The relationship between storytelling and technology is often overlooked because the two disciplines appear to occupy different intellectual territories. Storytelling is generally associated with literature, entertainment, journalism, and communication, while software is associated with engineering, systems, automation, and computation. Yet the distinction becomes less meaningful when technology is considered from the perspective of the people who use it. A technically sophisticated product still depends upon human beings understanding what it does, why it matters, and how it should be incorporated into their lives or organizations.
In that sense, effective technology shares an important characteristic with effective storytelling. Both reduce complexity by creating structures through which information can be understood. The strongest products do not merely perform functions. They communicate a logic that allows users to understand those functions and recognize their relevance.
Technology Is an Exercise in Communication
Software is frequently evaluated according to technical criteria such as speed, reliability, scalability, security, and functionality. These characteristics are essential, but they do not fully explain why some products become intuitive while others remain difficult to use.
Every digital product communicates with its users.
An interface communicates what actions are possible. A workflow communicates what should happen next. A notification communicates priority. A visual hierarchy communicates importance. Even the absence of information communicates something by forcing users to determine what they are expected to do without sufficient guidance.
This makes communication an architectural component of software rather than simply a marketing consideration.
Marty Brickey‘s background across media, technology, entrepreneurship, and investment provides an unusual perspective on this intersection. Experience in storytelling can encourage a different way of examining technological products because it emphasizes how people receive, interpret, and remember information. The question is not merely whether a system functions correctly. It is whether the system makes its purpose understandable to the person encountering it.
Every Product Has a Narrative
A product does not need characters or a conventional plot to have a narrative. Its narrative exists in the sequence of decisions it asks users to make.
Consider a basic digital service. A person arrives with a particular objective. The product presents information, offers choices, responds to those choices, and guides the individual toward an outcome. This sequence has the basic structure of a narrative: a starting condition, a series of developments, obstacles or decisions, and an intended resolution.
Poorly designed products often create narrative confusion. Users do not understand what the system expects from them. They encounter unnecessary choices, unclear terminology, contradictory instructions, or processes that appear disconnected from the original objective.
Well-designed products reduce this confusion by making the journey coherent.
This does not mean that software should be simplistic. Complex systems can still be understandable when complexity is organized effectively. The challenge is not always to eliminate complexity, but to prevent unnecessary complexity from being transferred directly to the user.
Teaching Is Different From Explaining
One of the most important distinctions in product design is the difference between explaining something and teaching someone how to use it.
An explanation provides information. Teaching produces understanding.
A manual can explain every function within a software application and still leave a user uncertain about what to do. By contrast, a well-designed product can teach through interaction. It introduces concepts gradually, provides useful feedback, and allows individuals to develop familiarity through repeated use.
This principle is particularly important when technology introduces unfamiliar behavior. Users may resist a new system not because they oppose innovation but because they cannot immediately understand the mental model behind it.
Good products therefore reduce the distance between unfamiliar functionality and familiar human objectives.
The technology becomes easier to adopt when users can connect its capabilities to something they already understand.
The Importance of Mental Models
Human beings rarely interact with technology by examining its underlying architecture. Instead, they develop mental models.
A mental model is an individual’s internal explanation of how something works. When someone uses a digital calendar, for example, they develop expectations about dates, reminders, invitations, and scheduling. When a new application behaves according to completely different principles, users must reconstruct their assumptions.
This reconstruction creates cognitive friction.
Product designers can reduce that friction by creating systems that correspond to recognizable patterns while introducing new capabilities carefully. Familiarity can serve as an entry point for innovation.
This is where storytelling offers a useful conceptual parallel. A good story introduces unfamiliar ideas within a structure that gives readers enough context to follow what is happening. Technology can use a similar principle. New capabilities become easier to understand when they are connected to an understandable sequence of actions and consequences.
Simplicity Is Not the Same as Minimalism
The word “simple” is frequently used in discussions about software, but simplicity can be misunderstood.
Removing features does not necessarily make a product simpler. A system may contain very few visible options while forcing users to complete complicated work through indirect processes. Conversely, a sophisticated platform may contain substantial functionality while remaining understandable because the complexity is organized intelligently.
True simplicity is therefore better understood as reduced cognitive burden.
The user should not have to understand the entire system in order to accomplish a specific objective. Complexity can exist behind the interface without requiring the individual to manage that complexity directly.
This principle has significant implications for entrepreneurs developing new products. Technical capability should not become an excuse for transferring technical complexity to customers.
Storytelling Encourages Empathy
Perhaps the greatest contribution of storytelling to technology is its emphasis on perspective.
Stories require attention to the experience of another person. They encourage creators to consider motivations, limitations, fears, expectations, and goals. Product development requires a similar discipline.
An engineer may understand how a system works internally while a customer experiences only confusion. An executive may understand why a process is necessary while an employee experiences it as unnecessary friction. A product team may understand the intended purpose of a feature while users interpret it differently.
These differences cannot always be solved through additional functionality. They require perspective.
Marty Brickey’s emphasis on people skills, patience, and continued learning provides a useful framework for considering this challenge. Technology ultimately exists within human systems. Understanding those systems requires more than technical competence. It requires curiosity about how other people experience the tools being created.
Products Can Create Understanding
The most interesting technological products often accomplish more than the task for which they were initially designed. They change how users understand a problem.
A well-designed financial application can teach people to recognize spending patterns. An educational platform can change how students approach information. A productivity system can teach organizations to reconsider how work is structured. A communication platform can alter assumptions about collaboration.
In each case, the technology becomes partly educational.
This creates an important opportunity for entrepreneurs. Rather than asking only what a product can automate, developers can ask what users might understand differently after using it.
That question shifts product development from functionality toward transformation.
The Entrepreneur as Translator
Entrepreneurs frequently occupy a position between different forms of expertise. They may need to communicate technical concepts to investors, customer needs to engineers, operational realities to executives, and complex ideas to general audiences.
This makes translation a central entrepreneurial skill.
The ability to translate does not mean reducing every concept to simplistic language. It means understanding enough about different perspectives to explain why an idea matters within each context.
Marty Brickey’s career across media and technology demonstrates the relevance of this interdisciplinary perspective. Moving between industries requires an ability to recognize connections between concepts that may initially appear unrelated. Storytelling and software provide one such connection because both depend upon organizing complexity into forms that people can navigate.
Building Technology People Can Understand
Technology becomes most powerful when its capabilities and its communication reinforce one another. A product can contain exceptional engineering and still fail if people cannot understand how to use it. Conversely, a product with a clear conceptual structure can make sophisticated capabilities feel accessible.
The lesson is not that every software developer should become a storyteller. It is that technology development benefits from recognizing the fundamentally human nature of technological interaction.
People do not experience software as code. They experience it as a sequence of decisions, expectations, discoveries, frustrations, and outcomes.
The strongest products account for that experience from the beginning.
When technology teaches users how to navigate its capabilities, when interfaces communicate purpose clearly, and when complexity is organized rather than simply exposed, software becomes more than a collection of functions. It becomes a system through which people can understand and accomplish something meaningful.
That may ultimately be the deeper connection between storytelling and technology. Both disciplines take complexity and give it structure. Both depend upon understanding an audience. And both become more effective when their creators recognize that information has value only when people can make sense of it.
The future of technology will undoubtedly depend upon increasingly sophisticated engineering. It will also depend upon something much older: the ability to communicate ideas in ways that human beings can understand.
