Every business school teaches the same innovation playbook: start with the customer. Understand their wants, identify their needs, then develop technology to address what they’ve told you they want. It’s tidy, it’s logical, and it’s completely wrong for breakthrough innovation.
Consider the automobile. When horse-drawn carriages dominated transportation, customers wanted faster horses, more reliable carriages, better feed. They did not want internal combustion engines, because they couldn’t conceive of them. The breakthrough innovation didn’t come from asking customers what they wanted. It came from expanding technological capability, then discovering transportation as the application.
This is the core insight of the R&D-First Bullseye Innovation Model, a framework that reverses traditional market-led approaches by starting with technical possibility and working outward toward market validation.
The Bullseye: From Center to Periphery
The model consists of three concentric rings, working from the center outward:
Center (R&D): Identify technological capabilities that can be developed, regardless of obvious business application. This is pure ability expansion: exploring what becomes technically possible.
Second ring (Technology): Connect newly-developed capabilities to customer needs they could address. Ask: “What human problems could this technological ability solve?” Translate raw technical capacity into problem-solving potential.
Outer ring (Marketing): Assess whether customers actually want solutions to those needs. Test market receptivity once capability-need fit is established. Communicate value propositions for capabilities customers didn’t know they needed.
This sequence inverts the market-led approach, which starts with customer wants and works backward through needs identification to technology development. The traditional model constrains innovation to what customers can articulate, which is precisely what makes it inadequate for breakthroughs.
The Technical Awareness Gap
Customers operate within their existing understanding of what’s possible. They cannot express needs for technologies whose existence they cannot conceive. When marketing drives the innovation process, R&D is limited to solving problems customers can name. This creates a local optimization trap: improving existing solutions rather than discovering genuinely new capabilities.
The historical record shows that the most consequential technologies were not driven by customer demand:
- Automobiles: Customers wanted faster horses, not engines
- Petroleum as fuel: Crude oil was seen as a nuisance until technical insight reframed it as energy
- Antibiotics: We didn’t know we needed them until we had the ability to make them
In each case, technological ability created need. Not the other way around.
The Flying Car Method
The bullseye model embraces what’s called the “flying car method”: develop capabilities without regard for obvious business applications. An animal nutrition R&D team might literally explore “making cars fly” not because they see a business case, but because expanding technical capability sometimes reveals unexpected applications.
Technological breakthroughs get explained to technology teams to brainstorm customer applications that weren’t previously apparent. A capability developed for one purpose might solve an entirely different problem in another domain.
This requires tolerance for projects that may never find market application. Not every flying car finds a runway. But breakthrough innovation requires funding capabilities before their commercial value is obvious.
The Costs of R&D-First Innovation
The bullseye model demands more than market-led approaches:
- Higher capital requirements: Investing in capabilities before market validation
- Longer time horizons: Developing technology before identifying applications
- Technical translation: Sophisticated communication between R&D (abilities), Technology (needs), and Marketing (wants)
- Thought leadership: Educating markets on why new capabilities matter
These are real costs. Market-led innovation tests demand before development, reducing risk. R&D-first innovation invests in possibility before validation, accepting that some capabilities will never find market application.
When R&D-First Makes Sense
The bullseye model is particularly valuable for:
- Breakthrough innovations where customers lack technical awareness to articulate needs
- Industries where technological capability precedes market understanding (early automobiles, petroleum)
- R&D organizations seeking to commercialize basic research
- Companies with strong technical teams but unclear market direction
It’s less suitable for incremental improvements in well-understood markets. If you’re optimizing an existing product category, start with the customer. But if you’re seeking genuine breakthrough, the customer may not know what they want until you show them what’s possible.
Thought Leadership Defines Markets
When technological breakthroughs create needs customers couldn’t have envisioned, marketing becomes education rather than reflection. The innovator must lead the market by explaining why new capabilities matter.
Crude oil wasn’t a fuel source until someone explained it as such. The market didn’t demand internal combustion. The market had to be taught why engines mattered. This is thought leadership: defining the conversation rather than responding to existing preferences.
The R&D-First Bullseye Model places thought leadership at the center of innovation strategy: develop capability, discover application, educate the market. That is a different loop than listening, responding, and optimizing.
The Inversion
Market-led innovation excels at incremental improvement. But breakthrough innovation requires expanding technical capability beyond what customers can articulate, because customers can’t identify needs for things they’ve never seen.
Start with what’s technically possible. Discover what problems it could solve. Only then ask whether customers want solutions to those problems.
Sometimes the fastest way to find what customers want is to stop asking them and start showing them what’s possible.