CS875 Module 7 Discussion #2

The topic of discussion for this week deals with my understanding of serendipity, errors, and exaptation as they relate to discoveries. 

 

Serendipity, error, and exaptation represent three of the most surprising pathways to innovation, each showing that the journey to discovery often takes unpredictable and creative detours. Reflecting on these concepts not only highlights iconic inventions, but also encourages a mindset open to unexpected possibilities.

 

Innovation by Serendipity

To me, serendipity is about stumbling upon a valuable discovery while working toward something entirely different. It's those moments when curiosity, openness to the unexpected, and a little bit of luck come together. Classic examples abound, but one of my favorites is the story of Velcro. George de Mestral, a Swiss engineer, went for a walk in the woods and noticed burrs stuck to his dog’s fur. Examining them under a microscope, he realized their tiny hooks were nature’s perfect fastening device. This revelation inspired him to invent Velcro—now everywhere from kids’ shoes to NASA space suits. De Mestral wasn’t seeking a new fastener, but his willingness to investigate an everyday occurrence transformed an annoyance into a global product (Khurana & Khurana, 2024).

 

Another famous instance is the discovery of microwave ovens. Percy Spencer, while experimenting with radar technology, noticed a candy bar melting in his pocket. Instead of ignoring this oddity, he investigated further, testing popcorn and eggs near the radar equipment—marking the birth of the microwave oven as a kitchen staple. In my own experience, serendipity often shows up in research when side projects or odd results reveal new and interesting connections. A reminder that scientific progress isn’t always linear (Austin et al., 2011; Tidd & Bessant, 2024; Wade, 2012).

 

Innovation by Error

Innovation through error, in my experience, is about transforming mistakes into stepping stones for progress. Rather than being a source of failure, the error becomes a catalyst for creative breakthroughs. A classic historical example is the invention of matches by John Walker. While searching for a new way to create fire, Walker noticed a chemical-coated stick suddenly burst into flame after friction. His “error” led to the mass production of matches. A simple tool that has changed daily life worldwide (Khurana & Khurana, 2024).

 

Another example is the creation of penicillin. Alexander Fleming discovered the antibiotic properties of penicillin when he accidentally left a petri dish uncovered and noticed mold thwarting bacterial growth. His error in lab hygiene translated into one of medicine’s most profound breakthroughs (Austin, 2011; IAMIP, 2025).

 

In my own work, small errors have sometimes generated unexpected results, sparking new, more effective approaches to a cybersecurity challenge. I’ve learned that when complex projects “fail,” they can sometimes reveal hidden patterns or vulnerabilities that become central to the next iteration. The trick is to approach errors with curiosity instead of frustration, persistently asking: “Why did that happen and what can it teach me?”

 

Innovation by Exaptation

Exaptation, as I see it, is about repurposing existing inventions or ideas for uses the original creators never imagined. It’s the art of adaptation, which is recognizing the latent potential in a technology and applying it to an entirely new context. The classic example is the use of radar microwaves to cook food, noted earlier. Percy Spencer’s radar experiments weren’t meant to revolutionize cooking, but clever observation and imaginative thinking turned the technology into globally transformative kitchenware  (Austin et al., 2011; Tidd & Bessant, 2024; Wade, 2012).

 

Another iconic instance is the story of Post-it Notes. A 3M scientist, Spencer Silver, set out to invent a super-strong adhesive, but instead produced a mildly sticky one that was “repositionable.” Initially a failure for its intended purpose, this adhesive became the foundation for Post-it Notes thanks to a colleague’s inspiration to use it as a bookmark (Khurana & Khurana, 2024). The accidental “failure” in creating a strong glue became a household innovation through exaptation.

 

In my experience, exaptation often appears in cybersecurity. For example, tools designed for network monitoring have been creatively adapted to detect fraud or possibly even monitor health sensor data. A utility that was originally written to check input for proper device configuration, was repurposed to check equipment logs on a Splunk server for potential issues. These instances occur when someone reframes what a tool or method can accomplish, bringing about new possibilities in different domains.

 

To me, these concepts foster an entrepreneurial spirit and a scientific mindset that doesn’t dwell on what didn’t work, but on what new avenues the detours expose. Serendipity teaches the value of curiosity; error, the payoff of resilience; and exaptation, the boundless power of imagination. In the fast-evolving fields of technology and security, I have encountered situations where unexpected findings, mistaken approaches, or creative reuse led to some amazing insights, often more so than the original plans. Ultimately, embracing these pathways invites innovation that is agile, dynamic, and ever open to what the world might throw our way next.

 

 

 

Tim

 

 

References

Austin, R., Devin, L., & Sullivan, E. (2011). Accidental Innovation: Supporting valuable unpredictability in the creative process. Organization Science, 23(5).

 

IAMIP. (2025). Accidental inventions: Mistakes that changed the world. IAMIP.com. [Blog]. Retrieved from https://iamip.com/acccidental-inventions.

Khurana & Khurana. (2024). Serendipitous Inventions. [Website]. Retrieved from https://www.khuranaandkhurana.com/2024/10/11/serendipitous-inventions/

Tidd, J., & Bessant, J. R. (2024). Managing innovation : Integrating technological, market and organizational change(Eighth ed.). Wiley. 

Wade, W. (2012). Scenario planning : a field guide to the future. Wiley.