Chapter 1
When Innovation Isn't Optional: Survival Through Transformation
What happens when a small company faces a challenge so unprecedented that standard industry practices no longer apply? In 2016, electric vehicle manufacturer NOVUS approached automation supplier Wes-Tech with requirements that defied conventional solutions. Rather than following established protocols, Wes-Tech formed an elite team that collaborated intensively with the client, developing new practices and maintaining 24/7 availability. This intuitive pivot toward innovation didn't just win them the contract-it transformed their business model and secured their future in a rapidly changing industry. While most business books assume readers are already innovation converts, the reality is that many small and medium-sized mature enterprises (SMMEs) view innovation as an expensive luxury rather than a survival necessity. Bruce Vojak's "No Excuses Innovation" has become required reading among Silicon Valley executives and manufacturing leaders alike, praised for its practical approach to innovation that doesn't require massive R&D budgets or specialized departments.
Chapter 2
The Innovation Imperative: Renew or Perish
For small and medium-sized mature enterprises, three strategic options emerge as they progress toward maturity: extend, exit, or renew. Most companies instinctively choose extension-optimizing production processes or pursuing incremental product improvements to maintain profitability. While this approach may boost short-term earnings, it often masks deeper strategic vulnerabilities and leaves businesses exposed to competitors who pursue more aggressive innovation strategies. The extension strategy becomes particularly dangerous when it evolves into organizational complacency.
Consider the humble carrot peeler's evolution: from simple knives to safety peelers to OXO's ergonomic designs to pre-peeled baby carrots. Each innovation represented a paradigm shift that redefined competition. The simple knife manufacturer who failed to anticipate safety peelers lost market share. Similarly, traditional peeler manufacturers who ignored ergonomic designs found their products relegated to bargain bins. Most dramatically, the entire peeler industry was disrupted by pre-peeled carrots, which eliminated the need for the tool altogether. Companies that merely optimized existing products found themselves suddenly irrelevant when competitors created entirely new value propositions.
The most successful companies maintain a healthy tension between extending maturity and pursuing renewal. This "ambidextrous" capability-simultaneously optimizing current operations while exploring breakthrough opportunities-characterizes organizations that thrive long-term. Companies like 3M exemplify this approach, generating 30% of revenue from products introduced in the past five years while maintaining strong performance in established product lines. Unfortunately, many SMMEs focus exclusively on extension, believing innovation is too risky, expensive, or complex for their size.
This reluctance often manifests in familiar objections: "Innovation reduces profit," "We're already innovating," "We'll deal with it when the time comes," or "We're not big enough." These arguments reveal fundamental misunderstandings about innovation's nature and implementation. For example, many companies claiming to innovate are merely making incremental changes within existing paradigms, such as updating packaging or slightly modifying features. They miss opportunities for true breakthrough innovation that redefines competition, such as Netflix's transformation from DVD rental to streaming services, or Fujifilm's successful pivot from photography to healthcare and materials science when digital disruption hit.
The reality is that avoiding innovation represents the greater risk. Companies that postpone renewal until decline becomes obvious typically lack the resources, capabilities, and time to respond effectively. Kodak's delayed response to digital photography, despite inventing the technology, serves as a cautionary tale. Nokia's inability to transition from feature phones to smartphones demonstrates how even market leaders can fall when they prioritize optimization over innovation. As one executive aptly noted, "Innovation is a 'pay me now or pay me later' proposition"-and "later" inevitably arrives at the most inconvenient moment, often when market position and financial resources are already compromised.
Chapter 3
Emotional Design: The Hidden Innovation Advantage
When we think about innovation, we often focus on technical functionality or manufacturing processes. However, one of the most powerful yet underutilized innovation approaches involves emotional design-creating products and services that forge emotional connections with users through thoughtful attention to their experiences and feelings. This approach transcends mere aesthetics, incorporating elements of psychology, user experience, and behavioral economics to create lasting value.
Walter's experience with DeWalt drill bits perfectly illustrates this concept. He willingly paid $49.95 for an eight-piece set ($6.24 per bit) rather than $10.98 for six bits ($1.83 each) primarily because the more expensive set came in a simple plastic case that improved organization and accessibility. Despite the case likely costing less than $0.50 to manufacture, it created enough emotional value to justify a dramatic price premium. This premium wasn't just about organization - it spoke to the user's desire for professionalism, efficiency, and tool preservation, transforming a simple storage solution into a statement about craftsmanship.
The power of emotional design extends far beyond tools. Consider the unboxing experiences for products like MacBooks and Logitech accessories, which demonstrate how thoughtful packaging creates a "wondrous out-of-box experience" where the product "presents itself in an anointment-like affair." Apple's packaging design, for instance, builds anticipation through carefully sequenced reveals, premium materials, and precise tolerances. These visceral experiences convince customers that products are worth premium prices and transform them into brand advocates eager to share their experiences. Companies like Samsung and Google have since adopted similar approaches, recognizing that the first moments with a product set the tone for the entire ownership experience.
Importantly, emotional design principles apply equally to industrial components and consumer products. Manufacturing Hub analyzed a Ford Taurus battery tray from 1985 that consisted of sixteen individual parts requiring three-and-a-half minutes of assembly time. Through thoughtful redesign focused on both functionality and manufacturing experience, this industrial component was dramatically simplified to a single piece, reducing costs by 60%, improving reliability, and significantly enhancing worker satisfaction. Similar successes have been documented in aerospace, medical equipment, and industrial machinery design.
The business impact of emotional design is substantial and measurable. Under design-focused CEO Bracken Darrell, Logitech's market value increased fifteenfold, driven by products that balanced functionality with emotional appeal. Companies like Dyson, Tesla, and OXO have built billion-dollar businesses largely on the strength of their emotional design approaches. Yet many companies still give design little strategic voice, viewing it as a cosmetic afterthought rather than a core business driver.
For SMMEs selling physical products or services to either consumers or businesses, emotional design offers a path to dramatic financial improvement with manageable risk and reasonable investment. Success stories range from Nest's reinvention of the thermostat to Allbirds' transformation of sustainable footwear. Those who ignore this value proposition are destined to compete solely on cost in a race to the financial bottom, missing opportunities to build lasting customer relationships and sustainable competitive advantages through thoughtful, emotionally resonant design.
Chapter 4
Design Thinking: Transforming Ideas into Innovations
Design thinking offers SMMEs a proven methodology for exploring innovative possibilities with minimal investment and risk. Dating back to Herbert Simon in 1969, this approach emphasizes prototyping and observational testing rather than theoretical analysis. It's as significant to innovation as Total Quality Management is to manufacturing-a structured way to "make sure you're solving the right problem," as Facebook's Marne Levine put it.
At its core, design thinking combines several key elements: generating numerous ideas (Linus Pauling noted, "The best way to have a good idea is to have a lot of ideas"), developing deep empathy for users' experiences, embracing appropriate risk-taking, and continuously testing concepts with actual end-users.
This last element-testing with end-users-is particularly crucial because creators inevitably suffer from confirmation bias. Dean Kamen's Segway illustrates this danger perfectly: despite brilliant engineering, the product failed commercially because its creators and investors believed in the technology without validating market fit. Research shows that 32-42% of engineers believe they're among the top 5% of performers, and 94% of college professors think they're doing above-average work-highlighting why getting feedback from actual end-users who will pay for your product is essential.
Two case studies demonstrate design thinking's power regardless of company size. Breuer Electric Manufacturing Company, a third-generation family business making commercial floor cleaners, faced severe competitive pressure from industry consolidation. By applying design thinking principles, they questioned assumptions about machine size that no one had previously challenged. Their breakthrough insight-inserting a bladder that allowed dirty water to occupy space vacated by clean water-enabled them to reduce machine size by 40% while maintaining capacity. This differentiation saved the company and transformed it into an industry leader.
Similarly, TJ Scimone's small startup Slice revolutionized the mature box cutter industry by questioning why these tools were so dangerous and exploring safer alternatives. After validating that 30% of workplace injuries involved lacerations, his team developed ceramic-blade safety cutters that dramatically reduced accidents. When initial consumer retail interest proved lukewarm, TJ immediately pivoted to industrial safety applications where insurance savings justified premium pricing. This flexibility exemplifies design thinking's open mindset and customer-focused approach.
Chapter 5
Implementing Innovation Processes in SMMEs
For SMMEs with limited resources, implementing effective innovation processes requires careful adaptation of approaches typically designed for larger organizations. The phase-gate process-systematically moving projects through defined stages with decision points between each phase-provides structure without excessive bureaucracy when properly scaled. This systematic approach helps small businesses maintain focus while remaining agile enough to respond to market changes.
A "phase-gate light" implementation begins with leadership articulating clear strategic and financial success criteria-without this written foundation, innovation efforts become futile "dragon-hunting expeditions." Management teams must establish specific decision criteria for each gate, covering market, technical, manufacturing, operational, financial, and strategic considerations. For example, early gates might focus on market validation and technical feasibility, while later gates emphasize manufacturing scalability and financial returns. Success metrics should include both quantitative measures (ROI, market share) and qualitative indicators (strategic fit, brand enhancement). Finally, individuals need clear role assignments with specific responsibilities, recognizing that review team composition typically changes as investment increases. Small businesses might start with a core team of 2-3 people wearing multiple hats, expanding to include specialists as projects mature.
Lean innovation represents another valuable approach, focusing on eliminating waste in innovation pursuit. The minimum viable product (MVP) concept helps companies quickly engage potential "lead customers" with the simplest product form containing only essential features. This streamlines innovation by eliminating wasteful development of unnecessary features, enabling faster market entry and earlier revenue generation. For instance, a software SMME might release a basic version with core functionality, then add features based on user feedback rather than assumptions.
Slice's evolution from basic box cutters to specialized cutting tools exemplifies successful lean innovation-getting products to market quickly and refining them over time rather than waiting to launch a "perfect" product. They began with a simple safety cutter and systematically expanded their product line based on customer feedback and market opportunities. However, SMMEs face implementation barriers including cultural resistance to the iterative, nonlinear path of lean innovation, which seems to contradict the linear view of phase-gate processes. Success requires reconciling these approaches, with all innovation stakeholders understanding and accepting the importance of each. This might involve using phase-gates for overall project governance while applying lean principles within each phase.
Open innovation-shedding the "not invented here" attitude toward external ideas-helps SMMEs overcome financial, human, and capability limitations. Rather than developing all innovations internally, companies can license technologies, engage consultants, or even outsource innovation entirely. For example, a small manufacturer might partner with a university research lab for technical development while focusing internal resources on commercialization. This approach requires different skills than traditional innovation, focusing on identifying external ideas that can be combined with internal competencies like manufacturing expertise or market access. Successful open innovation also demands strong intellectual property management and partnership development capabilities.
Key success factors include maintaining clear communication channels with external partners, establishing fair value-sharing arrangements, and developing internal capabilities to effectively absorb and commercialize external innovations. SMMEs should start with small collaborative projects to build experience before pursuing more complex open innovation initiatives.
Chapter 6
The People Behind Innovation: Serial Innovators
While processes and tools provide structure for innovation efforts, ultimately innovation depends on people-specifically, those rare individuals who repeatedly create breakthrough innovations in organizations. Research by Griffin, Price, and Vojak identified these "Serial Innovators" as powerful change agents who share distinctive characteristics.
Serial Innovators possess profound mastery that lets them see possibilities before others and make things happen that others cannot. They actively engage with problems through exceptional curiosity and holistic thinking; they show tenacity in projects, seeing them through to completion; they understand business needs for bringing ideas to market; and they engage effectively with people, using informal leadership to enlist others in accomplishing strategic goals.
Nancy Dawes exemplifies this type, having transformed P&G's business multiple times by reinventing the Pringles brand and growing Olay into a billion-dollar brand through industry renewal rather than incremental improvements. Unlike entrepreneurs who start from scratch, Serial Innovators work within existing structures, risking career setbacks rather than "everything," and typically operate with less public recognition.
Serial Innovators follow a nonlinear path illustrated by the "Hourglass Model," which differs fundamentally from linear phase-gate processes. They begin by finding the right problem, then deeply understand it before inventing and validating solutions. Unlike others, they remain engaged through execution and market creation, moving between "states" based on knowledge and intuition rather than following rigid procedures.
In SMMEs, renewal typically emerges from an individual working with a partner or two, collaborating closely with the existing business. While some companies have textbook Serial Innovators, many successful SMMEs feature innovation champions in different roles-most commonly the company president (especially entrepreneurial founders) or external consultants. Family-owned businesses face particular challenges when later generations prioritize optimization over renewal.
Managing Serial Innovators requires identifying potential innovators, developing their capabilities, and creating an environment where they can thrive. In SMMEs, innovators must maintain direct customer engagement and stay connected to the core business rather than being isolated. Unlike in large enterprises, SMMEs may not need full-time innovation specialists-their Serial Innovators often balance breakthrough innovation with solving immediate customer problems.
Chapter 7
Strategic Innovation Management: Culture and Organization
Innovation is inherently strategic, not a matter of luck. Companies that achieve repeated success follow a formula combining the right methodology and people. Despite 97% of senior leaders saying being strategic is crucial to organizational success, 96% claim they lack time for strategic thinking.
Before focusing on innovation strategy, companies must establish clarity about their overall competitive approach. As Michael Porter identified, companies pursue one of three generic strategies: differentiation, lowest-cost offering, or focusing on an unaddressed niche. Many companies claim differentiation but can't prove it. Without an honest, substantiated answer about differentiation, further strategic planning is pointless.
Innovation can occur across three main categories: configuration (how one makes money through business models and operations), offering (the product or service itself and its performance), and experience (the customer interface including brand and engagement). Apple exemplifies success across all three: optimized configuration (spending less than industry average on R&D), offering complex products with simple interfaces, and creating remarkable experiential components from packaging to retail environment.
Objective-based planning provides the structure needed to align innovation efforts with organizational goals. Three methodologies-OGSMT (Objectives, Goals, Strategies, Measures, Tactics), V2MOM (Vision, Values, Methods, Obstacles, Measures), and OKRs (Objectives and Key Results)-offer different approaches suitable for various organizational needs. The key to all three is ensuring communication and empowerment throughout the organization.
Beyond defining strategies and developing plans, senior executive leadership teams drive innovation through two key levers: defining organizational culture and establishing organizational structure. As companies mature, they typically develop a production-optimization culture focused on operational efficiency, six sigma, and lean production. However, to succeed long-term, companies must simultaneously embrace a renewal-friendly culture that values experimentation, accepts failure, and focuses on customer needs rather than internal processes.
The gravest organizational mistake is establishing an entirely separate "innovation lab" disconnected from the core business, which tacitly acknowledges that those optimizing the core business are incapable of working on renewal-focused innovation. While structural separation can work in large companies, it's less ideal for SMMEs where insufficient scale means individuals must assume multiple roles.
Chapter 8
Midtronics: The Innovation Exemplar
Midtronics stands as a perfect example of an SMME that "gets it" regarding innovation. Founded in 1984 by Steve McShane to address battery management needs in the transportation industry, the company has continuously renewed itself through breakthrough innovations that transformed its industry. Their success story demonstrates how a smaller company can compete effectively against larger competitors through strategic innovation.
The company's journey began when McShane made the bold move to purchase Motorola's electronic battery tester business, which was based on measuring battery conductance-a revolutionary approach invented by Professor Keith Champlin at the University of Minnesota. Where Motorola had discounted the product to $100, viewing it as a commodity, McShane took the opposite approach. He focused on value creation, nearly doubled the price to $195, and remarkably increased sales by emphasizing the product's unique benefits. His approach combined strong customer relationships with technical collaboration, bringing Professor Champlin directly into customer discussions to explain the technology's advantages and applications.
The pivotal moment came in 1993 when Steve began working with Ford Motor Company. Despite facing significant initial resistance from Ford's engineering team, who were skeptical of the new technology, Steve persisted for over 18 months in demonstrating how his product could solve Ford's substantial battery warranty cost problem. Through extensive field testing and data collection, Midtronics proved their technology could accurately predict battery failures and reduce warranty costs by millions. The result: Midtronics' product became an "essential tool" for all US Ford dealers, commanding a price of $1,000 - ten times higher than the original Motorola price, but justified by the demonstrable value it delivered.
This success established a pattern of continuous industry renewal. The team later created the "diagnostic charger" that eliminated overnight battery charging waits, reducing service time from 24 hours to just 30 minutes. They developed innovative alternator tests that didn't require direct access, saving mechanics valuable time and improving accuracy. The company also pioneered preventative battery maintenance systems for fleet operators, which could predict battery failures weeks in advance - each time redefining competition in the battery management industry and creating new market opportunities.
Not every innovation succeeded. Their attempt to enter the consumer market with a simplified battery tester failed to gain traction, and early efforts in hybrid vehicle battery testing faced technical challenges. However, even these failures deepened their understanding of customer needs and value propositions. These weren't wasted investments but learning opportunities that helped Midtronics grasp the importance of unique value propositions and market fit. The company has even chosen to exit reasonably profitable businesses in lead-acid battery testing that lacked sufficient strategic potential, allowing them to refocus resources on more promising innovation opportunities in advanced energy storage systems.
Midtronics exemplifies the book's core teachings about successful innovation management. They grasp the case for innovation by successfully balancing operational excellence with continuous innovation. They naturally employ design thinking, focusing on customer problems rather than just products. Their team spends considerable time understanding underlying customer needs through extensive field research, generates numerous ideas through structured brainstorming sessions, creates interactive prototypes for customer testing, and accepts appropriate innovation risk. They deploy effective innovation processes including phase-gate systems, open innovation partnerships with universities and suppliers, lean innovation with lead customers, and strategic roadmapping for future technologies. Finally, they properly manage innovators by providing significant challenges and necessary resources while creating a culture that allows for productive failure and learning from mistakes.
Chapter 9
A Call to Action: No More Excuses
Innovation is not merely desirable-it's essential for survival and prosperity in today's rapidly evolving market landscape. The authors emphasize that renewal through innovation is achievable through manageable risk, reasonable cost, and proven methods-but only for those who possess both the necessary courage and skill to execute. Like a high-stakes game of musical chairs, companies must be strategically positioned when disruption occurs, not scrambling for survival. As the Roman philosopher Seneca astutely noted, "fate leads the willing and drags along the reluctant"-a principle that remains remarkably relevant in modern business.
For owners, board members, and CEOs, the fundamental question centers on strategic investment in innovation-driven renewal. Those who choose to invest must implement low-investment, low-risk, high-value methodologies led by proven, trustworthy individuals. This might include pilot programs, rapid prototyping, or controlled experiments in new markets. Those who choose not to invest face an inevitable race to the bottom, risking not only market share but also the loss of talented employees who can recognize when a company is merely "milking the business" without securing its future. Historical examples like Kodak and Blockbuster serve as stark reminders of the consequences of innovation resistance.
Presidents and General Managers occupy a particularly challenging but opportunity-rich position between owners/board/CEO and employees. Their first crucial task is determining whether both groups genuinely believe in and support innovation-driven renewal. With proper alignment, the path forward becomes clear, allowing for coordinated action and resource allocation. Without it, they face difficult strategic choices: riding out industry decline until retirement (a increasingly risky proposition), securing partial support to explore innovation through skunkworks projects or innovation labs, or-most problematically-being innovation-averse themselves, effectively becoming barriers to progress.
For proven innovators, the book offers detailed insights to help others understand and work with them more effectively, including communication strategies and collaboration frameworks. For aspiring innovators, it identifies specific performance gaps and provides step-by-step guidance for development. For those lacking company support, the authors suggest practical initial innovation steps through relatively low-investment, low-risk methodologies-not by neglecting core job duties, but by systematically digging deeper to understand customer needs, questioning long-held assumptions, and methodically exploring alternatives through customer interviews, market analysis, and rapid prototyping.
Those focused on optimization play crucial roles in company success, providing the stability and efficiency that enable innovation to flourish. Among resistors to innovation, the authors identify three distinct types: the unable (those lacking aptitude or skill, who can be developed through targeted training and mentorship), the inflexible (experts who rigidly apply principles inappropriately but can be guided to develop wisdom through exposure to new contexts), and the unwilling (those who actively or passively block progress and are best removed quickly to prevent cultural damage).
The message is clear: either embrace innovation or don't-it's your choice in the free market economy. The opportunity for renewal through innovation is compelling, and the tools for success are readily available through proven methodologies and frameworks. The only question remaining is whether you'll continue making excuses or take decisive action to make innovation happen. The market waits for no one, and the cost of inaction grows daily.
