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1Fix the driver behind crashes, sound loss and screen glitches2Repair Windows errors before they cause bigger problems3Scan for outdated or missing drivers - takes under a minuteAcross GeekWire’s Seattle-area Uncommon Thinkers profiles, a recurring pattern is that useful innovation can start with a fresh vantage point: experience from outside a field, a problem encountered in daily life, evidence that challenges an assumption, or a decision to tackle neighboring problems in parallel. These profiles offer examples, not a universal formula or proof that every featured technology will succeed.
What the Uncommon Thinkers profiles suggest
GeekWire’s 2023 synthesis poses the question, “What does it take to create meaningful change in the modern world?” Its answer emerges through six honoree profiles: people noticed a problem or possibility that their usual professional frame might have missed, then pursued it through research, products, or new ways of organizing work. The value is in the variety of approaches, not in ranking the innovators against one another.
Where a new approach can begin
Bring experience across disciplines
GeekWire describes Shwetak Patel’s background outside medicine and electrical engineering as helping him see possible uses for electrical wiring as a communications network and smartphones as diagnostic devices. Patel reflected, “That was the thing that helped me ask questions that I don’t think any scientist would have asked, given their scientific training in that space.” GeekWire calls this an “outsider’s perspective.” The broader lesson is not that expertise is a hindrance, but that experience from another field can expose questions a field’s established assumptions leave unasked.
Let lived experience identify a problem
In GeekWire’s 2023 account, Xiao Wang’s family’s immigration challenges inspired work to simplify immigration processes. Anesthesiologist Elizabeth Hansen’s concern for children’s future health motivated healthcare environmental initiatives. Personal experience can make a problem visible and urgent; it does not, by itself, establish that a proposed solution is effective.
#1 Best Overall
Use evidence to test assumptions
GeekWire’s 2023 synthesis points to using data to shape behavior and outcomes, including the use of recognition and competition. Its 2025 retrospective adds examples of founders asking for evidence rather than relying on intuition. Aquagga co-founder and CTO Brian Pinkard said, “I’m a skeptic, I’m cynical, I’m a scientist. I wanted to see proof.” That stance matters because a compelling motivation or novel idea is only a starting point; evidence is needed to assess whether an approach works.
Break a large challenge into adjacent problems
Another pattern in GeekWire’s 2023 synthesis is solving adjacent problems in parallel. When a central challenge is difficult to address directly, progress on related technical or practical barriers can create more than one route toward it. This is a way to structure the work, not a guarantee that any one route will succeed.
Rank #2
How the approaches show up in different fields
GeekWire’s examples span research efforts, products, and services. They are useful to compare by the source of the insight and the problem being reframed, not as interchangeable technologies or as a performance league table.
| Example | Starting point or reframing | What GeekWire describes |
|---|---|---|
| Shwetak Patel | Cross-disciplinary experience | Potential uses for electrical wiring as a communications network and smartphones as diagnostic devices, as described in GeekWire’s 2023 synthesis. |
| Xiao Wang | Family immigration challenges | Work aimed at simplifying immigration processes, according to GeekWire’s 2023 synthesis. |
| Elizabeth Hansen | Concern about children’s future health | Healthcare environmental initiatives, according to GeekWire’s 2023 synthesis. |
| Ingrid Swanson Pultz | A biological problem involving gluten | A microbiologist associated with a gluten-destroying enzyme, in GeekWire’s 2024 podcast description. |
| Chris Dunckley | Radioactive waste | TerraPower Isotopes’ effort to turn radioactive waste into cancer therapy, as described by GeekWire in 2024. |
| Andy Lapsa | Space-vehicle re-entry | Stoke Space’s work on reusable space vehicles using liquid cooling for re-entry, in GeekWire’s 2024 description. |
| Anindya Roy | Protein design using computation | Lila Biologics works on computationally designed proteins for drug candidates, according to GeekWire’s 2025 overview. |
| Chet Kittleson | A child-focused alternative to a smartphone | Tin Can makes WiFi-enabled landline phones for children, according to GeekWire’s 2025 overview. |
| Brian Pinkard | PFAS destruction | Aquagga’s work on PFAS destruction, described by GeekWire in 2025. |
| Jeff Thornburg | Space propulsion | Portal Space Systems pursues solar-thermal propulsion, according to GeekWire’s 2025 overview. |
| Kiana Ehsani | Automating computer tasks | Vercept develops tools to automate computer tasks, according to GeekWire’s 2025 overview. |
| Jay Graber | A social network built on an open protocol | Bluesky is built on the AT Protocol, according to GeekWire’s 2025 overview. |
GeekWire’s December 2024 podcast episode also names Uri Shumlak of Zap Energy, whose company is pursuing a different approach to fusion. In a separate 2025 overview, GeekWire names Hanna Hajishirzi for work focused on open-source AI models. These are publisher descriptions, not independent technical evaluations.
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What reported figures do—and do not—show
Numbers attached to individual profiles should be read in their original context. They do not establish a shared standard for judging progress across protein design, consumer products, energy, or other unrelated fields.
- GeekWire’s 2025 retrospective reported protein-design success rates below 1% before a newer workflow and 5–20% with that approach. This is the article’s reported comparison for the workflow it discusses, not a general benchmark for protein design.
- GeekWire’s 2025 honoree overview reported that Tin Can had raised $3.5 million and sold out its first two batches. Those publication-era details do not establish present-day inventory, sales, or availability.
- The same GeekWire overview reported that Portal Space Systems had raised a $17.5 million seed round. Funding is not, on its own, evidence of technical performance or commercial success.
GeekWire’s coverage counts also refer to specific installments: its 2023 synthesis discusses six honorees, its 2024 episode identifies five people in the series, and its 2025 overview identifies six. These are counts for those pieces, not a total count of everyone in the program.
Rank #4
A practical way to evaluate an unfamiliar innovation
The profiles suggest questions a reader can use to distinguish an interesting origin story from evidence of a working solution:
- Where did the insight come from? Was it cross-disciplinary experience, a lived problem, or a finding that challenged an assumption?
- What exactly was reframed? Identify the specific problem, rather than relying on a broad claim that a field is being transformed.
- What validation is described? Separate a founder’s motivation or a company’s stated goal from reported evidence about results.
- How mature is the effort? A research effort, a developing technology, and a product or service are different stages and should not be treated as equivalent.
GeekWire’s profiles make a case for looking beyond familiar categories when asking where ideas come from. They do not establish that the featured approaches have comparable results, that every venture will reach its goals, or that a single method produces meaningful change in every field.
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