The Innovators Studio with Phil McKinney

The world we inhabit is constantly changing. From the technological advances of interconnectivity to the global movements that bring about social change, nothing seems stagnant for long. But often, it's not the sweeping revolutions that move us forward – it's the small, everyday changes that can create a ripple effect and have a big impact on our lives.

The prevailing belief is that only grand, monumental innovations can orchestrate significant change. This mindset, however, can be misleading. It often overlooks the transformative power of small innovations – the subtle yet impactful adjustments that often lay the foundation for large-scale change.

Consider the evolution of the smartphone, which wasn't born out of a sudden, revolutionary idea. It was the product of numerous small innovations stacked over time – a gradual progression from landline phones to mobile phones and internet-enabled devices. Each seemingly insignificant incremental step was a critical component of the transformative technology we now cannot imagine living without.

Consequently, we need to debunk the myth that only monumental disruptive innovations create a significant impact. The reality is that small, incremental innovations hold tremendous potential and often serve as the building blocks of the larger, more revolutionary changes we celebrate.

Let's look at several examples highlighting the tremendous potential of small innovations with outsized impacts.

This seemingly insignificant feature now seen on almost every mouse was not originally part of the design. It was only introduced in 1995 by the Microsoft IntelliMouse. Before the advent of the mouse wheel, users had to drag the scrollbar to navigate through the content, which was often cumbersome and time-consuming.

The introduction of the mouse wheel brought about a significant shift in how users interacted with their computers. It allowed quick and seamless scrolling through documents and web pages, significantly improving navigation efficiency. This small, incremental innovation also enhanced productivity and enriched the overall user experience, contributing to the broader goal of making technology more intuitive and user-friendly.

Today, it's hard to imagine a mouse without a scroll wheel.

The QR Code, or Quick Response Code, is a two-dimensional barcode initially created by the automotive industry in Japan in 1994. It was originally developed by Denso Wave, a subsidiary of Toyota, to track car parts during manufacturing.

The QR Code improved on the traditional barcode, capable of storing significantly larger information and being read from any angle. Its initial application was limited to the auto manufacturing process, but its potential for broader use was quickly recognized. In the years that followed, with the advancement of smartphones equipped with cameras, the QR Code was used in various public and commercial applications.

Its first use outside the automotive industry was marketing, as companies used QR Codes for promotional purposes. It went on to facilitate a wide range of use cases, from contactless payments to ticket validations and quick website access. The QR Code made life easier and more efficient in countless ways.

Contactless payments took shape in the late 1990s and were born out of the desire for faster and more convenient methods. The first hint of this technology was when Mobil introduced the Speedpass in 1997, a keychain device that allowed customers to pay at gas stations by simply waving the device near the pump.

However, it wasn't until 2007 that the first contactless credit cards started appearing, with Mastercard's PayPass and Visa's payWave leading the charge. These credit cards were embedded with a chip and an antenna allowing data transfer via Radio Frequency Identification (RFID) technology. Customers could now pay for their transactions by simply tapping their card against the payment terminal, eliminating the need for swiping the card or entering a PIN.

The innovation didn't stop there. With the advent of smartphones and Near Field Communication (NFC) technology, the stage was set for the next evolution in contactless payments: mobile wallets. In 2011, Google launched Google Wallet, the first mobile wallet in the United States. It enabled users to store their phone card information and make payments by tapping their device against a payment terminal.

Today, contactless payments have become the norm in many parts of the world, with several other players like Apple Pay and Samsung Pay joining the fray. What started as a simple idea to make payments faster and more convenient has transformed how we transact, impacting millions of consumers and businesses worldwide. I

LED lighting, an innovation that revolutionized the world of artificial illumination, has humble origins in the early 20th century. The principle theory behind LEDs, or Light Emitting Diodes, was discovered in 1907 by British experimenter H. J. Round. However, it wasn't until the 1960s that practical applications of LEDs were first explored. Nick Holonyak Jr., an engineer at General Electric, is credited with inventing the first practical visible-spectrum LED in 1962.

The earliest LEDs only emitted a low-intensity red light, which found its use in calculators and watches. Over the next few decades, the technology gradually improved, with the development of new materials allowing for LED lights of different colors, including the white light we see today. However, these early white LEDs were expensive and inefficient, limiting their usage to specific applications.

The first practical LED display was developed at HP Labs in 1968. Howard Borden and Gerald Pighini led its development. The LED displays used integrated LED circuit technology and was the first intelligent LED display. It was a revolution in digital display technology, becoming the basis for later LED displays.

The real breakthrough in LED technology came in the mid-1990s when a team of researchers led by Shuji Nakamura, then working at Nichia in Japan, developed the high-brightness blue LED. This game-changer; made it possible to create white light by combining blue light with phosphor, which improved efficiency and reduced the cost of LED lighting.

The transformation from traditional incandescent bulbs to LEDs has resulted in substantial energy savings and a reduced carbon footprint worldwide. According to the US Department of Energy, LED lights use at least 75% less energy and last 25 times longer than incandescent lighting. Today, LED lighting is everywhere, from our homes and offices to our streets and vehicles.

The roots of 3D Printing, or additive manufacturing, can be traced back to the 1980s. Chuck Hull, an engineer, and physicist, invented the first 3D printing process known as “stereolithography” in 1984 based on the inspiration from traditional Printing and applying its concepts to 3D objects.

Hull's invention allowed for the creation of 3D objects by successively layering thin sheets of ultraviolet photo-curable material one on top of the other. This process marked a significant shift from traditional manufacturing methods, which were largely subtractive, involving cutting or drilling parts from larger materials.

Hull's company, 3D Systems, commercialized the first 3D printer 1987. However, the technology was expensive and primarily used for industrial prototyping. It wasn't until the 21st century, with technological advances and lower-cost 3D printers, that the process became more accessible to a broader market.

The subsequent significant development in 3D Printing came in 2009 when the UK's RepRap project, a university-based initiative, created the first self-replicating 3D printer. This printer could print its parts, dramatically reducing the cost and increasing the accessibility of 3D printing technology.

Today, 3D Printing's influence can be seen across various industries. From automotive and aerospace, where it's used for creating prototypes and complex parts, to the medical field, where it's used for producing custom prosthetics and even human tissues, 3D Printing continues to push the boundaries of innovation. Its potential in transforming production processes and customizing products to individual needs is only beginning to be realized, marking a new era in manufacturing and design.

High-Definition Multimedia Interface, or HDMI, is a technology that has dramatically simplified and improved how we connect our audio and video devices. The development of HDMI can be traced back to 2002, when seven prominent electronics manufacturers, including Sony, Philips, and Toshiba, collaborated to create a single cable that could transmit uncompressed audio and video signals. This was a significant departure from the multitude of cables that were previously required for this purpose, such as composite, S-video, and VGA cables.

The simplicity and effectiveness of HDMI were apparent, and it quickly gained acceptance in the consumer electronics industry. In addition to simplifying the setup process, HDMI cables offered significant improvements in audio and video quality. They could transmit high-definition (HD) and later ultra-high-definition (UHD) signals, offering a far superior viewing experience to standard-definition signals.

In the years following its introduction, HDMI standards have continued to evolve, with new versions offering improved functionality, higher speeds, and better signal quality. Today, HDMI is the de facto standard for connecting high-definition devices, from televisions and projectors to gaming consoles and computers. Its widespread adoption is a testament to its success in simplifying our digital lives and delivering high-quality audio and video experiences.

The Slinky, a beloved children's toy and a marvel of physics, has an interesting origin story that dates back to the 1940s. It was invented by naval engineer Richard James, who accidentally discovered the toy. James knocked over a sample coil while working on a project to develop springs for stabilizing sensitive equipment aboard ships. To his amazement, the coil “walked” down the stack of books, onto the tabletop, and then onto the floor, where it re-coiled itself. James saw potential in this, and in 1945, he and his wife Betty launched James Industries, producing the first Slinkys.

What started as a simple toy has found unexpected applications in diverse fields. In science classrooms worldwide, Slinkys demonstrate wave properties, harmonic motion, and energy propagation. The toy's ability to ‘walk' down steps demonstrates essential physics principles, particularly converting potential energy into kinetic energy. Scientists have even used Slinkys in seismology to model P and S waves during earthquakes. Moreover, in music, the Slinky has been used as an improvised musical instrument, and its unique sound is used in the production of various songs and soundtracks.

The Slinky's journey from accidental discovery to a household name demonstrates the fascinating interplay between simple concepts and far-reaching applications. Its popularity as a toy and a teaching tool continues to endure, proving that sometimes, the simplest ideas can have the most profound impacts.

The innovations detailed above provide valuable lessons applicable to multiple fields:

Identifying potential small innovations in everyday life can be achieved through various strategies:

Mindful Observation: Pay attention to your daily routines and those of others. Look for inefficiencies, inconveniences, and pain points. These are opportunities for improvement and innovation.

Welcome Feedback: Feedback, whether from colleagues, friends, or family, can help identify gaps or areas for improvement that you may have overlooked.

Staying Updated: Follow trends and advancements in technology, science, and other fields of interest. These can inspire new ideas or enhancements to existing objects or processes.

Experimentation: Don't be afraid to experiment. Some of the most impactful innovations arise from trials and iterations.

Cross-Pollination of Ideas: Apply solutions or concepts from one field to another. This can lead to innovative solutions that might not have been apparent within the original context.

Remember, it's not always about creating something entirely new. Often, the most influential innovations are those that improve or refine existing processes or tools, making life easier, more efficient, or more enjoyable.

Small innovations' profound impact often extends far beyond their original purpose or field. From the accidental invention of the Slinky to the intentional design of HDMI cables and contactless payments, these examples demonstrate how simple ideas can transform into groundbreaking innovations.

So, look around you, engage with your world, and don't stop experimenting with ideas, no matter how small or simple they may seem. Remember, even the most straightforward idea has the potential to create a ripple effect, leading to significant improvements and far-reaching impacts. So, keep innovating, keep improving, and remember – no idea is too small to make a big difference!

To learn about creating revolutionary ripples, listen to this week's show: Revolutionary Ripples – How Small Innovations Can Create a Big Impact.

The world we inhabit is constantly changing. From the technological advances of interconnectivity to the global movements that bring about social change, nothing seems stagnant for long. But often, it's not the sweeping revolutions that move us forward - it's the small, everyday changes that can create a ripple effect and have a big impact on our lives.

The prevailing belief is that only grand, monumental innovations can orchestrate significant change. This mindset, however, can be misleading. It often overlooks the transformative power of small innovations - the subtle yet impactful adjustments that often lay the foundation for large-scale change.

Consider the evolution of the smartphone, which wasn't born out of a sudden, revolutionary idea. It was the product of numerous small innovations stacked over time - a gradual progression from landline phones to mobile phones and internet-enabled devices. Each seemingly insignificant incremental step was a critical component of the transformative technology we now cannot imagine living without.

Consequently, we need to debunk the myth that only monumental disruptive innovations create a significant impact. The reality is that small, incremental innovations hold tremendous potential and often serve as the building blocks of the larger, more revolutionary changes we celebrate.

Let's look at several examples highlighting the tremendous potential of small innovations with outsized impacts.

This seemingly insignificant feature now seen on almost every mouse was not originally part of the design. It was only introduced in 1995 by the Microsoft IntelliMouse. Before the advent of the mouse wheel, users had to drag the scrollbar to navigate through the content, which was often cumbersome and time-consuming.

The introduction of the mouse wheel brought about a significant shift in how users interacted with their computers. It allowed quick and seamless scrolling through documents and web pages, significantly improving navigation efficiency. This small, incremental innovation also enhanced productivity and enriched the overall user experience, contributing to the broader goal of making technology more intuitive and user-friendly.

Today, it's hard to imagine a mouse without a scroll wheel.

The QR Code, or Quick Response Code, is a two-dimensional barcode initially created by the automotive industry in Japan in 1994. It was originally developed by Denso Wave, a subsidiary of Toyota, to track car parts during manufacturing.

The QR Code improved on the traditional barcode, capable of storing significantly larger information and being read from any angle. Its initial application was limited to the auto manufacturing process, but its potential for broader use was quickly recognized. In the years that followed, with the advancement of smartphones equipped with cameras, the QR Code was used in various public and commercial applications.

Its first use outside the automotive industry was marketing, as companies used QR Codes for promotional purposes. It went on to facilitate a wide range of use cases, from contactless payments to ticket validations and quick website access. The QR Code made life easier and more efficient in countless ways.

Contactless payments took shape in the late 1990s and were born out of the desire for faster and more convenient methods. The first hint of this technology was when Mobil introduced the Speedpass in 1997, a keychain device that allowed customers to pay at gas stations by simply waving the device near the pump.

However, it wasn't until 2007 that the first contactless credit cards started appearing, with Mastercard's PayPass and Visa's payWave leading the charge. These credit cards were embedded with a chip and an antenna allowing data transfer via Radio Frequency Identification (RFID) technology. Customers could now pay for their transactions by simply tapping their card against the payment terminal, eliminating the need for swiping the card or entering a PIN.

The innovation didn't stop there. With the advent of smartphones and Near Field Communication (NFC) technology, the stage was set for the next evolution in contactless payments: mobile wallets. In 2011, Google launched Google Wallet, the first mobile wallet in the United States. It enabled users to store their phone card information and make payments by tapping their device against a payment terminal.

Today, contactless payments have become the norm in many parts of the world, with several other players like Apple Pay and Samsung Pay joining the fray. What started as a simple idea to make payments faster and more convenient has transformed how we transact, impacting millions of consumers and businesses worldwide. I

LED lighting, an innovation that revolutionized the world of artificial illumination, has humble origins in the early 20th century. The principle theory behind LEDs, or Light Emitting Diodes, was discovered in 1907 by British experimenter H. J. Round. However, it wasn't until the 1960s that practical applications of LEDs were first explored. Nick Holonyak Jr., an engineer at General Electric, is credited with inventing the first practical visible-spectrum LED in 1962.

The earliest LEDs only emitted a low-intensity red light, which found its use in calculators and watches. Over the next few decades, the technology gradually improved, with the development of new materials allowing for LED lights of different colors, including the white light we see today. However, these early white LEDs were expensive and inefficient, limiting their usage to specific applications.

The first practical LED display was developed at HP Labs in 1968. Howard Borden and Gerald Pighini led its development. The LED displays used integrated LED circuit technology and was the first intelligent LED display. It was a revolution in digital display technology, becoming the basis for later LED displays.

The real breakthrough in LED technology came in the mid-1990s when a team of researchers led by Shuji Nakamura, then working at Nichia in Japan, developed the high-brightness blue LED. This game-changer; made it possible to create white light by combining blue light with phosphor, which improved efficiency and reduced the cost of LED lighting.

The transformation from traditional incandescent bulbs to LEDs has resulted in substantial energy savings and a reduced carbon footprint worldwide. According to the US Department of Energy, LED lights use at least 75% less energy and last 25 times longer than incandescent lighting. Today, LED lighting is everywhere, from our homes and offices to our streets and vehicles.

The roots of 3D Printing, or additive manufacturing, can be traced back to the 1980s. Chuck Hull, an engineer, and physicist, invented the first 3D printing process known as "stereolithography" in 1984 based on the inspiration from traditional Printing and applying its concepts to 3D objects.

Hull's invention allowed for the creation of 3D objects by successively layering thin sheets of ultraviolet photo-curable material one on top of the other. This process marked a significant shift from traditional manufacturing methods, which were largely subtractive, involving cutting or drilling parts from larger materials.

Hull's company, 3D Systems, commercialized the first 3D printer 1987. However, the technology was expensive and primarily used for industrial prototyping. It wasn't until the 21st century, with technological advances and lower-cost 3D printers, that the process became more accessible to a broader market.

The subsequent significant development in 3D Printing came in 2009 when the UK's RepRap project, a university-based initiative, created the first self-replicating 3D printer. This printer could print its parts, dramatically reducing the cost and increasing the accessibility of 3D printing technology.

Today, 3D Printing's influence can be seen across various industries. From automotive and aerospace, where it's used for creating prototypes and complex parts, to the medical field, where it's used for producing custom prosthetics and even human tissues, 3D Printing continues to push the boundaries of innovation. Its potential in transforming production processes and customizing products to individual needs is only beginning to be realized, marking a new era in manufacturing and design.

High-Definition Multimedia Interface, or HDMI, is a technology that has dramatically simplified and improved how we connect our audio and video devices. The development of HDMI can be traced back to 2002, when seven prominent electronics manufacturers, including Sony, Philips, and Toshiba, collaborated to create a single cable that could transmit uncompressed audio and video signals. This was a significant departure from the multitude of cables that were previously required for this purpose, such as composite, S-video, and VGA cables.

The simplicity and effectiveness of HDMI were apparent, and it quickly gained acceptance in the consumer electronics industry. In addition to simplifying the setup process, HDMI cables offered significant improvements in audio and video quality. They could transmit high-definition (HD) and later ultra-high-definition (UHD) signals, offering a far superior viewing experience to standard-definition signals.

In the years following its introduction, HDMI standards have continued to evolve, with new versions offering improved functionality, higher speeds, and better signal quality. Today, HDMI is the de facto standard for connecting high-definition devices, from televisions and projectors to gaming consoles and computers. Its widespread adoption is a testament to its success in simplifying our digital lives and delivering high-quality audio and video experiences.

The Slinky, a beloved children's toy and a marvel of physics, has an interesting origin story that dates back to the 1940s. It was invented by naval engineer Richard James, who accidentally discovered the toy. James knocked over a sample coil while working on a project to develop springs for stabilizing sensitive equipment aboard ships. To his amazement, the coil "walked" down the stack of books, onto the tabletop, and then onto the floor, where it re-coiled itself. James saw potential in this, and in 1945, he and his wife Betty launched James Industries, producing the first Slinkys.

What started as a simple toy has found unexpected applications in diverse fields. In science classrooms worldwide, Slinkys demonstrate wave properties, harmonic motion, and energy propagation. The toy's ability to 'walk' down steps demonstrates essential physics principles, particularly converting potential energy into kinetic energy. Scientists have even used Slinkys in seismology to model P and S waves during earthquakes. Moreover, in music, the Slinky has been used as an improvised musical instrument, and its unique sound is used in the production of various songs and soundtracks.

The Slinky's journey from accidental discovery to a household name demonstrates the fascinating interplay between simple concepts and far-reaching applications. Its popularity as a toy and a teaching tool continues to endure, proving that sometimes, the simplest ideas can have the most profound impacts.

The innovations detailed above provide valuable lessons applicable to multiple fields:

1. Embrace Serendipity: As seen in the creation of the Slinky, sometimes a chance observation can lead to a groundbreaking invention. Keeping an open mind and seeing the potential in unexpected occurrences is essential.
2. Collaboration is Key: The development of HDMI was a collaborative effort by several electronics manufacturers. This underscores the importance of collaboration in driving innovation.
3. Simplicity Sells: Both the Slinky and HDMI cables highlight how simplicity can drive user adoption. The Slinky's simple physics and HDMI's single-cable solution both won over consumers with their straightforward, easy-to-understand design.
4. Evolution is Essential: Like 3D printing technology and HDMI standards, successful inventions often need to evolve to meet changing consumer demands and technological advancements.
5. Cross-Disciplinary Influence: The Slinky, originally a toy, found applications in education, seismology, and music. This demonstrates that innovations can have far-reaching impacts across various disciplines, often beyond their intended use.
6. Enhance User Experience: Contactless payments and the mouse wheel highlight the importance of user experience when developing new technologies or improving existing ones. A positive user experience can lead to rapid adoption and customer satisfaction.
7. Understand User Needs: The success of the mouse wheel underscores the importance of understanding user needs and behaviors. By addressing a specific user need (easy navigation), the mouse wheel significantly improved the functionality of the computer mouse.
8. Seamless Integration: As demonstrated by contactless payments, seamless integration of technology into everyday routines can lead to widespread adoption. This requires a deep understanding of the context in which the technology will be used and designing solutions that fit naturally into that context.

Identifying potential small innovations in everyday life can be achieved through various strategies:

Mindful Observation: Pay attention to your daily routines and those of others. Look for inefficiencies, inconveniences, and pain points. These are opportunities for improvement and innovation.

Welcome Feedback: Feedback, whether from colleagues, friends, or family, can help identify gaps or areas for improvement that you may have overlooked.

Staying Updated: Follow trends and advancements in technology, science, and other fields of interest. These can inspire new ideas or enhancements to existing objects or processes.

Experimentation: Don't be afraid to experiment. Some of the most impactful innovations arise from trials and iterations.

Cross-Pollination of Ideas: Apply solutions or concepts from one field to another. This can lead to innovative solutions that might not have been apparent within the original context.

Remember, it's not always about creating something entirely new. Often, the most influential innovations are those that improve or refine existing processes or tools, making life easier, more efficient, or more enjoyable.

Small innovations' profound impact often extends far beyond their original purpose or field. From the accidental invention of the Slinky to the intentional design of HDMI cables and contactless payments, these examples demonstrate how simple ideas can transform into groundbreaking innovations.

So, look around you, engage with your world, and don't stop experimenting with ideas, no matter how small or simple they may seem. Remember, even the most straightforward idea has the potential to create a ripple effect, leading to significant improvements and far-reaching impacts. So, keep innovating, keep improving, and remember - no idea is too small to make a big difference!

Have you ever found yourself stuck in a creative rut, unable to develop fresh ideas? Or maybe you struggle to find inspiration for a new project or task. It can be frustrating and discouraging, but you're not alone. It's easy to fall into a routine and rely on the same old ways to find ideas, but we limit our creative potential by doing so.

In this post, we will explore ten uncommon and non-obvious ways to spark your creativity and find new ideas. These techniques can serve as a starting point to get you out of your comfort zone and help you find new ideas.

So, grab your pen and paper, and let's dive in!

Let's jump into the diverse methods you can employ to rejuvenate your thought process and stimulate your imagination. These strategies are designed to shake up your usual routines by offering new perspectives. The goal is not only to inspire fresh ideas but also to revolutionize how you approach creativity in your everyday life.

Mining your old ideas not only includes flipping through old journal entries or project archives but also involves revisiting past conversations, failed projects, or ideas that sparked your interest but couldn't see the light of day due to various constraints. Sometimes the missing link in those ideas was the lack of a particular skill or resource at that time, which you might have acquired now.

Try to view your old ideas with a new lens. Consider the changes in the environment, technology, or even your own perspective that could give these ideas a new life. Has there been a shift in market demands? Have new tools become available that could overcome previous obstacles? How has your own view evolved over time?

Moreover, it's essential to remember that creativity is not a linear process. An idea that seemed irrelevant or impossible in the past could perfectly fit into a new context. This practice of revisiting and revamping your old ideas is like a treasure hunt where you're not only searching for gold but also refining it to create something valuable in the present. With this approach, you're not starting from a blank slate, but you're building on a foundation already laid, albeit in the past. So, flip through those old notebooks, revisit those brainstorming sessions, and give your past ideas a chance to infuse new life into your present creativity.

Instead of always striving for brand-new ideas, why not improve on what already exists?

Building upon an existing idea is often less daunting than creating something completely new. An "add-on" approach encourages critical evaluation and improvement of established concepts. The beauty of this method lies in its simplicity; just take what's already there and make it better. This could be an existing product, a service, or a process in your daily life or work that you believe could be enhanced.

Consider technology upgrades as an example. Each new smartphone or software application version is fundamentally an add-on, a series of improvements and enhancements to an existing product. These updates are based on customer feedback, market trends, and technological advancements, demonstrating that you don't always need to reinvent the wheel to innovate.

This strategy requires an analytical mindset and a focus on problem-solving. Begin by identifying a product, service, or process you believe has room for improvement. Then, brainstorm ways in which it could be enhanced. Remember, even small changes can have a significant impact, leading to a breakthrough idea.

Thinking macro is about shifting your focus from the minute details and considering the overall impact or implications. This approach requires you to constantly question and analyze the broader implications of your idea, its potential evolution, and how it fits into a larger context or ecosystem.

For instance, if you were developing a sustainable product, you wouldn't just consider the immediate benefits, such as reducing waste or using recycled materials. You'd need to consider the long-term effects on the environment, and the market shifts towards sustainability, how your product could influence consumer behavior, and how it could drive industry standards towards more eco-friendly practices.

This broad, macro view can open up new avenues for creativity. It enables you to identify gaps, challenges, and opportunities on a larger scale, which could lead to bigger and bolder ideas. It encourages you to think beyond the immediate scope of your project and consider how your idea could have a wider-reaching impact or influence.

Embracing unexpected learning is about venturing into the unfamiliar and embracing the lessons that come with it. This approach exposes you to fresh perspectives, different cultures, unique skills, and a wealth of knowledge that may be completely unrelated to your current project or area of expertise. However, it's precisely this novelty that can spark innovative ideas.

Take, for instance, the act of learning a new language. It's not just about memorizing vocabulary and grammar rules. It involves understanding the culture, the nuances, and the thought processes of those who speak that language. This new understanding can provide a fresh lens through which to view your projects, perhaps leading to a creative breakthrough.

Similarly, reading a book outside your usual genre can expose you to different writing styles, themes, and perspectives that you may have never considered before. These new insights could offer unique angles or solutions to the challenges you're facing in your creative process.

Moreover, unexpected learning can come from less formal avenues. Even watching a documentary, attending a local event, or having a conversation with a stranger can offer unexpected insights and inspiration.

The key to embracing unexpected learning is to remain open-minded and curious. It's about stepping out of your comfort zone and being receptive to new experiences and knowledge, regardless of how relevant they may seem at first. This mindset can enrich your understanding, broaden your horizons, and, ultimately, fuel your creativity. So, make it a habit to learn something new and unexpected regularly, and watch as your creativity flourishes.

Reverse brainstorming is a creative problem-solving technique that encourages you to challenge conventional thinking and approach problems differently. This method is especially useful when traditional brainstorming techniques fail to generate novel solutions or when you are stuck in a rut of typical, predictable thinking patterns.

In reverse brainstorming, you first pose the problem in reverse. For instance, if your original problem was, "How can we improve customer service?" you might ask, "How could we make our customer service worse?" This reversal can dislodge habitual thinking, allowing for a more unrestricted flow of ideas.

The next step involves listing as many responses as possible, no matter how absurd or improbable they might seem. This phase is about quantity over quality, promoting free thought and encouraging out-of-the-box thinking. It's important that during this phase, judgment is suspended, and every idea is accepted.

Finally, you take these "reverse solutions" and flip them back into solutions for the original problem. This might involve directly contradicting the reverse solution or simply using it as a springboard to inspire new, constructive ideas.

For example, if one of your "worsening" ideas was "make customers wait a long time to get help," a corresponding solution could be "implement a live chat feature on our website to provide immediate assistance."

By flipping the problem on its head, reverse brainstorming can help you uncover unique solutions you might otherwise overlook. This technique broadens your creative thinking and offers a fun and interesting twist to problem-solving sessions.

Brainwriting encourages individual ideation and creativity by allowing participants to express their ideas in writing rather than verbalizing them. This method can be particularly advantageous in diverse groups where some individuals may be more reserved or less comfortable sharing ideas out loud.

In a brainwriting session, each participant starts with a sheet of paper and writes down their ideas related to the problem or topic. The sheets are passed to the next person, usually a few minutes after a predetermined time. Each participant then reads the ideas on the new sheet they receive and uses them as inspiration to generate more ideas, which they then add to the sheet. This process continues until all participants have had the chance to contribute to each sheet.

Brainwriting fosters a non-judgmental environment where all ideas are valued, and there's no fear of instant criticism. This can often result in a wider variety of ideas, as participants are free to jot down even the most outlandish thoughts without fear of immediate critique. It also ensures that everyone's voice is equally heard, regardless of their communication style, personality type, or role in the organization.

Moreover, brainwriting can lead to a snowball effect of creativity, as each participant's ideas can inspire and build upon others. This cumulative process can lead to innovative solutions that might not emerge in a traditional brainstorming session.

Metaphors are a powerful tool for enhancing creativity. By likening one thing to another, metaphors allow us to see connections and relationships that we might otherwise miss.

Consider, for example, the challenge of improving a company's workflow. Instead of viewing it through the traditional lens of processes and systems, imagine it as a river. The inputs are the river's source, the departments or stages are the various twists and turns, and the output is the sea. This metaphor might prompt questions like: Where is the river flowing smoothly? Where are there blockages or slow points? How can we increase the flow rate? Such a perspective can inspire innovative solutions such as removing unnecessary steps (clearing blockages) or improving communication (enhancing the flow).

Using metaphors can also help in communicating complex ideas in a relatable way. For instance, describing a computer's processor as a "brain" can make it more comprehensible to non-tech-savvy individuals.

However, while metaphors can open doors to creativity, it's important to use them selectively. Overuse or misuse of metaphors can lead to confusion rather than clarity. Like any other creative tool, their effectiveness lies in their appropriate and thoughtful application.

When we practice mindfulness, we tune into what we're sensing in the present moment rather than rehashing the past or imagining the future. This heightened awareness can enhance our understanding, allowing us to see familiar things in a new light, thereby sparking innovative ideas.

Often, our minds are cluttered with thoughts and concerns that distract us from the present moment. By practicing mindfulness, we can learn to quiet these distractions and increase our mental clarity, making room for creativity to flourish.

Moreover, mindfulness can help us manage stress and improve our overall emotional well-being, creating a healthier mental environment for creativity. It enables us to gain insights into our emotions, helping us understand how they can influence our thinking processes. By recognizing these patterns, we can create mental space for innovative thinking.

Often, constraints are viewed as obstacles, but in the creative process, they can serve as catalysts for innovation. When faced with restrictions, our brains are compelled to think differently, push boundaries, and devise inventive solutions that wouldn't have come to light in a limitless environment.

For instance, consider the scenario of designing a product with a limited budget. This financial constraint might inspire cost-efficient yet high-quality solutions, such as repurposing existing materials, leveraging inexpensive technologies, or simplifying the design for easy manufacturing. The result could be a product that meets budget requirements and offers customers unique value.

Similarly, time constraints can compel us to prioritize tasks, streamline processes, and make effective decisions. Imagine launching a marketing campaign with only one week to plan. This tight timeframe pushes you to focus on the most impactful strategies, eliminate unnecessary details, and collaborate efficiently with your team. The result might be a powerful, condensed campaign that resonates with your audience more effectively than a drawn-out, complex strategy would have.

Such constraints stimulate our problem-solving skills and encourage us to look at the situation from various angles, often leading to innovative outcomes. Embracing limitations, therefore, is not about compromising on quality or ambition. Instead, it's about harnessing the power of constraints to spur creativity and innovation.

Free writing is a liberating practice that encourages the spontaneous expression of thoughts without interrupting self-editing. It can be a powerful creative catalyst, allowing ideas to flow uninhibited, frequently leading to unexpected connections and insights.

In free writing, you let your thoughts pour out onto the page or screen, disregarding the traditional grammar, punctuation, and spelling rules. The goal is to maintain a steady stream of consciousness, moving your pen or fingers for a set period, usually around 10 to 15 minutes, without any pause.

This process can serve as a creative warm-up, clearing the mind of clutter and sparking the imagination. It can help unclog mental blocks and alleviate the pressures of producing perfect, polished content. More importantly, free writing can lead you to explore ideas and concepts you might otherwise overlook, providing a fertile ground for innovation.

Bear in mind, though, that this technique is not about producing a ready-to-use piece of writing. Instead, it's about exploration and discovery. Once the session is over, you can review the text for any emerging themes, intriguing ideas, or unique perspectives that could serve as seeds for your creative projects.

In essence, free writing invites your thoughts to roam freely. It doesn't matter where they wander or how they're articulated. What matters is the act of writing unrestrainedly, letting ideas merge, collide, and evolve in their own unique way. Incorporating this practice into your creative routine can be a transformative step towards fostering an innovative mindset.

In pursuit of creativity, these ten strategies form a powerful toolkit to rekindle creativity. These tools invite us to redefine our perceptions, to see not just with our eyes but with our minds, exploring the world in novel ways. They encourage us to delve deep within ourselves, to introspect, to harness the power of constraints, and to let our thoughts flow freely.

They remind us of the raw power of our minds and that creativity isn't a finite resource but a renewable reservoir of ideas ready to be tapped into. Incorporating these strategies into your creativity toolbox can help you find new ideas and explore new areas of your imagination.

You've probably heard the saying that 'Creativity is a muscle.' Like your biceps or triceps, your creative mind needs regular exercise to stay in shape. What exercises will let you build your creative muscle? How do you turn these creativity exercises into a habit that is a routine part of your daily life?

For many of us, developing creativity habits can seem overwhelming.

Where do you even begin?

Research has shown that starting small is the key to creating sustainable habits. Renowned psychologist B.J. Fogg, for example, emphasizes the concept of "Tiny Habits," suggesting that an individual should start with behavior that's easy to do and can be accomplished in less than 30 seconds. This could be as simple as sketching a single line on paper or writing one sentence in a journal.

James Clear, author of "Atomic Habits," recommends an approach of 1% improvement each day. Clear suggests that success is the product of daily habits—not a once-in-a-lifetime transformation. So rather than trying to write a novel in a day, aim to write one paragraph. Over time, these small increments can add up to substantial progress.

Another best practice is to anchor your new creative habit to an existing routine—this is known as habit stacking. For example, if you already have a routine of having a cup of coffee every morning, add a few minutes of your chosen creative habit to this routine.

And finally, make sure to reward yourself. Positive reinforcement is a powerful motivator in habit formation. So after each successful day of practicing your creative habit, allow yourself a small reward. Over time, this creates a positive association with your new habit, making you more likely to stick with it.

The goal isn't to do something creative once and forget about it. The goal is to incorporate creativity into your daily life naturally and sustainably. And with these research-backed strategies, that goal is well within reach.

Rome wasn't built in a day, and neither are habits. It's not about making massive changes overnight but taking small steps consistently.

The following are a few habits that can fan the flames of your creativity and help you tap into your innate inventive spirit. This is not an exhaustive list but merely a starting point. As you embark on building creative habits, you may find others that work better for you. Don't feel confined by this list—feel free to add, modify, and explore other practices that spark your creative energies. The most effective habits are the ones that resonate with you and your unique creative process.

Here are some habits you might consider:

Daily Journaling can genuinely be a transformative habit. It serves as a personal canvas where you can paint your thoughts, emotions, and ideas freely and without restraint. This practice declutters the mind and fuels creativity by helping you explore different trains of thought and identify patterns over time.

Moreover, daily journaling can be adapted according to your preferences. Some individuals prefer traditional narrative journaling, while others might opt for bullet journals, sketching, or digital journaling. The form it takes isn't as important as consistently putting your thoughts on paper.

Also, journaling can act as an incubator for your ideas. For instance, you might jot down a passing thought or a spark of an idea in your journal and then revisit it later to develop it further. This practice especially benefits creative people who need an outlet to capture their flowing ideas.

The key to journaling is not to censor yourself. This is your private space for exploration, reflection, and creativity. So let your mind wander, let your pen flow, and you might be surprised at the innovation and creativity that emerge from the pages of your journal.

Mindfulness practices have gained prominence as powerful tools to nurture creativity. They involve focusing on the present moment, accepting it without judgment, and developing a deeper awareness of your surroundings and internal experiences. This increased sensitivity and openness to the present can spark new insights and ideas, enriching your creative output.

Meditation, one of the most common mindfulness practices, can be particularly beneficial. Regular meditation sessions can help reduce stress, improve concentration, and promote mental clarity—all of which create a conducive environment for creativity.

Consider starting with just a few minutes of meditation each day, gradually increasing the duration as you become more comfortable. Sit in a quiet, comfortable place, close your eyes, and focus on your breath. When your mind wanders—and it will—gently bring it back to your breath. This practice of returning to the moment can strengthen your ability to focus, a critical skill in creative endeavors.

Mindful walking is another mindfulness practice you might try. This involves focusing on the sensation of walking, the feeling of your feet touching the ground, and the rhythm of your footsteps. This practice can be an effective way to clear your head and foster a state of relaxed alertness that can lead to creative breakthroughs.

Just like any other habit, mindfulness requires consistency and practice. But with time, you can cultivate a more mindful approach to life that opens up new pathways for creative thinking.

Curiosity feeding is about intentionally seeking out new knowledge and experiences. It's a habit that can nurture creativity by broadening your perspective and providing fresh inspiration. Each day, make a conscious effort to learn something new. This can be as simple as reading an interesting article, listening to a podcast, or diving into a new book. You might watch a documentary, learn a new word, or even converse with a stranger.

The key is to keep an open mind and embrace the unfamiliar. This can lead you to stumble upon unexpected ideas and connections, fueling your creativity. Engaging with a diverse range of topics also helps to build a rich reservoir of knowledge that can be drawn upon during the creative process.

Moreover, curiosity feeding encourages you to ask questions and challenge assumptions—an essential aspect of creative thinking. By nurturing your curiosity, you foster a mindset of continuous learning and exploration conducive to creativity.

The aim is not just to amass knowledge but to stimulate thought and inspire innovation. So be curious, be open, and immerse yourself in the joy of discovering something new every day.

Idea Generation, often known as brainstorming, is about unleashing your mind to explore different possibilities and avenues. It's about breaking free from the constraints of logical thinking and embracing wild and crazy ideas. This practice stimulates your creative muscles and opens up a treasure trove of potential innovations.

Here are a few strategies to make the most of your idea-generation sessions.

Firstly, create a conducive environment. Choose a quiet, comfortable space where you can think without distractions. Some people find that certain settings, like a park or a café, stimulate their creativity more than others. Experiment and find what works best for you.

Secondly, set a timer. Giving yourself a specific timeframe, like 15 minutes, can create a sense of urgency that pushes your brain to think more creatively.

Thirdly, remember that there are no bad ideas during brainstorming. The goal is to generate as many ideas as possible, not to judge them. Write down everything that comes to your mind, no matter how absurd or impractical. This encourages free thinking and can often lead you down unexpected paths to brainstorm innovative ideas.

Lastly, do it often. The more frequently you brainstorm, the more readily your brain can generate new ideas.

The purpose of idea generation is not only to come up with solutions to specific problems but also to nurture a mindset of creativity and innovation.

Creative exercises are vital activities that stimulate your brain, encouraging out-of-the-box thinking and idea generation. They take various forms and can be tailored to individual preferences and interests.

One popular creative exercise is solving puzzles. Whether it's a jigsaw, crossword, or Rubik's cube, puzzles force you to think strategically and look for patterns. They challenge your brain to work in ways it normally wouldn't, fostering creativity.

Artistic endeavors such as painting, drawing, or sculpting are also great creative exercises. They allow you to express yourself freely and create something unique from your imagination. Even if you don't consider yourself an artist, creating art can stimulate creative thinking.

Cooking a new recipe is another form of creative exercise. It's about mixing ingredients in different ways to create unique flavors. Experimenting with cooking methods can also lead to discoveries in the kitchen, like how experimenting with ideas can lead to innovation.

Writing exercises, like poetry or storytelling, can also stimulate creativity. They encourage you to play with words, conjuring compelling narratives from your imagination.

The goal of these exercises isn't necessarily to create a masterpiece but to spark creativity and have fun in the process.

The next step is commitment. Commit to doing one of these exercises every day for 30 days. Why 30 days? Because science tells us that's about how long repeated actions become a habit.

Some things to keep in mind:

1. Set Clear Goals: Begin by setting a clear and achievable goal. It should be something that you can realistically accomplish within the 30-day time frame. For example, if you want to incorporate mindfulness into your daily routine, your goal could be to meditate for 10 minutes each day.
2. Start Small: It's crucial to start with small, manageable tasks. If your goal is to read a book a week, you might start by reading a few pages each day and gradually increase your reading time. Starting small makes the habit easier to adopt and less overwhelming.
3. Consistency is Key: Consistency is the cornerstone of habit formation. Stick to your routine every day for 30 days. If you aim to engage in creative exercises daily, ensure you set aside time each day for this activity, whether in the morning, during lunch breaks, or in the evening.
4. Be Patient and Persistent: It takes time to form a habit. You might encounter obstacles or have off days, but it's important not to get disheartened. Persistence is key, and consistently repeating the activity leads to habit formation. Remember, the goal isn't perfection. It's consistency. There will be days when it feels harder to engage your creativity. That's okay. What matters is showing up, day in and day out.
5. Stay Positive: Finally, staying positive and maintaining a growth mindset is essential. Each day is an opportunity to learn and grow. Celebrate your successes, even the small ones, and be kind to yourself when you feel discouraged or frustrated.
6. Tell Someone: Being held accountable by having someone checking in on you can be motivating. Find an accountability partner who will support and encourage your endeavors.

Creating a creative habit isn't easy, but it is achievable with these strategies. With consistency and dedication, it won't be long before you experience the reward of a more creative life.

People who cultivate a creative habit experience numerous benefits. It opens up new possibilities and expands your horizons, and creativity can also improve physical and mental well-being. Here are some of the most prominent advantages associated with nurturing a creative mindset:

1. Improved Problem Solving: Creativity can help you develop more efficient solutions to problems. This is because it encourages divergent thinking, which involves considering multiple perspectives and approaches to problem-solving.
2. Heightened Focus and Concentration: Creative activities are often engaging and stimulating, positively affecting your focus and concentration levels. Working on creative problems or projects can help you stay focused for extended periods.
3. Higher Levels of Self-Esteem & Confidence: Taking risks and engaging in creative activities can boost your self-esteem, giving you a sense of accomplishment and pride. This increased confidence can have far-reaching implications, improving personal and professional relationships.
4. Increased Happiness & Satisfaction: Research has shown that engaging in creative activities can improve our happiness levels and overall life satisfaction. This is because creativity helps us to express ourselves and get more in touch with our inner selves.

We can all significantly enhance our creativity through dedication and commitment. We can awaken our inherent creative forces by making creativity exercises a part of our daily routine. It's not about creating masterpieces daily but about sparking creative energy within us. Whether it's solving puzzles, painting, or even experimenting with new recipes in the kitchen, these activities stimulate our brains in unique ways, fostering creativity.

The journey of cultivating a creative habit doesn't have to be solitary. Sharing this journey with an accountability partner can provide mutual encouragement and motivation.

Regardless of the obstacles, be patient and persistent because every step in this journey brings us closer to reaping the numerous benefits of a creative mindset, from improved problem-solving skills and heightened focus to increased self-esteem and happiness.

The journey to enhanced creativity might seem long and challenging but worthwhile. So, dare to commit to this transformative journey, for the destination promises an enriched life overflowing with creativity.

It's time you unleashed your inner Da Vinci!

Hello, Innovators! Welcome back to another episode of the Killer Innovations podcast.

I am so happy to be back in the studio with you today, and I'm excited to give you an update on the show and myself.

A few months ago, in February, I had to undergo open heart surgery at the Mayo Clinic in Jacksonville, Florida.

The surgery was totally unexpected when we went to Florida for Christmas. I have a rare genetic cardiac condition, so I'm under Mayo's care. During my annual check-up, the test showed some issues, which turned a three-week visit into a four and half month stay.

Unfortunately, the nine days I spent in the intensive care unit being intubated caused damage to my vocal cords, preventing me from recording new episodes — that is, until today. The damage to the vocal cords is why my voice may sound different.

But the show must go on, and that's where the team that helps me with the show stepped in. While I've been out, Andrew, Kirk, and Ethan have been serving up the most popular shows from our rich 19-year archive.

Since I couldn't record, I turned my attention to my writing, posting multiple times weekly to my blog at philmckinney.com. If you haven't checked it out lately, I encourage you to hop over. You will notice that all of my writing is now merged onto the Ghost platform that hosts the blog, making it easier for everyone to find the archive of my articles going back to 1996.

To get back in front of the microphone, I've been meeting with vocal cord experts, including those specializing in performers and audio professionals. We looked at various options to determine what it would take to get my voice back to its pre-surgery level. The most important was letting the vocal cords rest. In addition, the specialists changed my diet to reduce the acid reflux, which has been scaring the vocal cords. Who knew?

Now for some exciting news. I've been cleared to experiment with recording new shows to see how my vocal cords hold up. Andrew, our associate producer, has been investigating and testing AI tools that can be trained on my past shows, taking the scripts I write and recording the audio for me. This will allow us to deliver original content without over-stressing my vocal cords.

In fact, the introduction you heard today was an actual recording of me from my mobile studio built into my bus parked in Port Angeles, Washington. This main segment you are listening to was recorded using one of the AI tools.

Like my challenge to you, the podcast team needs to innovate, even in how we produce the show. What do you think?

As for my health, I'm doing great. I've lost 35 pounds—though I wouldn't recommend bypass surgery as a weight loss program. My focus now is on my cardiac rehab and rebuilding my strength and stamina. This summer, I'm working from my bus parked in the beautiful Pacific Northwest, walking on the beach to get my steps in, and loving my Starlink broadband!

Regarding the show, our team is working hard to rebuild the queue so we can release new original content on a more regular schedule. If we miss a few weeks, I apologize in advance.

So, what is changing — and staying the same with the show?

When the show was launched in 2005, the goal was to explore creativity, design, and innovation. Over the years, this podcast has grown to include a mix of interviews, solo episodes, and occasional co-hosts. This focus and format will not change, but the technology behind producing this show will continue to evolve.

So, who are our listeners? Well, Killer Innovations attracts a broad spectrum of people. From tech aficionados to aspiring entrepreneurs, from top brass at leading tech and strategy firms to those just embarking on their career journey. My mission is to satisfy your curiosity about what it takes to be successful as an innovator, inventor, and creator and to equip you with the tools and insights needed to navigate the rapidly changing landscape.

What can you expect from future episodes? Not much difference from what we've been doing in the past. We will continue to delve into innovations that are reshaping our lives—but don't stop there. We dig deeper to uncover the stories behind these breakthroughs.

How did these innovators turn their initial ideas into tangible realities? What obstacles did they face and overcome? And crucially, how can you apply these insights to your own path?

You may hear more of my experience from a 40-year career in inventing and launching innovations.

What topics do you want to hear more about? What topics have you heard enough of? Let us know.

Now, how can you help?

We need supporters to help us cover our costs to produce the show. For 19 years, I've covered the costs out of my pocket with help from Eric and his team at Zoom, who have been a lead sponsor of the podcast for the last eight years.

But our expenses have increased with the team stepping up while I have been out. If you are willing to support the show and the team, please consider becoming a financial supporter.

Visit the blog at philmckinney.com and click on 'Membership' at the top. Rest assured, none of the funding will go to me. It will go to the team and associated out-of-pocket costs. We are looking for $10,000 per month.

Imagine this: you're sipping your morning coffee, earbuds in, listening to our show. You're learning new things, being entertained, and it feels like you're part of a community. That's the power of our podcast.

But did you know it takes more than just a microphone and an interesting topic to keep that podcast coming to your ears week after week? It involves hours of research, editing, and production. Not to mention the cost of hosting and distributing each episode.

What if you could help ensure this podcast's continuation while gaining exclusive perks? You can do just that for just $50 per year — about $1 per episode. Your financial support can make a significant difference in maintaining the quality and consistency of our content.

Think of it as buying us a cup of coffee once a week as a thank-you for the content we provide. And in return, we'll continue to deliver the engaging and insightful episodes you look forward to every week.

We need 2,400 financial sponsors to cover our show expenses. Are you ready to be one of them? Will you help us keep the conversation going?

Remember, supporting us isn't just about helping cover costs. It's about investing in something you value and want to see thrive. It's about being part of a community that values knowledge, engagement, and entertainment.

So, are you ready to step up and become a financial supporter of our podcast? Visit philmckinney.com and click 'Membership.' Because every good story deserves to be told... and heard.

That's it for today's episode. Thanks for your continued support. Remember, stay curious, stay innovative, and keep pushing the boundaries.

Continuing our Best of Killer Innovation series, we look at David Su's innovative solution to the problem of disposable and short-lived battery life and his tips for success that helped him start Atmosic.

Being connected has become an essential part of our daily lives. Wireless has made huge strides over the past two decades. IoT is connecting our world in ways we would have never imagined. With the growing demand for constant connectivity, one area that needs fine-tuning is battery life. All these devices we use throughout the day require battery power. Today's guest saw this as an opportunity. David Su is CEO of Atmosic. His company is innovating battery life. Creating technologies to reduce battery usage, Atmosic develops solutions that keep things powered up.

Much of David's career has been in the wireless space. With a Ph.D. in Electrical Engineering from Stanford, David joined Atheros Communication in 1999 as its fifth employee. David continued with Atheros as it grew and went public. He stayed on when Qualcomm acquired Atheros. After some years, David felt his time at Qualcomm had run its course. He ventured into new areas. With four former work colleagues, he started a new company.

In the wireless world, battery power can be a boon and a bane. Reliance on wireless means dependence on batteries for power. When batteries lose charge, things can come to a standstill. Limited battery life also means a lot of batteries get thrown out – to the tune of three billion per year. Two and a half years ago, David and fellow co-founders started Atmosic with this in mind. David, Masoud Zargari, David Nakahira, Srinivas Pattamatta, and Manolis Terrovitis brainstormed. They sought advice from experts in the field. Their vision began to coalesce – to keep connected devices powered with little to no battery usage.

With the vision in place, Dave and his team went to work innovating battery life. They started with battery-powered Bluetooth devices.

The advantages Autmosic's technologies will offer:

· Lowest power usage without compromising quality.

· Turns device off when not in use with system level check that transmits only when needed.

· RF energy harvesting, enabling the battery to last forever.

Long-term vision:

· "Battery-free utopia" – ecosystem in enterprise applications.

What has David learned along the journey toward innovating battery life? David has some tips for people whether they're starting a company or pursuing innovation.

· Interoperate – work with what is already known and improve it.

· Surround yourself with people who are smarter than you and be willing to listen.

· Make sure what you are doing is what you truly believe in and are passionate about.

· Ground what you are doing in reality.

By innovating battery life, Atmosic is focusing on a problem that affects us all. Powering down to power up will keep us connected sustainably.

To track what Atmosic is doing, visit www.atmosic.com/ For the latest updates, check them out on Twitter and LinkedIn.

Continuing our Best of Killer Innovation series, we examine how one creator, Rama Sreenivasan of Blitzz, looked outside the box and created solutions to the hindrances he faced on his innovative journey.

When you're in the middle of an important project and equipment fails, you want it fixed fast. In this week's show, I talk with Blitzz Co-founder Rama Sreenivasan. His company is solving the inefficiencies of tech support. Blitzz's customer support innovation integrates AI, AR, and live video to solve problems faster.

Rama's path has taken some unexpected twists, from a chemical engineer working on medical devices to starting a SaaS company. But at the heart of it, he is a problem solver. The source of his inspiration: his dad, who he likes to call "MacGyver."

Rama founded Blitzz together with co-founder Keyur Patel two years ago. They most recently participated in CableLabs Filterator. This accelerator program helps startups develop a product-market fit for the cable industry.

A System That Assesses Without the Hassle

When instruments stop working, it's time to bring in a helpful live assistant. Blitz's customer support innovation allows a better perspective of and feel for the problem. Through live video chat, companies can avoid spending on onsite technician visits. Customer support is not only heightened but it is also trained to see around the inconspicuous. Innovation in repair operations contributes to cuts in labor fees and time processing. What prompted Rama to create Blitzz's innovative approach? During his PH. D and Post-Doctoral work, frustration with equipment breakdown mid-experiment was the impetus. The long wait to get repairs done seemed a waste. Rama felt there had to be a better way.

In any given company, customer support could always be better. That's why the addition of AR technology adds to the customer experience. Questions can be answered faster and more efficiently. One no longer has to worry about the hassle of scheduling an in-person visit. AR perception captures it all. This innovation allows one on one human interaction on a more convenient level.

Equipment can malfunction and run the risk of being unreliable. AI customer support can redirect the customer to questions and answers that may be a better fit. This AI customer support innovation becomes its teacher. The AI brings the ability to learn from the information it processes.

Rama highly recommends entrepreneurs go through an accelerator. He learned critical elements of the startup process through that experience. He also credits passion for driving the startup process. Connecting with mentors can help fan the flames of that passion.

If you'd like to track the latest with Blitzz, visit the website: https://blitzz.co/ or check out Blitzz on LinkedIn and Twitter.

We'd love your feedback on what you'd like to hear on Killer Innovations. Get in touch and let me know.

Creating a Disruptive Ideation Workshop

You can learn, practice, and perfect the skill of innovation. To keep the innovation funnel flowing, generating quality ideas is essential. So, how do you boost innovation in a team lacking confidence? One practical approach is organizing a disruptive ideation workshop. Let's explore how to create a successful one.

I run an intensive four-day Innovation Boot Camp course a few times yearly. Students often request a condensed one-day version for their teams. In response, I developed the Disruptive Ideation Workshop, which focused on a disruptive approach to generate more and better ideas using the FIRE method. The workshop aims to teach the skill, apply it, and create a pipeline of ideas for the organization. Recently, we tested the workshop with 25 senior leaders with no innovation background. The results surpassed expectations, leading us to name it the "Disruptive Ideation Workshop."

Disruptive ideation means causing innovation through unconventional approaches. The workshop has two main objectives:

1. Teach a disruptive approach to ideation, significantly increasing the quantity and quality of generated ideas.

2. Apply the learned skills to the organization's real-world problem, resulting in a ranked set of disruptive ideas.

The course comprises two sections: Foundation and Skills and Application/Practice.

1. Debunk myths and mysteries surrounding innovation.

2. Develop essential innovation skills, such as overcoming self-doubt, fostering imagination, and seeing with fresh eyes.

3. Address innovation anti-bodies, such as ego, risk aversion, and resistance to change.

4. Introduce the FIRE framework:

a. Focus: Define the problem statement clearly for relevant idea generation.

b. Ideation: Use powerful questions to generate a multitude of high-quality ideas.

c. Ranking: Group and identify top ideas from the pool.

d. Execution: Refine and expand on selected ideas.

Students apply the elements of the FIRE framework to an accurate problem statement.

Skills taught include:

1. FOCUS: Clearly defining the problem as a well-defined statement is crucial.

2. IDEATION: Use questions to generate more and better ideas, building upon individual contributions.

3. RANKING: Group and select top ideas from the pool.

4. EXECUTION: Expand on chosen ideas with depth and thought.

We emphasize "Adapt and Adopt," allowing students to apply the learned skills effectively within their organizations.

Insights from conducting the workshop include:

1. The one-day format allows focused time away from daily responsibilities.

2. Crafting a solid problem statement is critical, so allocate sufficient time.

3. Limit workshop size to a manageable number of students, ideally no more than 20.

4. Establish the following steps to sustain momentum post-workshop.

5. Foster a community among participants to maintain a vibrant learning atmosphere.

On this week's Killer Innovation Series, we analyze qualities that promote strong leadership and will help any organization become a trailblazer in the innovation game.

What are the unique skill sets needed for innovation leadership? We all have a list of what good leadership skills are but what are the unique ones you need to be a true innovation leader? Today on Killer Innovations, I will discuss what I have found to be the skills needed for successful innovation leadership.

These leadership skills apply to all organizations, whether you are a small organization or a large organization.

1. Integrity

1. You need to trust the people you are working with.

2. You need to know they are looking out for what is in the best interests of the team and organization.

2. Vision and Strategy.

1. Team members are looking to the leaders to communicate what the vision and strategy are.

2. You need to look long-range beyond where the team is and roll that back in so they can see what your vision is.

3. You need to be able to tell the story, make the pitch, and share your dream with others.

4. Communication is critical to successful innovation leadership,

5. If you are going to be a leader, you need to be able to interact and build relationships and truly have an interest in other people's lives.

6. Know what is going on in your team members' lives so you can help them eliminate distractions and get their heads in the game.

7. You have got to persuade people to leave what they are doing now and join your team.

8. You must be able to convince them that what are doing is something worth their time.

3. Adaptability and Flexibility.

1. As a leader you cannot be rigid, you must be adaptable and flexible with your team and organization.

2. Can you operate as a leader of a team?

3. You need diversity in your team to be successful.

4. Coach and develop.

1. Find young and upcoming people and coach and develop them.

5. Decision-Making.

1. You must be comfortable making the final decision.

2. Realize that sometimes the decision you make is going to fail.

6. Planning and organizing.

1. If you are not good at planning and organizing, then hire people to do it for your team.

These are the basic skills you need to be a successful innovation leader. So, what skills do you need to do differently to truly be an innovation leader?

1. Innovation leadership involves taking risks.

1. You must be comfortable that some of the decisions you make are going to fail.

2. Some of your decisions are going to be flipped.

2. You need to keep looking for new opportunities and threats.

1. Look for threats to your organization, industry, or geography.

3. Innovation is about change.

1. Stability is the death of innovation.

2. Foster a culture where change is expected.

4. Do not rest on the traditional management techniques.

1. Every situation is different.

2. You need to invent the way you manage and do leadership.

5. Be an optimist.

1. Innovation is about being an optimist.

2. You need to convince and convey an optimistic view of the future.

6. Innovators cut through the crap.

1. Innovation leaders need to cut through the crap and get to the core.

2. You need to step in and stop the corporate game-playing.

Let's connect; I am on LinkedIn, Facebook, and Twitter. If we do connect, drop me a note and let me know. The email address is [email protected] or you can go to Philmckinney.com and drop me a note there.

The challenges on the creativity innovation side do not change based on scale. It is the same whether you have a five-person team or a fifty-person team. The challenge is operating and innovating at the same level. A lot of companies get in a rut because they are doing what they have always done. So, how do you push yourself and people to go beyond the obvious and do the next thing?

1. Break the rules.

1. Corporate antibodies will come after new ideas; you need to recognize that these antibodies exist.

2. Sometimes you are the corporate antibody.

2. You must think differently.

1. You must unlearn what you have been taught when it comes to conforming.

2. Make sure that you challenge yourself to go beyond the obvious answer to questions.

3. It is all about asking.

1. How do you ask questions that will make you think about something you have not considered before?

2. How do you ask those killer questions?

3. Better questions get you better answers.

Continuing our Best of Killer Innovations Series, we touch on creativity. Below are some ways to get inspired into incorporating creativity into your personal life to benefit your professional success.

Everyone is creative. Yet some people seem more creative than others. What do those people have that others might lack? What's the secret to creativity? This week we talk about finding creative inspiration outside of work. I'll share my thoughts on what makes people creative. We'll also hear Kym McNicholas interview Tania Katan. Tania has just come out with a book called Creative Trespassing: How to Put the Spark and Joy into Your Work and Life.

Humans use creativity every day to solve complex issues. Some people are more creative than others in problem-solving. How do these people manage to stay ahead of everyone else creatively? First, these people are inspired. Find something piques your interest and drives you to go above and beyond, experiment, and learn. You can find creative inspiration even at work. If you are passionate about your work, you are feeding your creativity.

Another common denominator of creative people is that they practice creativity. People do not just wake up already skilled at something. They have to practice it until they have mastered it. We can define practice as two things:

• To do repeated exercises for proficiency
• To pursue a profession actively

There is a myth that you can't practice creativity and innovation. You can practice and become proficient. There are many ways to exercise your creative abilities. There are exercises for the daily, weekly, monthly, and quarterly practice of creative skills.

Tania Katan shares with Kym McNicholas how people's creativity in their personal life can enhance their work. Her book, Creative Trespassing: How to Put the Spark and Joy Back into Your Work and Life, examines the impact of bringing personal creative exercise into the workplace. Tania wrote this book because she saw a disconnect between people's creativity and what they did at their jobs during the day.

Tania says that if you are looking for innovation, you must bring your creativity to your job. We can solve problems with innovation by getting our creativity to work. Throughout the book, there are exercises called "Productive Disruptions." These are creativity breaks. Stanford's study was called the "Walking Creativity Study." This proved that people who went for walks experiencing creative blocks experienced 60 percent higher creativity afterward. Disruptions and breaks are scientifically proven to help improve creativity. Many people don't enhance creativity because they don't have the right experience or training. We must break through that barrier and ask "what if" questions. Stop trying to solve problems the same way and push creativity.

Some of the most significant takeaways from the book are:

• Our job does not have to be uniquely creative for us actually to be creative.
• We need to feel free at the workplace to create a creative revolution inside our bodies, minds, and cubicles.

One of the biggest roadblocks to creativity is the fear of thinking and doing things differently. The best way to get through that obstacle is to face it.