Tuesday, December 8, 2020

5G in Healthcare


    Fifth generation cellular network technology is also known as 5G (HHS, 2020).  Emergence of 5G technologies, IT services and applications for the healthcare industry will have significant impacts for patients and healthcare providers (Stracuzzi, 2020).   An Ericsson 5G network is an open platform for innovation and can bring new experiences to smart phones and many other devices (Ericsson, 2020). A 5G network can leverage many technologies that can benefit patients, doctors and other healthcare providers (Stracuzzi, 2020).  The healthcare IT industry is constantly evolving and innovating for new ways that can transform services and applications for providers and patients (Stracuzzi, 2020).  A sociotechnical system plan incorporates social and technical systems for an organization that acknowledges collaboration of people, society, and technical aspects in an organization’s structure and processes (Revenaugh, 2020).  The plan will incorporate factors that include technical, economic, social, and global factors to innovate the 5G technology for the healthcare industry.


References


Ericsson.  (2020).  Understanding the opportunities for operators in healthcare.  5G Healthcare.  Ericsson.  Retrieved from:  https://www.ericsson.com/en/networks/trending/insights-and-reports/5g-healthcare 


HHS (2020).  5G Security for Healthcare.  HHS Cyber Security Program Report #202008201000.  Retrieved from:  https://www.hhs.gov/sites/default/files/5g-security-for-healthcare.pdf


Revenaugh, D., (Presenter).  (2020, Oct 7).  Live Chat 1-Futuring and Innovation.  Colorado Technical University, Online.  


Revenaugh, D., (Presenter).  (2020, Nov 18).  Live Chat 7-Futuring and Innovation.  Colorado Technical University, Online.  


Stracuzzi, M., (2020). 4 Revolutionary Use Case of 5G in Healthcare.  Telit.  Retrieved from:  https://www.telit.com/blog/4-revolutionary-use-cases-5g-healthcare/ 

Link to presentation:  

https://www.canva.com/design/DAEP5aGYfjc/BtxKwTCSDj7DjYiV60E8MQ/view?utm_content=DAEP5aGYfjc&utm_campaign=designshare&utm_medium=link&utm_source=homepage_design_menu 

Tuesday, December 1, 2020

Good Innovations gone bad and a sociotechnical plan.

                                                     Futuring and Innovation: CS875-2004C-01

                                                                            Unit 4 Discussion Board 3

5 December 2020


WebTV’s was a single-function device that allowed users to watch TV and do basic internet content viewing like email, internet browsing without needed a personal computer (Hill, 2013).  However, other innovative technologies began to put WebTV in the shadows of it’s basic offerings.  Email was an application that WebTV considered to be a design-specific product, but it worked well on other devices and could be delivered in different formats (Hill, 2013). Computers and mobile devices also began to deliver TV like content and eventually MSN TV service was ended in 2013 (Hill, 2013).  Introductions of new technologies that had more offerings was a contributing factor to WebTV’s death.


Another organization that had a good plan, but experienced failure was TiVo.  TiVo is a type of DVR that uses technology to record television like a VCR and is designed to be used with satellite or cable TV service (Silaen, 2015).  The playback functions work like a VCR, where shows can be rewinded, paused, and forwarded, however, it had an added benefit of being done with live TV (Silean, 2015).  The problem with TiVo and why they failed is because the failed to innovate and market themselves (Silean, 2015).  They also failed to license their technology and collaborate with cable companies (Silean, 2015).  The market began to change, innovative competitors that could have been ‘collaborators’ entered the market, and poor consumer information were contributing factors to TiVo’s failed attempt at being a disruptor.  


Dr. Revenaugh described sociotechnical perspective as the performance of systems that are optimized when technology and organizations mutually adjust until a level of balance is achieved (2020).  In order to write a sociotechnical plan for innovation, I will need to consider how I will be connecting the people to the technology I am proposing.  

Unit 4 IP is based on a sociotechnical plan for innovation.  My organization is based on fictitious company that offers new technology devices and services using hologram fitness training/services.  It will be using subscription through cloud of on-demand or live training.  The technology will assess all health and fitness vitals and statistics through the technology purchased as well as the internet service provided biometric device. 


An example of a potential impact for my sociotechnical plan would be lack of infrastructure in some areas, economic issues due to global pandemic, lack of equipment, social challenges in a virtual environment, etc.  


Forces that could affect my innovation idea are technological, social, and legal factors.  Currently virtual training is offered through subscription, online, mobile devices, live streaming, etc.  However, if my new technology and service can be leveraged through existing services and infrastructure, sociotechnical planning is required.  

This assignment is also posted on:  



References


Hill, B., (2013). An inside view of the WebTV revolution that didn’t happen.  Engadget.  Retrieved from:  https://www.engadget.com/2013-07-09-an-inside-view-of-the-webtv-revolution-that-didnt-happen.html


Mermigas, D. (2005). Keeping pace requires new ways of thinking. Hollywood Reporter -- International Edition388(34), 6.


Silaen, D., (2015).  The Importance of Innovation:  Lessons from TiVo Failures.  Medium.    Retrieved from:  https://medium.com/@dewisilaen07/tivo-the-company-that-failed-to-innovate-e604551e9090


Revenaugh, D., (Presenter).  (2020, Nov 25).  Live Chat 7-Futuring and Innovation.  Colorado Technical University, Online. 


Revenaugh, D., (Presenter).  (2020, Oct 7).  Live Chat 1-Futuring and Innovation.  Colorado Technical University, Online.  

Saturday, November 21, 2020

Planning and Forecasting: A look at Kodak


Planning and Forecasting: A Look at Kodak


Technology can reshape the competitive environment of an industry at an accelerated pace (Utterback, 1995).  The growth and evolution of photography has clear examples of how innovation is essential to a company’s survival and success (Utterback, 1995). George Eastman developed an entire system that changed the picture-taking business (Utterback, 1995).  Kodak’s business architecture was built on many specialized photographic processes, components and equipment, such as film, daguerreotype, glass plates, etc. (Utterback, 1995).  Competency-enhancing innovations come from established firms and competency-destroying innovations usually come from outsiders (Utterback, 1995). The need to build new competencies for scenario planning is an important element of long-term business success (Utterback, 1995).  


Scenario Planning and Innovation


Strategic planning and strategy are long-range planning that focus on the organization as a whole and determining what must be done to attain goals in the next 3-5 years (Revenaugh, 2020).  Strategies are broad, general plans that focus on a various organizational area that are consistent with its purpose and objectives (Revenaugh, 2020).  


It is important to study the organization’s environment to identify factors that have a significant influence on how the organization operates (Revenaugh, 2020).  Environmental analysis also helps understand what is occurring internally and externally as a firm works toward identifying the best strategy (Revenaugh, 2020).  In the case of Kodak, there are several lessons that can be learned in their scenario planning and innovation efforts.


Leaders use scenario planning as a tool to discover new strategic options for the future (Hiemstra, 2015).  Scenario planning is a process that begins with gathered intelligence information and used to understand and define a strategic problem (Erdmann, Sichel, & Yeung, 2015). A team identifies emerging trends and possible disruptions that may affect the business (Erdmann, et al., 2015).  The purpose of scenario planning is to anticipate likely and possible furture outcomes and identify alternative strategic responses (Hiesmstra, 2015).  Leveraging scenario planning is a way to for managers to be prepared and have alternative strategies ready to use when an event occurs (Heimstra, 2015).  The goal of scenario planning is to create future scenarios that managers can use in various plausible futures, which are referred to as core strategies (Heimstra, 2015).  


Innovation is important because it is good for the economy, can lead to cost reductions, gives consumers greater satisfaction, and reduces dependencies on old products, services and processes (Revenaugh, 2020).  Forces that affect innovation include technological, cultural, economic, social, global, national, societal (Revenaugh, 2020).  Scenario planning is important for preparing an organization for the future because it enables the company to be adaptive and resilient (Heimstra, 2015).  


Kodak’s Mistakes

 While Kodak introduced film in 1885, the invention of is digital camera was not introduced due to fear of cannibalization (Anwar, 2018).  In 1981, Sony unveiled its digital camera and Kodak ignored this due to their revenue earnings of $10B at the time (Answar, 2018) Also, during this time, FUJI emerged as a competitor in the digital photography industry and earned the Olympics Sponsorship, which surprised Kodak (Anwar, 2018).  In 1991, Kodak’s invention team recommended focusing products towards commercial users rather than consumers, and management ignored this, resulting in failed product lines and low adoption in the consumer market (Anwar, 2018).  The beginning of Kodak’s failure to incorporate innovation in its business strategy date back to the 1970s when Steve Sasson invented the digital camera and presented the prototype to senior management, but they didn’t believe in it (Anwar, 2018).  Figure 1 shows a timeline of Kodak’s mistakes.  



Figure 1. Kodak’s Mistakes Timeline (Anwar, 2018)


Scenario Planning in the Future

 It is important for scenario planners to understand the confluence of economic, demographic, technological, and cultural trends (Erdmann, et al., 2015).   In an online McKinsey article, some do’s and don’ts tips address how managers can become aware of biases, how to address and approach them to navigate through scenario planning obstacles (Erdmann, et al., 2015).  These tips focused on the areas of availability bias, probability neglect, stability bias, optimism, and social biases (Erdmann, et al., 2015).  Figure 2 highlights what managers can do and what to avoid with these areas of scenario planning.  


 


Figure 2. Do’s and Don’ts of Scenario Planning (Erdmann, et al., 2015)


Kodak did not recognize the potential for radical innovation when Steve Sasson presented the prototype of a digital camera, and therefore did not adopt the radical idea due to the perception of the technology not residing in their current business area, (Bessant & Tidd, 2018). Kodak also did not account for the social impact of change with the onset of digital imaging.  


Conclusion

In order to leverage scenario planning for innovation efforts, an organization must use tools and techniques that help the organization look and make decisions ‘outside the box’ (Bessant & Tidd, 2018).  To get started with scenario planning, an organization should consider four commitments:  

  • Committing to exploring a longer-term future
  • Committing to spending time and financial resources
  • Commit to new ways of thinking
  • Commit to using scenarios (Heimstra, 2015)

Additionally, some best practices for scenario planning involve:  

  • Engaging the right people
  • Involving key stakeholders internal and external to the company
  • Choosing the proper time for innovation
  • Using the scenarios to leverage the organization’s strategy (Heimstra, 2015) 

To utilize scenario planning for future innovation efforts, managers must consider a comprehensive strategy tool kit using a variety of scenario-planning techniques, a one-size-fits all analytic approach for evaluating strategy options is inadequate (Courtney, Kirkland, & Viguerie, 1997).  



References

Anwar, S., (2018, Feb 6). The Unseen Pattern in Kodak’s Decisions.  Medium.com.  Retrieved from:  https://medium.com/@sanwar/the-unseen-pattern-in-kodaks-decisions-60220212c5b8 


Bessant, J., Tidd. J. (2018). Managing Innovation: Integrating Technological, Market and Organizational Change, Enhanced eText. [Colorado Technical University (CTU)]. Retrieved from https://coloradotech.vitalsource.com/#/books/9781119379416/

 

Courtney, H., Kirkland, J., Viguerie, P., (1997).  Strategy Under Uncertainty.  Harvard Business Review.  Retrieved from: https://heller.brandeis.edu/executive-education/pdfs/Strategy-Under-Certain.pdf


Erdmann, D., Sichel, B., Yeung, L., (2015, June 1). Overcoming obstacles to effective scenario planning.  McKinsey & Company. Retrieved from:  https://www.mckinsey.com/business-functions/strategy-and-corporate-finance/our-insights/overcoming-obstacles-to-effective-scenario-planning# 


Hiemstra, G., (2015).  Scenario Planning.  Futurist.com. Retrieved from:  https://www.futurist.com/wp-content/uploads/2015/08/ScenarioPlanning-Introduction-Copy.pdf 


Revenaugh, D., (Presenter).  (2020, Oct 7).  Live Chat 1-Futuring and Innovation.  Colorado Technical University, Online. 

 

Revenaugh, D., (Presenter).  (2020, Nov 18).  Live Chat 7-Futuring and Innovation.  Colorado Technical University, Online.  


Utterback, J. M. (1995). Developing technologies: The Eastman Kodak story. McKinsey Quarterly1, 130–143.





Friday, November 6, 2020

Photography & Innovation

Forecasting plays a key role in business planning for innovation (Bessant & Tidd, 2018). Forecasting helps evaluate the probability and significance of different possible future developments for managers to make decisions (Quinn, 1967).  The different types of forecasting methods include (Bessant & Tidd, 2018):

  • Trend extrapolation
  • Product & technology road mapping
  • Regression economic models, and simulation
  • Customer and marketing methods
  • Benchmarking
  • Delphi & experts 
  • Scenarios

Technology can provide opportunities for growth and renewal, but there are challenges when trying to capitalize on them, which was the case for photography and its transition to the digital era.  Some companies are successful while others fail to capitalize on changes, whether influenced by technology, social, economic, etc.


An example of a prediction that came true was made by John Elfreth Watkins who predicted digital photography (Geoghegan, 2012).  He accurately predicted how people would use new photographic technology describing that photographs will be telegraphed from any distanced and will reproduce nature’s colors (Geoghegan, 2012).  


Photography involves the process of capturing an image through light and exposure and was referred to as a mechanical art (Gernsheim, 2020).  The vision and final photograph could be manipulated and controlled with a variety of artistic ways (Gernsheim, 2020).  Experiments to improve optical, chemical, and practical aspects of photographer were done during the 1800s to 1900s (Gernsheim, 2020).  Eventually social factors and other technology factors contributed to innovation in photography as well as the camera itself.  


Poloraid was known for its instant photography for many ears, however it did not innovate its business plan and strategy to adjust for the digital era and declared bankruptcy in 2001 (Wade, 2012). 


In 1975, Steven Sasson engineered and tested what is known as the first digital camera (Storm, 2015).  Forces that facilitated the innovation of the digital camera include technological and economic factors.  Over the years, scientists and inventors worked on technology to be able to reproduce images, for research, space exploration, as well as spy satellites(Storm, 2015).  Eventually in 1969, the vice president of AT&T labs gave George Smith and Willard Boyle an ultimatum to compete with technology or funds were going to be removed Storm, 2015).  This was an economic factor that continued to drive the innovation of digital photography, many other technology companies began to research their own digital camera (Storm, 2015).  Soon digital cameras were created, and one had the honor of being aboard a NASA spacecraft and used in space exploration (Storm, 2015)





References


Bessant, J.Tidd. J. (2018). Managing Innovation: Integrating Technological, Market and Organizational Change, Enhanced eText. [Colorado Technical University (CTU)]. Retrieved from https://coloradotech.vitalsource.com/#/books/9781119379416/


Geoghegan, T., (2012). Ten 100-year predictions that came true.  BBC News.  Retrieved from:  https://www.bbc.com/news/magazine-16444966


Gernsheim, H., (2020).  History of Photograpy.  Britannica.  Retrieved from: https://www.britannica.com/technology/photography 


Quinn, J., (1967). Technological Forecasting.  Harvard Business Review Online.  Retrieved from:  https://hbr.org/1967/03/technological-forecasting 


Revenaugh, D., (Presenter).  (2020, Nov 4).  Live Chat 1-Futuring and Innovation.  Colorado Technical University, Online.  


Storm, C., (2015).  In just one hour, two Bell Labs scientists had a breakthrough that won the Nobel Prize – and changed photography forever.  Business Insider.  Retrieved from: https://www.businessinsider.com/digital-photography-revolution-2015-4 


Wade, W. (2012) Scenario Planning: A Field Guide to the Future. John Wiley & Sons P&T. VitalSource Bookshelf Online.

Thursday, November 5, 2020

Forecasting

Forecasting holds a central role in business planning for innovation (Bessant & Tidd, 2018).  Forecasting methods depend on the following:  

  • What is trying to be forecasted
  • Rate of market change and technological change
  • Availability and accuracy of info
  • The company’s planning
  • Resources available for forecasting (Bessant & Tidd, 2018)


Scenario planning is the process of using possible future outcomes or scenarios, to improve the quality of decision making or planning (Ringland, 2011).  Michael Porter describes a scenario as “an internally consistent view of what the future may be, not a forecast but a possible future outcome.” (Ringland, 2011).  Scenario planning are processes used for creating a variety of scenarios or mental models and using them to assist in making decisions (Ringland, 2011).  Scenarios are used to explore various possible answers to questions about the organization (Ringland, 2011).  Examples of these plans include evaluation of key business factors and how changes impact finances, employment, operational needs, organizational structures and workforce mix (Revenaugh, 2020).  


Forecasting development and adoption of innovation is hard, but participative methods like scenario planning and Delphi are relevant to innovation and sustainability (Bessant & Tidd, 2018).  Forecasting methods assist in identifying and assessing market opportunities and competition, market research and scenario planning (Bessant & Tidd, 2018).


The different methods of forecasting, their uses, and limitations are (Bessant & Tidd, 2018):  


Method

Uses

Limitations

Trend extrapolation

Short-term; stable environment

Relies on historical data, assumes patters from past

Product & Tech Road Mapping

Medium-term; stable, clear path

Incremental, fails to identify uncertainties for future

Regression testing, models, simulation

Medium-term, relationship between dependent & independent variables understood

Identification and behavior of independent variables

Customer and marketing

Medium-term; product attributes, market segments are clear

Sophistication of users, limitation of tools to differentiate noise and info

Benchmarking

Medium-term; process & product improvement

Identify relevant benchmarking candidates

Delphi & Experts

Long-term, consensus

Expensive, disagree, consensus wrong

Scenarios

Long-term; uncertain

Time-consuming, unpleasant outcomes


Traditional forecasting generalizes current state and future state based on more quantitative and common methods, as described above.  Scenario planning represents a sound future scenario that explores and conjects advantageous opportunities and unfavorable threats to a business’ mission and objectives (Wade, 2014).   


Scenario planning can involve mapping out possible scenarios with vignettes describing future environments that show outcomes with significant forces of a various trends like social and technological trends that can impact outcomes (Wade, 2014).  Sometimes forces are disruptive or traditional and can cause different outcomes, much like the example of WAN. Scenario planning involves 6 steps (Wade, 20120):


  1. Frame the challenge
  2. Gather info
  3. Identify driving forces
  4. Define future’s critical “either/or” uncertainties
  5. Generate scenarios
  6. Flesh out and create story lines (or end state) 


Using the 6 steps will create various scenarios and in order to have results of practical value, there are additional steps to follow:

  1. Validate scenarios and identify further research
  2. Assess implications and define responses
  3. Identify signposts
  4. Monitor and update as time passes

This info helps develop a better strategic plan to assist in decision making (Wade, 2012)


References


Bessant, J.Tidd. J. (2018). Managing Innovation: Integrating Technological, Market and Organizational Change, Enhanced eText. [Colorado Technical University (CTU)]. Retrieved from https://coloradotech.vitalsource.com/#/books/9781119379416/


Revenaugh, D., (Presenter).  (2020, Nov 4).  Live Chat 5-Futuring and Innovation.  Colorado Technical University, Online.  


Ringland, G. (2011). Scenario planning. In J. Law, Business: the ultimate resource (3rd ed.). A&C Black. Credo Reference: https://search-credoreference-com.proxy.cecybrary.com/content/entry/ultimatebusiness/scenario_planning/0?institutionId=556 


Wade, W. (2012) Scenario Planning: A Field Guide to the Future. John Wiley & Sons P&T. VitalSource Bookshelf Online.


Wade, W., (2014, Sep 3). “Scenario Planning” – Thinking Differently about Future Innovation  [Video file]. Retrieved from:  https://globisinsights.com/video/woody-wade-scenario-planning-thinking-differently-about-future-innovation/ 

















Tuesday, November 3, 2020

Accidental "Game Changing" Innovations

Accidental Innovations


Innovations are not always planned and can be a byproduct of accidents (Gilbert, 2006).  Historical accounts of many discoveries and inventions come from stories of unintended actions (Gilbert, 2006).  Some view accidents as a good way to produce something that one may not think of in advance or even thought to create (Gilbert, 2006).  It is important to create an environment where there is space and time for experimentations and failures (Bessant & Tidd, 2019).  


An example of a game-changing innovation discovered by accident is the microwave oven.  In 1945, an American engineer named Percy Spencer, who worked for Raytheon, was doing research and development on a source of microwave energy to power radar sets and became intrigued that the device generated efficient large amounts of energy (Holland, 1989).  Stories claim that he placed a bag of popcorn kernels near a waveguide horn and watched the kernels pop (Holland, 1989).  A year later, the Raytheon began producing magnetron tubes for cooking purposes (Holland, 1989).  


Raytheon was well resourced to continue developing on the component that eventually matured into a microwave oven.  Private companies have more funding and opportunities to invest in developing innovations (Revenaugh, 2020).  The accidental discovery of the concentrated heat with the waveguide horn led to the invention of commercial microwave ovens that changed the way food is cooked and produced (Holland, 1989).  This appliance became a staple appliance, much like the refrigerator and revolutionized the production of convenient meals, as well as provided convenience with reheating and defrosting food items (Holland, 1989).  


Some forces that facilitated the success of the microwave were technological, cultural, and social (Revenaugh, 2020).  The technology was being developed and was able to be matured to facilitate improvements on the ‘oven’ design.  Raytheon was a company where the culture of research, development, and experimentation was supported and encouraged, which helped improve the waveguide horn design that lead to designing a microwave oven.  And social forces, such as an increased workforce, less time in the kitchen, more emphasis on convenient meals, etc. helped the support and success of innovation on the microwave oven.


Another example of an accidental innovation was the discover of X-ray images.  Wilhelm Rontgen was a physicist who conducted experiments in the field of optics (Boyd & O’Leary, 1999).  He primarily studied pressure effects on solids and liquids and the conductivity of electrical charges from electrolyte solutions and focused on cathode rays and vacuum tubes (Boyd & O’Leary, 1999).  In 1895, Roentgen was experimenting in a dark room where he was startled by the slight reflection of rays emitted from the vacuum tube (Boyd & O’Leary, 1999).  After several weeks, he created the first roentgenogram, which was an x-ray of his wife’s hand (Boyd & O’Leary, 1999).  


Many medical professionals and the community became interested in this and had several meetings and discussions about the possibilities of the new discovery in hospitals (Boyd & O’Leary, 1999).  The clinical application of developments with the radiographic technology were rapid and the impact X-rays had on the medical profession did not end with just imaging techniques, it was also used for anesthetic effects on cancer patients (Boyd & O’Leary, 1999).  


The x-ray innovation was impacted by technological forces as well as social factors to facilitate its success.  The maturation of the x-ray was possible because of the technological environment it was founded in and the social aspect of benefits in the medical community also helped accelerate its development outside of just ‘images’.  His discovery went on to become a specialized medical discipline that helped many patients around the world.  

  

References


Bessant, J., Tidd. J. (2018). Managing Innovation: Integrating Technological, Market and Organizational Change, Enhanced eText. [Colorado Technical University (CTU)]. Retrieved from https://coloradotech.vitalsource.com/#/books/9781119379416/ 


Boyd, L., & O'Leary, J. P. (1999). Roentgen and his ray: An early impact on modern medicine. The American Surgeon, 65(3), 292-4. Retrieved from https://proxy.cecybrary.com/login?url=https://www-proquest-com.proxy.cecybrary.com/docview/212827084?accountid=144789


Gilbert, S., (2006).  The Accidental Innovator.  Harvard Business School.  Retrieved from:  https://hbswk.hbs.edu/item/the-accidental-innovator 


Holland, B. (1989, Dec 27). A micro-history of the microwave: [FIN edition]. Toronto Star Retrieved from https://proxy.cecybrary.com/login?url=https://www-proquest-com.proxy.cecybrary.com/docview/436109580?accountid=144789 


Revenaugh, D., (Presenter).  (2020, Oct 7).  Live Chat 1-Futuring and Innovation.  Colorado Technical University, Online. 

 

Revenaugh, D., (Presenter).  (2020, Oct 28).  Live Chat 4-Futuring and Innovation.  Colorado Technical University, Online.