The terms “invention” and “innovation” are frequently used interchangeably, which is not only incorrect but also overlooks important nuances in meaning that can significantly impact a conversation. Invention involves the discovery of something new, while innovation entails the utilization of a novel idea or method.
Innovation is the act of introducing fresh concepts or approaches to the market and transforming existing inventions into practical products or processes that have real-world utility. Some believe that a successful entrepreneurial journey starts with an invention, and the rest is mere “execution”. However, this perspective overlooks the risks and significant differences involved. In this comparison of innovation vs. invention, we aim to highlight and clarify these distinctions.
**Innovation** and **invention** are often used interchangeably in casual conversation, but they denote different concepts in the context of technology, business, and product development:
### **Invention:**
- **Definition**: Invention refers to the creation of a new product or introducing a process for the first time. It's about making something that did not exist before.
- **Characteristics**:
- Often involves a scientific or technological breakthrough.
- It's the first step in the development of a product or a new way of doing something.
- An invention might exist only in patent form or as a prototype without being commercialized.
- **Example**:
- The telephone by Alexander Graham Bell is an invention. It introduced a new device that allowed for voice communication over distances.
What is Innovation?
The term “innovation” originates from the Latin verb “innovāre”, which means introducing new things, ideas, or ways of doing something. Unlike improvement or transformation, innovation involves doing something entirely different from what is already being done, rather than just doing it better.
Innovation has permeated various domains of life, leading to diverse applications in business, politics, society, and science. Its expansive nature reflects the potential for innovation in all areas of life.
### **Innovation:**
- **Definition**: Innovation involves improving, adapting, or implementing a new way of using an existing product, idea, or process. It doesn't have to be entirely new; it can be an incremental change or a novel application of something known.
- **Characteristics**:
- Can be about how something is made, sold, used, or delivered.
- Often focused on adding value or solving a problem in a new way.
- Involves commercialization or application; it's about taking an invention to the market or making it useful in a new context.
- **Example**:
- The smartphone is an innovation. While it encompasses many inventions (like touchscreens, mobile internet, GPS), its innovation lies in combining these technologies into one versatile device that changed how people interact with technology daily.
### **Key Differences:**
- **Novelty**: Invention is about novelty in its purest form — creating something entirely new. Innovation might not be entirely new but introduces a new value or application.
- **Scope**:
- An invention might remain an idea or a patent if it's not turned into something practical or marketable.
- Innovation must impact the market or society; it's about practical application and often about commercial success or widespread adoption.
- **Process**:
- Invention can be a singular event or discovery.
- Innovation is often an ongoing process that includes iterations, improvements, and adaptations.
- **Impact**:
- While inventions can change the world, they do so through innovation. Innovation is what often leads to widespread change or economic impact by making inventions accessible or more useful.
### **Interplay Between the Two:**
Innovation can follow invention, where an invention is taken, improved upon, and brought to market or used in ways not initially conceived by the inventor. Conversely, the process of innovating might lead to new inventions as further breakthroughs occur while trying to solve practical or market-driven problems.
Understanding these differences helps in appreciating the roles both play in economic growth, technological advancement, and societal change.