Discontinuous Innovation: Creating Breakthroughs That Change the Rules

Discontinuous innovation is the development of products, services, or business models that significantly depart from what came before. Rather than making an existing offering faster, cheaper, or more convenient, it introduces a different approach—one that can reshape customer expectations, industry structures, or everyday behavior.

Examples often associated with discontinuous innovation include the shift from film photography to digital photography, the move from physical media to streaming, and the emergence of smartphones as all-in-one communication and computing devices. These changes did more than improve established products. They altered how people used them and, in some cases, transformed the markets around them.

Discontinuous and Continuous Innovation

Continuous innovation builds on familiar products or processes. A more efficient battery, a redesigned checkout flow, or a software update with useful new features may offer meaningful improvements while preserving the basic way a product works.

Discontinuous innovation involves a larger break with convention. It may rely on a new technology, serve a previously overlooked audience, or replace an established way of delivering value. The distinction is not always clear-cut: a breakthrough can begin as a niche product and evolve through many incremental improvements. What makes it discontinuous is the scale of the change in how people solve a problem or how an organization creates value.

Why It Matters

Discontinuous innovation can open new markets and help organizations respond to major shifts in technology or customer needs. It can also challenge long-standing assumptions. A company that is accustomed to serving customers through physical locations, for example, may need to rethink its operations when customers increasingly expect digital access.

The effects can extend beyond the organization that introduces the innovation. New offerings may create demand for different skills, infrastructure, regulations, and partnerships. They can also make existing products or business models less relevant. For this reason, discontinuous innovation can bring both significant opportunity and serious disruption.

How Organizations Can Pursue It

Breakthroughs are difficult to plan in detail, but organizations can create conditions that make discovery more likely. Several practices can help:

• Look beyond current customers. Study people who are underserved, excluded, or choosing not to use existing solutions. Their needs may reveal opportunities that established markets overlook.
• Question familiar assumptions. Ask which parts of an industry’s standard approach are essential and which are simply habits.
• Experiment early. Use prototypes and small-scale tests to learn whether an idea solves a real problem before investing heavily in a full launch.
• Combine different perspectives. Teams that bring together expertise from technology, design, operations, research, and customer-facing roles can identify possibilities that a single department might miss.
• Allow room for exploration. New ideas may not fit existing budgets, timelines, or performance measures. Separate support for early-stage experiments can protect promising work from being judged too soon by standards designed for mature products.

Challenges and Risks

Discontinuous innovation is uncertain. A technically impressive idea may not address a meaningful need, and customer interest does not always translate into a sustainable business. New offerings may also require capabilities an organization does not yet have, such as different supply chains, distribution channels, or regulatory expertise.

Organizations can reduce risk by treating innovation as a process of learning rather than a single high-stakes launch. They can test assumptions in stages, track both customer response and operational feasibility, and revise or stop projects when evidence changes. They should also consider how an innovation may affect workers, communities, privacy, accessibility, and the environment.

Measuring Progress

Traditional measures such as revenue, market share, and profit are important, but they may not tell the whole story in the early stages of a breakthrough. Teams can also monitor indicators such as customer adoption, repeat use, successful experiments, time to learn, and evidence that a new solution is reaching people who were previously poorly served.

The right measures depend on the project. Early experiments may be judged by what the team learns, while later stages require stronger evidence of customer demand, reliable delivery, and long-term viability.

Conclusion

Discontinuous innovation is not simply invention for its own sake. It is a major change in how a problem is understood or solved. Pursuing it requires curiosity, experimentation, patience, and a willingness to question established practices. Organizations cannot guarantee that every bold idea will succeed, but they can build the skills and habits needed to recognize new possibilities—and learn quickly when they pursue them.

Understanding Discontinuous Innovation: Key Concepts and Examples

1. What are some examples of reverse innovation?
2. What is a discontinuous innovation example?
3. What is displacement innovation?
4. What best describes a discontinuous innovation?
5. What are the four types of innovation?

What are some examples of reverse innovation?

Reverse innovation occurs when a product or solution is developed for a lower-income or emerging market and later adopted in wealthier markets. Examples include GE’s portable, low-cost ultrasound devices, initially designed for use in rural areas and later used in ambulances and clinics in developed countries; affordable Indian-made eye-care and cardiac-care models that have influenced health services elsewhere; and mobile payment systems developed in countries with limited banking infrastructure that inspired or informed services in other markets. These examples show how solutions shaped by local needs and resource constraints can have broad appeal beyond their original markets.

What is a discontinuous innovation example?

A classic example of discontinuous innovation is the shift from film cameras to digital photography. Digital cameras replaced film and chemical processing with electronic image sensors and digital storage, changing how people took, edited, shared, and stored photos. The innovation reshaped the photography industry and created new opportunities for products and services, from photo-editing software to online sharing platforms.

What is displacement innovation?

Displacement innovation is a type of discontinuous innovation that replaces an established product, service, or way of doing things with a substantially different alternative. It often begins by serving a specific group or use case, then gains wider adoption as it becomes more useful, affordable, or accessible. For example, digital photography largely displaced film photography for everyday use. Displacement does not always mean an older option disappears completely; it means the new approach takes over much of its role or market.

What best describes a discontinuous innovation?

A discontinuous innovation is a breakthrough that significantly changes how a product, service, or process works—or how people use it. Unlike incremental improvements to an existing solution, it introduces a new approach that can reshape customer expectations, create new markets, or disrupt established industries. Examples include the shift from film to digital photography and the rise of streaming services as an alternative to physical media.

What are the four types of innovation?

The four types of innovation are often described as incremental, modular, architectural, and radical. Incremental innovation makes small improvements to an existing product or process. Modular innovation replaces or significantly changes one component while keeping the overall system largely the same. Architectural innovation changes how existing components are connected or arranged. Radical innovation introduces both major technological changes and a new system or approach. These categories help explain how deeply an innovation changes a product or industry, though other frameworks use different labels.