7 Disruptions You Might Not See Coming: 2023-2028 l Gartner IT Symposium/Xpo

Name: 7 Disruptions You Might Not See Coming: 2023-2028 l Gartner IT Symposium/Xpo
Uploaded: 2023-11-08T20:49:57.000Z
Duration: 1 h 14 min 6 s

Introduction and Unexpected Disruptions

The speaker discusses the concept of disruptions and how people react when unexpected things happen during presentations or in life.

Dealing with Unexpected Disruptions

When doing a presentation, it is common for something to go wrong, such as forgetting a clicker.

The speaker mentions that they intentionally forgot their clicker as part of the presentation.

Disruptions can cause people to either have a "WTF" moment or adapt and roll with the punches.

Most people are not prepared for disruptions and get thrown off their game.

The speaker compares disruptions to having a dream where you realize you're naked while giving a report in front of the class.

Embracing Disruption

The speaker talks about embracing disruption and introduces seven disruptions that will be discussed further.

Embracing Change

The speaker mentions talking about disruption frequently.

They introduce seven disruptions that may have a bigger impact than expected or are closer than anticipated.

What If Disruption Strikes?

The speaker explains the importance of being prepared for disruption and introduces the concept of the "what if" scenario.

Being Prepared for Disruption

Disruption can be compared to unexpected events on stage or having dreams where something goes wrong.

It is crucial to be ready to adapt when disruption strikes rather than being caught off guard.

Disruption is not just simple change but causes a fundamental shift in systems, behavior, or technology.

Understanding Digital Disruption Scale

The speaker introduces the digital disruption scale and its significance in measuring the intensity of disruption.

Digital Disruption Scale

The digital disruption scale is used to measure the intensity of disruption, similar to the intensity scale of an earthquake.

Disruptions can range from enhancing markets with new features to revolutionizing the world.

Historical disruptions are compared to current disruptions to gauge the level of change.

Seven Disruptions and Generative AI

The speaker presents seven disruptions and highlights generative AI as a significant disruptive technology.

Seven Disruptions

The speaker discusses seven disruptions that vary in intensity but do not follow a specific order.

Additionally, generative AI is mentioned as an important disruptive technology.

The Power of Generative AI

The speaker emphasizes the transformative power of generative AI and its potential impact over the next five years.

Transformative Potential of Generative AI

Generative AI is described as a powerful and transformative technology.

It has the potential to revolutionize various industries within the next five years.

Different levels of disruption are explained, ranging from enhancing markets to revolutionizing the world.

Due to limited information provided in the transcript, this summary may not capture all details discussed in the video.

Generative AI and Disruption

In this section, the speaker discusses generative AI and its potential to disrupt various aspects of human existence. The speaker emphasizes the need for understanding the risks and implications of generative AI in order to remain competitive in markets.

Generative AI: A Fundamental Shift

Generative AI is a unique innovation that has the potential to fundamentally change what it means to be human.

The speaker acknowledges that while generative AI may not replace humans, they are concerned about how it will impact our ability to produce products and services and remain competitive in our markets.

Businesses are interested in generative AI, but there is still a lack of understanding regarding its use cases and associated risks.

Characteristics of Generative AI

Generative AI can set goals, follow those goals, and find solutions without explicit instructions.

It differs from other innovations in terms of cost, learning capabilities, scale, and scope.

Disruption by Geomagnetic Storms

This section explores the potential disruption caused by geomagnetic storms or solar flares. The speaker highlights historical incidents and warns about future possibilities.

Impact of Geomagnetic Storms

Geomagnetic storms or solar flares have the potential to interrupt internet access and cause secondary disruptions.

Historical incidents like the Hydro Quebec outage in 1989 demonstrate the significant impact of geomagnetic storms on infrastructure.

Solar flares can cause widespread damage to electrical grids, communication networks, and other systems.

Frequency and Future Risks

Solar flare activity has occurred throughout history with notable incidents in 1859, 1967, 1989, and 2012.

The absence of major disruptions since 1989 suggests that we are overdue for another significant event.

The next peak of solar flare activity is predicted to be around 2025, which could potentially cause extensive damage to low earth orbit satellites and disrupt internet connectivity.

Preparation and Hardening Systems

Efforts are being made to enhance markets and harden systems against the impact of geomagnetic storms.

The fragility of current systems necessitates the development of more resilient infrastructure capable of withstanding electrical discharge in the atmosphere.

Timestamps have been associated with relevant bullet points as requested.

New Section

In this section, the speaker discusses the importance of finding better ways to approach computing and addresses the concepts of disrupted system hardening, meantime to failure, and the physical location of systems and communication networks.

Computing Challenges

Disrupted system hardening and meantime to failure are significant concerns in computing.

The physical location of systems and communication networks also play a crucial role.

It is important to assess the risk posed by solar flares and prioritize areas for improvement.

New Section

This section focuses on the potential impact of generative AI on legacy systems and emphasizes the need for preparation.

Generative AI and Legacy Systems

Generative AI can be affected by disruptions such as solar flares.

Aid-driven modernization is an ongoing topic that explores how generative AI can meet legacy systems.

Legacy systems are expensive but critical, running important global systems that require modernization without disruption.

New Section

The speaker explains how AI can assist in understanding code, describing dependencies, and explaining applications.

Understanding Code with AI

AI can analyze code without documentation or knowledge from retiring programmers.

It can describe systems, explain what's happening, and identify dependencies within a codebase.

Understanding application requirements versus design is a challenge that generative AI can help address.

New Section

This section highlights how generative AI aids in refactoring code, prioritizing modules, user experience design, and accelerating development processes.

Refactoring with Generative AI

Generative AI assists in determining how code should be refactored and which modules should be prioritized.

It contributes to improving user experience design by aligning applications closer to user expectations.

Generative AI accelerates development processes, enabling faster code generation and reducing the burden of legacy code.

New Section

The speaker mentions various technologies and products that facilitate application modernization and predicts potential transformations in the market by 2028.

Technologies for Application Modernization

Google's Vertex AI, Microsoft's Co-Pilot, Amazon's AWS Bedrock, GitHub Copilot, OpenAI, and Anthropics are examples of technologies aiding developers in modernizing applications.

These advancements reduce the burden of legacy systems and may transform development practices by 2028.

The paradigm shift brought by generative AI can revolutionize how we approach development tasks.

New Section

This section discusses how generative AI can potentially transform the development process and increase productivity.

Paradigm Shift in Development

Generative AI has demonstrated its ability to quickly generate code for simple applications like Pong.

The shift in thinking about development extends beyond simple projects to more complex systems like ERPs or banking transactional systems.

Legacy code becomes less costly to maintain, developer productivity increases, and more can be achieved with fewer resources.

New Section

The speaker provides recommendations for addressing challenges related to generative AI and legacy systems.

Recommendations for Addressing Challenges

Retain code philosophers who understand how AI interprets requirements.

Hire prompt engineers who excel at communicating intent effectively through prompts.

Develop a prompt management discipline to optimize interactions with generative AI.

Regulated industries should consider implementing regulations specific to AI usage.

Regulated AI and the Value of Elder Workers

In this section, the speaker discusses the importance of regulations in protecting intellectual property (IP) and how regulated AI can disrupt various industries. The speaker also highlights the value of older workers and how generative AI can enhance their productivity.

Importance of Regulations for IP Protection

Laws are in place to protect intellectual property (IP) rights.

Regulations determine who has rights to creative works.

Regulated AI will slow down the adoption pace of AI but will also enable regulators to keep up with technological advancements.

Regulators using AI can have a combinatorial effect on markets by creating, envisioning, and vetting regulations through AI.

Regulated AI and Intellectual Property

Generative AI can quickly generate patent applications, leading to concerns about overwhelming patent offices.

The solution is to use generative AI to review patents, making it the best weapon against generative AI itself.

Regulated AI should be explainable, responsible, ethical, and reduce bias.

Impact of Regulated AI on Markets

Regulated AI will impact tech providers' ability to go to market based on what they are allowed or not allowed to do.

Markets will converge based on regulations that cross multiple domains.

Liability becomes a concern when upgrading systems or implementing new technologies.

The Golden Age of Silver Workers

This section focuses on changing mindsets regarding older workers and highlights how generative AI can empower them. It emphasizes the need for longer workforce participation and leveraging the skills and experience of older workers.

Changing Mindsets about Older Workers

Older workers are often undervalued due to retirement age restrictions and perceived lack of skills with technology.

However, they possess valuable resources that should be utilized effectively.

Empowering Older Workers with Generative AI

Generative AI can create a "Golden Age" for older workers by increasing their productivity.

Older workers can work remotely, use generative AI to enhance their skills, and become more valuable in the workforce.

Certain college degrees may become less necessary as uneducated individuals can be trained with the help of AI assistants.

Addressing Talent Crunch and Retaining Older Workers

There is currently a talent crunch, making it difficult to find enough workers.

Retaining older workers for a longer period can help address this issue.

Keeping older workers engaged and productive benefits both the organization and the individuals themselves.

Conclusion

The transcript discusses the importance of regulated AI in protecting intellectual property rights and its impact on various industries. It also highlights the value of older workers and how generative AI can empower them. By leveraging regulations and embracing the potential of older workers, organizations can navigate the changing landscape of technology effectively.

New Section

In this section, the speaker discusses the potential impact of extending markets to accommodate older workers and changing talent management processes. The concept of augmented workers and the need for compensation to be oriented over a longer life cycle of work are also mentioned.

Extending Markets for Older Workers

The workforce is expected to include more older workers in the future.

This may lead to changes in retirement age and work week duration.

Augmented workers with technology embedded in their brains could become a reality.

Compensation should be oriented over a longer life cycle of work.

New Section

This section focuses on the opportunities available for conservative companies to leapfrog ahead by acquiring startups. The speaker emphasizes that conservative companies have an advantage due to greater tolerance for risk among boards and the availability of startups at discounted prices.

Opportunities for Conservative Companies

Conservative companies have an opportunity to jump ahead by acquiring startups.

Startups are currently available at discounted prices.

Boards are becoming more tolerant of risk and willing to invest in new ventures.

Acquiring startups can help conservative companies leapfrog their competitors.

New Section

The speaker discusses how enhancing markets is still a slow process due to the cautious nature of conservative companies. However, they highlight that acquiring tech-savvy startups can accelerate innovation and help traditional companies stay competitive in the tech world.

Balancing Innovation with Startups

Conservative companies tend to move slowly due to their cautious nature.

Acquiring startups provides an easier path for innovation adoption.

The pool of available startups may decrease over time, so early entry is crucial.

Tech innovation is essential for staying competitive in today's world.

New Section

This section emphasizes the importance of evaluating and leveraging tech companies as assets for traditional companies. The speaker suggests that CIOs or those working in tech should take on the role of sponsors for these tech positions.

Leveraging Tech Companies

Traditional companies should aggressively evaluate interesting tech companies.

Tech companies can be seen as valuable assets to be mined for knowledge and technology.

Conservative companies with capital but limited knowledge can benefit from acquiring startups.

CIOs or those working in tech should sponsor these tech positions.

The transcript provided is already in English, so there is no need to respond in a different language.

The Importance of Digital Transformation

In this section, the speaker emphasizes the significance of digital transformation and highlights that many companies are currently focused on digital optimization rather than true transformation.

Digital Optimization vs. Digital Transformation

Many companies are not fully embracing digital transformation, but rather focusing on digital optimization.

To make a significant impact, it is crucial to shift towards digital transformation.

Achieving true transformation can lead to rapid and substantial progress.

Embracing Failure for Engineering Innovation

This section discusses the importance of embracing failure in engineering innovation and how companies like SpaceX and Tesla have adopted this approach.

Learning from Failure

Embracing failure as an expected outcome allows for learning and understanding necessary changes.

Companies like SpaceX and Tesla run through failures faster to reach successful models.

Avoiding patents enables them to maintain a competitive edge over others who may try to copy their innovations.

Increasing Pace of Engineering Innovation

This section explores how companies like SpaceX have increased the pace of engineering innovation by taking risks and pushing boundaries.

Faster Delivery and Cost Reductions

Companies like SpaceX have significantly increased their pace of delivering space vehicles since 2002.

Continuous improvement leads to reduced payload costs over time.

NASA now relies on companies like SpaceX for delivering payloads into space.

Empowering Rapid Development with Fusion Teams

This section emphasizes the need for businesses to empower rapid development by bringing together business and technology teams in both virtual and physical projects simultaneously.

Fusion Teams for Rapid Development

Fusion teams consisting of both business and technology professionals are essential for rapid development.

These teams work on virtual and physical projects concurrently, enabling faster progress.

Shrinking the time between running tests allows for quicker iterations and progress.

Geopolitical Competition and the New Space Race

This section discusses how geopolitical competition is leading to a new space race, driven by generative AI and resource identification.

Resource Identification and Lower Payload Costs

Generative AI is improving resource identification, making countries with necessary resources more influential in space technology.

Lower payload costs have sparked a new space race for satellites.

The increasing number of satellites in orbit highlights the economic potential of space technology.

The Future of Space Technology

This section explores the potential advancements in space technology and its impact on various industries.

Advancements in Space Technology

Advancements in space technology may lead to lightweight portable nuclear reactors.

Rapid innovation paves the way for powerful economic growth through space technology.

Companies are vying for dominance in territories and resources related to space exploration.

Conclusion: The Impact of Innovation

In this concluding section, the speaker reflects on the impact of innovation and shares an interesting anecdote about Coca-Cola's plan to put their logo on the moon.

Impact of Innovation

Innovation drives significant disruptions across various industries.

Anecdote: Coca-Cola plans to put their logo on the moon, symbolizing the power of innovation.

The Importance of Space Exploration

In this section, the speaker emphasizes the significance of space exploration and its potential impact on various industries. They encourage individuals to have the willpower to pursue space exploration and highlight the need for resource allocation and transfer discipline.

The Ripple Effect of Space Exploration

Space exploration has a ripple effect across all industries.

It creates a supply race for acquiring the right resources.

Establishing a transfer discipline is crucial for integrating space technology into day-to-day businesses.

Seven Disruptions in 2028

The speaker discusses seven disruptions expected to occur by 2028, which have the potential to revolutionize various sectors. They compare the current state in 2023 with their projected impact in five years.

Disruptions in 2028

Seven disruptions are anticipated by 2028.

These disruptions aim to revolutionize different industries.

A comparison is made between the current state (2023) and future expectations (2028).

Becoming an Evangelist for Self-disruption

The speaker emphasizes the importance of self-disruption and becoming an evangelist for change. They explain how evangelism can inspire others, leading to belief, faith, and ultimately achieving remarkable outcomes.

Importance of Self-disruption

Individuals must become evangelists for self-disruption before someone else disrupts them.

Evangelism draws crowds and inspires people.

Inspiration leads to belief, which connotes faith.

With faith, individuals can work miracles.

Timestamps are provided at the beginning of each section as requested.