iterative process, companies can uncover deep insights about their customers’ pain points and preferences, leading to breakthrough innovations that drive business growth.

Two case studies exemplify the power of design thinking in driving breakthrough innovation in service industries:

Case Study 1: Airbnb

Founded in 2008, Airbnb disrupted the hospitality industry by providing a platform that connects travelers with unique and personalized accommodations. By using design thinking principles, Airbnb was able to deeply understand the needs and desires of both hosts and guests.

Through interviews and observations, Airbnb’s design team discovered that many travelers were seeking authentic, local experiences rather than cookie-cutter hotel rooms. This insight led to the creation of a platform that allows hosts to offer their homes as accommodations, giving travelers a more personal and unique experience.

By putting the end-user at the center of their design process, Airbnb was able to create a breakthrough innovation that has reshaped the way people travel and experience new places.

Case Study 2: Disney Parks

Disney Parks is known for providing an immersive and magical experience for its guests. To maintain this high level of customer satisfaction, Disney has embraced design thinking as a tool for continuous innovation.

One way Disney has used design thinking is through its FastPass+ system, which allows guests to reserve ride times in advance, reducing wait times and enhancing the overall park experience. By focusing on the needs and preferences of park guests, Disney was able to create a system that improves the customer experience and drives guest satisfaction.

By incorporating design thinking into their innovation process, Disney Parks continues to deliver breakthrough innovations that delight and captivate their guests.

Conclusion

Design thinking is a powerful tool for driving breakthrough innovation in service industries. By empathizing with customers, defining their needs, and prototyping solutions, companies can create truly customer-centric products and services that set them apart from the competition. The case studies of Airbnb and Disney Parks demonstrate the transformative impact of design thinking in driving innovation and delivering exceptional customer experiences. By embracing design thinking, service industries can unlock new opportunities for growth and success in today’s competitive market.

SPECIAL BONUS: The very best change planners use a visual, collaborative approach to create their deliverables. A methodology and tools like those in Change Planning Toolkit™ can empower anyone to become great change planners themselves.

Image credit: Pexels

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Discipline Has a Role in Innovation

Discipline Has a Role in Innovation

GUEST POST from Jesse Nieminen

Innovation is, without a doubt, a creative endeavor. However, many people still think it’s all about creativity. There’s a magical a-ha moment, and the rest is history.

Well, as we’ve explained before, that’s just not true. Those that have really been trying to innovate know that there is much more hard work than there is fun and games in the process of creating and scaling an innovation.

Thus, discipline plays a huge role in innovation. In fact, I’d argue that discipline is one of the least spoken about, yet most important factors determining whether individuals and organizations succeed at creating innovations.

So, in this article, we’ll dive deeper into the topic and discuss the role discipline plays in innovation to hopefully help you and your organization do a better job at it.

What is discipline?

As a term, discipline is commonly used to just refer to being strong-willed enough to put in a lot of hard work. In other words, self-discipline.

However, if we look at a dictionary, there are a few distinct but connected uses for the word. One refers to it as a branch of science, skill or type of work, another as the practice of regulating the behavior of people in a system, and the third as a synonym for punishing people for undesirable behavior in that system.

Well, innovation is certainly a discipline in the first meaning of the word, but it’s also one that takes a lot of discipline to succeed at, in the second meaning of the word.

“Innovation is a discipline that takes a lot of discipline to succeed at.”

Let’s dive a bit deeper on that second meaning for the word. For our purposes, we can further divide that it into two categories:

  • Self-discipline
  • Organizational discipline

There’s obviously a lot these have in common, but for an organization to succeed at innovation, you need both.

In a nutshell, you need self-disciplined individual willing to put their head down and persist. But you also need organizational discipline to focus on what matters, and to create the incentive structures needed to reinforce all of that.

Why is discipline so important for innovation?

So, with that covered, we can dive deeper into why discipline is so important for innovation and how that happens in practice.

We’ll next cover each of the main points briefly.

Viima Art of Discipline

It takes hard work, persistence, and focus to create an innovation

Because our software is centerer around ideas, we often have to explain that while every innovation starts from an idea, an idea is maybe 1% of the way there towards a real innovation. It still needs development, refinement, implementation, scaling, and so on.

Going through that whole process takes a lot of hard work for pretty much every idea, even if the idea might seem trivial at first. The fact is that by the time you get an idea, hundreds, thousands or maybe even millions of people have probably had the same idea before. Most have just never bothered to implement it, or at least haven’t succeeded at it.

“Every innovator will face plenty of challenges on the way, and there will be plenty of times when things look dire, and you could give up.”

Every innovator will face plenty of challenges on the way, and there will be plenty of times when things look dire, and you could give up. Most do. But to succeed, you need to persevere and persist through these hardships.

To do that, you’re going to need a lot of discipline to avoid potential distractions, keep your head down and focus on what matter.

Trust the process and keep going

If you’ve ever been following a challenging fitness program, you know the feeling when it looks like you’re working your butt off and not making any progress.

The weights feel even heavier than they did the last time. That’s because you’ve been accumulating stress on your body, and it hasn’t yet had the opportunity to respond. Once you get some rest and recover from that stress caused by the exercise, the body will react to the stress and make you stronger.

Innovation takes hard work and trust in the process

Well, the journey is the same with innovation: facing those stressors will feel challenging, but if you don’t give up, that’s what will make both you and the innovation better.

To keep using the same metaphor, if you’d like to run a 3-hour marathon, your fitness program will obviously look very different from if you instead wanted to squat 500 pounds. Similarly, if your strategy calls for incremental innovation, your innovation processes will look very different from those aiming for disruptive innovation, but more on that here.

Regardless, the key in each of these situations is to just trust the process and keep going. Even when things don’t look great. The challenges you face will shape your innovation for the better, and the results will follow – or you’ll run out of money. Regardless, you just need the discipline to persist and stay on track.

While following the process is what will eventually get you there, you of course need to make sure you’re on the right path in the first place, and that is where disciplined thinking comes into play. 

It’s easy to fool yourself without disciplined thinking

Our brain has a natural tendency to take mental shortcuts. We have an ability to recognize patterns and use those to make quick decisions efficiently and thus save energy. In most everyday situations, that ability is obviously very beneficial.

However, with innovation, this is often problematic. It’s these mental shortcuts that lead to many of the root causes behind issues that prevent organizations from innovating. This is perhaps easiest captured in common sayings like “This is how we’ve always done it” and “There’s no way that could work”.

“Our brain has a natural tendency to take mental shortcuts, which is the root cause behind many obstacles for innovation. Disciplined thinking is how you combat that.”

What’s more, if you’re an optimistic person, as most people working on innovation usually are, it’s easy to fool yourself to think that you have created something valuable even when you really haven’t. We often prematurely fall in love with that solution, instead of the problem.

Remaining highly analytical and rational in your decision-making while still being creative and aspirational is a tough combination for any person, or even for a team, to have.

Achieving that balance takes a lot of disciplined thinking. You need to stay grounded in reality, be willing to question yourself, and go back to first principleswhile still relentlessly moving forward. It’s a mindset anyone can learn, but that requires constant discipline to maintain.

Most organizations lack discipline

However, even if you are a good innovator, and have a great team that ticks all the boxes we’ve talked about above, it doesn’t mean that you’re automatically going to succeed.

One of the big barriers for that is the lack of organizational discipline. This is common for both startups and large organizations alike.

The idea is simple to understand. Just like an individual must remain focused to become great at something, so does an organization.

You need to make tough choices to have a clear strategy. That means saying no to a lot of things, so that you can focus on the things that will truly make a difference.

Clear focus and disciplined execution are necessary for innovation

Sometimes you might have to keep investing in these truly strategically important areas, even if there’s no quantifiable ROI in the near term. Again, at the same time, the organization needs the discipline to not think about sunk costs and ruthlessly kill innovation projects that have proven to not be able to live up to their potential to free up resources for the ones that have the best odds of success.

That might sound like a paradoxical combination, and to a certain extent, it is. But that’s what makes it interesting.

On the execution side, you need a lot of discipline to have clear roles and set clear goals so that people have the prerequisites for succeeding, but also leave innovators with enough freedom to explore the best way to reach those goals. Again, that is a difficult combination to achieve. It requires a lot of discipline at all levels of the organization.

In our experience, most organizations just aren’t there yet, even if many individuals within the organization would be, and that is a big barrier for innovation.

As a result, corporate innovators often end up burning out or losing their motivation just trying to navigate the maze of organizational hierarchy for one permission and approval after another before they even get to start working on an innovation. That is a clear sign of an organization that isn’t disciplined – or alternatively has chosen to not innovate.

Discipline in practice

We’ve covered a lot of ground, and most of that has been pretty abstract, so before we wrap up, I’ll share a more practical example with you.

It’s a cliché to use Steve Jobs and Apple as an example for innovation, so I don’t usually like to do that. However, for this specific topic, I think it’s the perfect illustration because people usually see Jobs as this creative visionary and the ultimate ideas guy who couldn’t care less about processes or discipline.

But in fact, the first thing he did when coming back to Apple in 1997 wasn’t to come up with cool new products. It was to introduce a ton of discipline in everything they did and ruthlessly cut back on anything that didn’t truly help them innovate and create better products going forward.

First, he cut 70% of the products the company offered, and as a result, had to lay off 3,000 employees.

Apple's innovations came from following a disciplined process

Jim Collins does a great job summarizing some of the other actions in his book Great by Choice:

“They cut perks, stopped funding the corporate sabbatical program, improved operating efficiency, lowered overall cost structure, and got people focused on the intense ‘work all day and all of the night’ ethos that’d characterized Apple in its early years. Overhead costs fell. The cash-to-current-liabilities doubled, and then tripled.”

That provided Apple with the financial stability needed to invest in innovation and allowed them to focus their leadership and top talent purely on creating new innovations that ended up shaping the future of the company.

Also, from the Walter Isaacson biography of Jobs (which I highly recommend), it becomes obvious how diligent and disciplined Jobs and the rest of the team at Apple were in perfecting every little detail of their products, processes, and even the look of their stores (sometimes to a fault).

Conclusion

To conclude, it takes a lot of discipline to succeed at innovation. That discipline is at least as important as the creativity we usually associate with the term innovation. And, because it’s so underrated, I’d argue it’s the part most of us need to focus on.

After all, it is that disciplined execution of an idea that usually makes the difference between those that succeed and fail.

Thomas Edison did a great job in summarizing discipline when asked about his failed attempts at a lightbulb:

“I have not failed. I have successfully found 10,000 ways that will not work.”

Discipline is, without a doubt, about putting in the work, but there’s a bit more to it than that. It’s also about staying focused and grounded in reality, both of which are well displayed in that quote.

“Being disciplined, both as an individual as well as an organization can be very challenging. The good thing is that it is a muscle that you can develop.”

Even if it might not be immediately obvious, lack of discipline either as an individual or as an organization, is the root cause behind a significant portion of challenges organizations face when trying to innovate.

To be frank, being disciplined, both as an individual as well as an organization, for extended periods of time can be very challenging. The good thing is that it is, figuratively speaking, a muscle that you can develop. Most would-be innovators and leaders just aren’t quite there yet.

If you recognize yourself or your organization from this article, there’s no need to hide that – and there’s nothing to be ashamed of. We’ve all been there. Each of us has areas in our life where we lack discipline, or at the very least, times when we’ve failed to keep that up.

In fact, as an individual or organization, you need to be honest and admit that this is a problem for you. Once you do, you can take steps to address that, and you’ll be much closer to becoming a successful innovator.

This article was originally published in Viima’s blog.

Image credits: Unsplash, Viima

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Nominations Closed – Top 40 Innovation Bloggers of 2021

Nominations Open for the Top 40 Innovation Bloggers of 2021Human-Centered Change and Innovation loves making innovation insights accessible for the greater good, because we truly believe that the better our organizations get at delivering value to their stakeholders the less waste of natural resources and human resources there will be.

As a result we are eternally grateful to all of you out there who take the time to create and share great innovation articles, presentations, white papers, and videos with Braden Kelley and the Human-Centered Change and Innovation team. As a small thank you to those of you who follow along, we like to make a list of the Top 40 Innovation Bloggers available each year!

Our lists from the ten previous years have been tremendously popular, including:

Top 40 Innovation Bloggers of 2015
Top 40 Innovation Bloggers of 2016
Top 40 Innovation Bloggers of 2017
Top 40 Innovation Bloggers of 2018
Top 40 Innovation Bloggers of 2019
Top 40 Innovation Bloggers of 2020

Do you just have someone that you like to read that writes about innovation, or some of the important adjacencies – trends, consumer psychology, change, leadership, strategy, behavioral economics, collaboration, or design thinking?

Human-Centered Change and Innovation is now looking for the Top 40 Innovation Bloggers of 2021.

The deadline for submitting nominations is December 24, 2021 at midnight GMT.

You can submit a nomination either of these two ways:

  1. Sending us the name of the blogger and the url of their blog by @reply on twitter to @innovate
  2. Sending the name of the blogger and the url of their blog and your e-mail address using our contact form

(Note: HUGE bonus points for being a contributing author)

So, think about who you like to read and let us know by midnight GMT on December 24, 2021.

We will then compile a voting list of all the nominations, and publish it on December 25, 2021.

Voting will then be open from December 25, 2021 – January 1, 2022 via comments and twitter @replies to @innovate.

The ranking will be done by me with influence from votes and nominations. The quality and quantity of contributions by an author to this web site will be a contributing factor.

Contact me with writing samples if you’d like to self-publish on our platform!

The official Top 40 Innovation Bloggers of 2021 will then be announced on here in early January 2022.

We’re curious to see who you think is worth reading!

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Digital Era Replaced by an Age of Molecular Innovation

Digital Era Replaced by an Age of Molecular Innovation

GUEST POST from Greg Satell

It’s become strangely fashionable for digerati to mourn the death of innovation. “There’s nothing new,” has become a common refrain for which they blame venture capitalists, entrepreneurs and other digerati they consider to be less enlightened than themselves. They yearn for a lost age when things were better and more innovative.

What they fail to recognize is that the digital era is ending. After more than 50 years of exponential growth, the technology has matured and advancement has naturally slowed. While it is true that there are worrying signs that things in Silicon Valley have gone seriously awry and those excesses need to be curtailed, there’s more to the story.

The fact is that we’re on the brink of a new era of innovation and, while digital technology will be an enabling factor, it will no longer be center stage. The future will not be written in the digital language of ones and zeroes, but in that of atoms, molecules, genes and proteins. We do not lack potential or possibility, what we need is more imagination and wonder.

The End Of Moore’s Law

In 1965, Intel cofounder Gordon Moore published a remarkably prescient paper which predicted that computing power would double about every two years. This idea, known as Moore’s Law , has driven the digital revolution for a half century. It’s what’s empowered us to shrink computers from huge machines to tiny, but powerful, devices we carry in our pockets.

Yet there are limits for everything. The simple truth is that atoms are only so small and the speed of light is only so fast. That puts a limit on how many transistors we can cram onto a silicon wafer and how fast electrons can zip around the logic gates we set up for them. At this point, Moore’s Law is effectively over.

That doesn’t mean that advancement will stop altogether. There are other ways to speed up computing. The problem is that they all come with tradeoffs. New architectures, such as quantum and neuromorphic computing, for instance, require new programming languages, new logical approaches and very different algorithmic strategies than we’re used to.

So for the next decade or two we’re likely to see a heterogeneous computing environment emerge, in which we combine different architectures for different tasks. For example, we will be augmenting traditional AI systems with techniques like quantum machine learning. It is not only possible, but fairly likely, that these types of combinations will result in an exponential increase in capability.

A Biological Revolution

Moore’s Law has become essentially shorthand for exponential improvement in any field. Anytime we see a continuous doubling of efficiency, we call it “the Moore’s Law of ‘X.’’ Yet since the Human Genome Project was completed in 2003, advancement in genetic sequencing has far outpaced what has happened in the digital arena.

What is possibly an even bigger development occurred in 2012, when Jennifer Doudna and her colleagues discovered how CRISPR could revolutionize gene editing. Now, suddenly, the work of genetic engineers that would have taken weeks could be done in hours, at a fraction of the cost, with much greater accuracy and the new era of synthetic biology had begun.

The most obvious consequence of this new era is the Covid-19 vaccine, which was designed in a matter of mere days instead of what’s traditionally taken years. The mRNA technology used to create two of the vaccines also holds promise for cancer treatment and CRISPR-based approaches have been applied to cure sickle cell and other diseases.

Yet as impressive as the medical achievements are, they make up only a fraction of the innovation that synthetic biology is making possible. Scientists are working on programming microorganisms to create new carbon-neutral biofuels and biodegradable plastics. It may very well revolutionize agriculture and help feed the world.

The truth is that the biological revolution is basically where computers were at in the 1970s or 80s and we are just beginning to understand the potential. We can expect progress to accelerate for decades to come.

The Infinite World Of Atoms

Anyone who has regularly read the business press over the past 20 years or so would naturally conclude that we live in a digital economy. Certainly, tech firms dominate any list of the world’s most valuable companies. Yet take a closer look and you will find that information and communication as a sector only makes up for 6% of GDP in advanced countries.

The truth is that we still live very much in a world of atoms and we spend most of our money on what we eat, wear, ride and live in. Any real improvement in our well-being depends on our ability to shape atoms to our liking. As noted above, reprogramming genetic material in cells to make things for us is one way we can do that, but not the only one.

In fact, there is a revolution in materials science underway. Much like in genomics, scientists are learning how to use computers to understand materials on a fundamental level and figure out how we can design them a lot better. In fact, in some cases researchers are able to discover new materials hundreds of times more efficiently than before.

Unlike digital or biological technologies this is largely a quiet revolution with very little publicity. Make no mistake, however, our newfound ability to create advanced materials will transform our ability to create and build everything from vastly more efficient solar panels to lighter, stronger and more environmentally friendly building materials.

The Next Big Thing Always Starts Out Looking Like Nothing At All

The origins of digital computing can be traced back at least a century, to the rise and fall of logical positivism, Turing’s “machine,” the invention of the transistor, the integrated circuit and the emergence of the first modern PC at Xerox PARC in the early 1970s. Yet there wasn’t a measurable impact from computing until the mid-1990s.

We tend to assume that we’ll notice when something important is afoot, but that’s rarely the case. The truth is that the next big thing always starts out looking like nothing at all. It doesn’t appear fully bloomed, but usually incubates for years—and often decades—by scientists quietly working in labs and by specialists debating at obscure conferences.

So, yes, after 50 years the digital revolution has run out of steam, but that shouldn’t blind us to the incredible opportunities that are before us. After all, a year ago very few people had heard of mRNA vaccines, but that didn’t make them any less powerful or important. There is no shortage of nascent technologies that can have just as big of an impact.

The simple fact is that innovation is not, and never has been, about what kind of apps show up on our smartphone screens. The value of a technology is not measured in how a Silicon Valley CEO can dazzle an audience on stage, but in our capacity to solve meaningful problems and, as long as there are meaningful problems to solve, innovation will live on.

— Article courtesy of the Digital Tonto blog
— Image credit: Pixabay

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The Power of Collaboration

Creating Cross-Functional Teams for Innovative Ideas

GUEST POST from Chateau G Pato

In today’s fast-paced and rapidly changing business environment, collaboration has become more important than ever. No longer can organizations survive by staying siloed in their respective departments. Instead, successful companies are embracing the power of cross-functional teams to foster innovative ideas and drive growth.

What is a cross-functional team?

A cross-functional team consists of individuals from different departments or areas of expertise within an organization who come together to work on a specific project or problem. These teams are typically diverse, with members bringing a range of perspectives, skills, and knowledge to the table. By blending expertise from various disciplines, cross-functional teams are able to tackle complex challenges and drive creative solutions.

The Benefits of Cross-Functional Teams

One of the key benefits of cross-functional teams is their ability to break down communication barriers within an organization. By bringing together individuals from different departments, teams are able to bridge gaps and foster a culture of openness and collaboration. This can lead to increased productivity, improved decision-making, and more innovative ideas.

Additionally, cross-functional teams are better equipped to tackle complex problems that require diverse skill sets. By leveraging the expertise of team members from different areas, organizations can develop more comprehensive solutions that take into account a variety of perspectives.

Case Study 1: Apple Inc.

A prime example of the power of cross-functional teams can be seen at tech giant Apple Inc. Known for its innovation and sleek design, Apple relies heavily on cross-functional teams to drive product development. For example, the development of the iPhone involved collaboration between engineers, designers, marketers, and supply chain experts. By bringing together individuals with different backgrounds and expertise, Apple was able to create a groundbreaking product that revolutionized the smartphone industry.

Case Study 2: Google X

Another example of successful cross-functional team collaboration can be found at Google X, the company’s secretive research and development lab. Google X is home to some of the company’s most ambitious projects, including self-driving cars and internet-beaming balloons. These projects are the result of cross-functional teams composed of engineers, scientists, designers, and business experts working together to push the boundaries of technology and innovation.

Conclusion

The power of collaboration through cross-functional teams cannot be understated. By breaking down traditional departmental barriers and fostering a culture of openness and collaboration, organizations can drive innovation, improve decision-making, and drive growth. As demonstrated by companies like Apple and Google X, the benefits of cross-functional teams are clear. As businesses navigate an increasingly complex and competitive landscape, investing in cross-functional teams is essential for staying ahead of the curve and driving success in the long run.

SPECIAL BONUS: The very best change planners use a visual, collaborative approach to create their deliverables. A methodology and tools like those in Change Planning Toolkit™ can empower anyone to become great change planners themselves.

Image credit: Pexels

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Are doctors wasting their time on entrepreneurship?

Are doctors wasting their time on entrepreneurship?

GUEST POST from Arlen Meyers

Medical students, residents and practitioners around the world are getting more and more interested in entrepreneurship for many reasons. With that, some are questioning the wisdom of doctors bothering themselves with “the business of medicine” , innovation and entrepreneurship given how difficult it is for most doctors to maintain state of the art medical skills, cope with a constantly challenging regulatory environment and keep up with the explosion of medical knowledge. One fundamental question that challenges every doctor is how to reconcile the ethics of medicine with the ethics of business where they practice.

The idea that we are living in an entrepreneurial age, experiencing rapid disruptive technological innovation on a scale amounting to a new “industrial revolution” is a pervasive modern myth. Scholars have written academic papers extolling the coming of the “entrepreneurial economy”. Policymakers and investors have pumped massive amounts of funding into start-up ecosystems and innovation. Business schools, universities and schools have moved entrepreneurship into their core curricula.

The only problem is that the West’s golden entrepreneurial and innovation age is behind it. Since the 1980s entrepreneurship, innovation and, more generally, business dynamics, have been steadily declining—particularly so in the US. As economist Tyler Cowen has found: “These days Americans are less likely to switch jobs, less likely to move around the country, and, on a given day, less likely to go outside the house at all […] the economy is more ossified, more controlled, and growing at lower rates.”

For all the entrepreneurship cheerleading of the last 15 years, the Great Recession accelerated an already alarming decline in new business formation in this country. In the United States, our rates of entrepreneurship have been declining for decades, and those new firms that have been created are employing fewer and fewer people. Meanwhile, techno-oligopolies continue to increase.

After remaining remarkably consistent for decades, the number of new businesses launched in the United States peaked in 2006 and then began a precipitous decline – a decline accelerated by the Great Recession. From 2002 to 2006, the economy produced an average of 524,000 new employer firms each year. Since 2009, however, the number of new business launched annually has dropped to about 400,000, meaning the United States currently faces a startup deficit of 100,000 new firms every year – and a million missing startups since 2009.

COVID has had a significant impact on entrepreneurship. Here is another take on the effect of COVID on entrepreneurship. But, entrepreneurship by necessity has its dark side.

Research suggests that over the past two decades, the number of high-value startups has declined, sparking significant debate over what’s causing the drop, how to fix it, and whether or not it’s a problem that needs fixing. Here are six reasons why that might be true:

  • Theory 1: Entrepreneurs are motivated more by the lifestyle than by viable business ideas
  • Theory 2: Tougher regulation is hurting high-growth companies
  • Theory 3: Big businesses have changed the way they operate
  • Theory 4: Entrepreneurs lack the right training
  • Theory 5: The gig economy is affecting would-be entrepreneurs’ experience
  • Theory 6: The problem is a measurement issue

Here is the tale of the tape:

  • In 1980, 15% of all U.S. firms had been created the year before. In 2011, that share had been halved, according to census data.
  • In 1997, for the first time in this country’s history, more Americans worked at companies with 250 or more employees. The gap has steadily grown since, aside from a notable blip in the early 2000s. The biggest single percentage increase was between 2007 and 2008, as the Great Recession took hold.
  • Three-quarters of U.S. incorporations that we do have issue no payroll, mostly for the self-employed.
  • Though our outsized venture capital market means we have a high share of iconic, rocket-ship growth companies, the United States is lagging other rich country peers in the crucial middle category: new, growing, innovative companies trying to bring efficiencies to industries that may last.

Part of the problem derives from some misconceptions and differences in our interpretations of physician entrepreneurship:

  1. Each doctor has his or her definition of physician entrepreneurship, value and innovation
  2. Physician entrepreneurs play many different roles creating user defined value
  3. Those roles depend on whether they are medical practice entrepreneurs, social entrepreneurs, technopreneurs, intrapreneurs, educational entrepreneurs, physician service providers or investors
  4. Innovation ecosystems vary from one domain e.g. digital health to another, like biopharma
  5. There are vast international cultural, social and political systems differences that help or hinder physician entrepreneurship.
  6. Rules drive ecosystems. Rules variation around the world often reflects the values of a given citizenry at a given point in time. While health system problems are universal (cost, access, quality, changing demographics, supply, demand, equity), the solutions vary tremendously.
  7. Creating value and wealth is but one step. Sharing the wealth that results, justice and equity are separate issues that can either raise the overall standard of a health system in a given country or drive another wedge between the haves and have nots. It also determines how physician entrepreneurs are perceived as either ruthless, greedy profiteers or instruments of social justice and improvement.
  8. The gaps between how younger generations and older rulers see the world are widening (e.g China and somewhat reflected by Sanders supporters in the US elections) The “dream” constantly evolves from financial security to higher levels of needs like democracy, international connectedness and security and a better life for families and children.
  9. Regardless of which way physicians choose to pursue entrepreneurship, it takes teamwork and the involvement of many different participants with varying skill sets. Each contributes something different.
  10. Biomedical entrepreneurship is a marathon relay race. As such, any team is only as strong as its weakest link.
  11. Few health professionals have an entrepreneurial mindset, in large part because of how they are chosen and the lack of bioentrepreneurial education and training in their programs.
  12. Politics, ego and greed get in the way of substantive change in the US sickcare system of systems.

Judging by the headlines on their LinkedIn profile, more and more MD/DOs are innovators, entrepreneurs and non-clinical consultants. Many are starting or working with biomedical and clinical startups, including a group of medical school graduates who don’t do a residency. But:

  1. They are not trained to do so
  2. Entrepreneurship in the US has been in a downward spiral in the US for the past 40 years.
  3. Most startups will fail
  4. Most startups don’t have money to pay people
  5. There is an innovation bubble.
  6. Job security is low
  7. You have to deal with people who have entrepreneurial psychopathologies are simply untrustworthy.
  8. Students loan burdens are rising
  9. Many are not in it for the long run
  10. There are unrealistic expectations on both the consultant/employee and employer side.
  11. Most MD/MBA programs should be terminated
  12. Innovation theater is pervasive.

If you thought getting a side gig or pursuing a non-clinical career was Plan B but now realize the grass really isn’t that much greener, maybe it’s time for Plan C.

The underlying assumption behind creating incentives for early involvement of physicians in entrepreneurship is that it will improve outcomes and company success. However, we lack the data that validates that assumption.

Doctors are wasting their time typing into EMRs, complying with administrivia, being on hold to get prior authorization, and answering unnecessary phone calls from patients that could be avoided with proper engagement and education. If anything, they are not spending enough time creating user defined value through the deployment of innovation.

At its core, though, we need to change the rules about measuring quality, clearing products, paying to things, providing equitable access and insurance coverage, and eliminating waste and administrivia cost, and narrowing inequitable value sharing. Otherwise, we are just parading shiny new objects.

We need to fix sickcare USA before we decide how or whether we change how we fund it. Otherwise, we will be just wasting more and more money.

We need to do a better job of measuring the input, output and impact of physician entrepreneurship including not just creating new companies, but interventions in medical practice entrepreneurship, social entrepreneurship, intrapreneurship, edupreneurship and other non-commercial roles as well.

International biomedical entrepreneurship will continue to grow With that, however, will be more challenges to use the results to make patients, systems and societies better. By doing good, physician entrepreneurs can do well, but there are formidable headwinds preventing them from doing so. Unless we have evidence to the contrary, the null hypothesis is physician entrepreneurship is a waste and , in retrospect, just sounded like a good idea at the time. I hope the results prove me wrong.

Image credit: Pixabay

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Fast Company is Wrong

Star

Starbucks the Real Winner in Amazon Go Collaboration

Recently Starbucks announced a collaboration with Amazon Go on a New York City store that combines Starbucks Pickup concept with Amazon’s Go concept.

A Fast Company article titled Starbucks and Amazon team up on their first store, but I can’t see what’s in it for Starbucks tries to assert that the collaboration is ridiculously titled in favor of Amazon Go.

I respectfully disagree.

Customer Experience Learning Delivers Starbucks More Learning Than Amazon Go

Lost on Fast Company’s Mark Wilson is the incredible value to Starbucks to not only learn about Amazon’s Go technology, but more importantly to observe how their customer experience is impacted by the introduction of the Amazon Go fortress gates and related surveillance technology.

Starbucks can gather incredibly valuable customer insights from the answers to these and other questions:

  1. How does dwell time in the concept store compare to other New York City traditional Starbucks locations nearby?
  2. How is purchase size per customer visit impacted?
  3. Is there an uptick in grab ‘n’ go purchases versus Starbucks’ own grab ‘n’ go items?
  4. How do customers feel about the presence of the Amazon Go security gates and all of its necessary surveillance cameras?
  5. How does the composition of the customer experience in the Amazon Go concept test location affect visit frequency?
  6. How does the composition of the customer experience in the Amazon Go concept test location affect brand perception?
  7. How does the composition of the customer experience in the Amazon Go concept test location affect customer loyalty?

There is more to ongoing success in business than the quest for hyper-efficiency or profit above all else. Creating a valued and differentiated customer experience matters. In the same way products can become commoditized, services, and even experiences can be commoditized to.

Continuous Experimentation is Worth the Investment

Continuous experimentation is just as important for customer experience design as it is for mature product design and service design practices. Companies like Chick-fil-A, Kaiser Permanente, and OSF HealthCare have invested in facilities to prototype and test potential alterations in their service and experience delivery. I’ve had the opportunity to visit all three of these facilities in person and the privilege of advising one of these three organizations. It is harder to conduct experience experiments, but not impossible – and incredibly important.

It is because of the greater challenge of prototyping experiences and gathering accurate feedback that Starbucks stands to gain more from this collaboration with Amazon Go. And while Starbucks could easily replace Amazon Go with a competitor, Amazon isn’t likely to start their own global chain of coffee houses.

If you haven’t already come across this article, this article by Larissa Gomes is worth a read:

Amazon Go has competition: Meet 6 other automated stores transforming retail

Not mentioned in the article is startup Standard Cognition:

Final thought: You may also notice in the picture at the top of the article – if you look closely – the last minute technology investment I highlighted in my last Starbucks article.

Keep innovating!

Image credits: Starbucks

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