If intellectual property (IP) protections weakened or disappeared, would innovation grind to a halt? The answer: it depends on the industry.
In pharmaceuticals, the case for patents is strongest. A new drug can cost a billion dollars to develop. Once the molecule is known, a competitor can copy it for pennies. Without patent protection, no rational investor would fund the original research. For decades, India had weak drug patent laws and became the world's best maker of copies of drugs invented elsewhere. After India strengthened its patent law in 2005, original Indian drugs began to appear.
In software, the picture is muddier. Many economists argue patents have actually slowed innovation there, because overlapping claims turn every new product into a legal minefield.
There are industries that thrive with almost no patent protection. Fashion, food, furniture, hairstyles, magic tricks, financial products, and football plays all work unprotected. A designer dress that walks down a Paris runway in March is being copied at every price point by June. A chef cannot patent a recipe and high-end restaurants routinely borrow ideas.
Yet these industries innovate constantly. Why? Because when legal protection is unavailable, businesses compete on other things — speed, brand, execution, and customer loyalty.
Patents matter enormously where copying is cheap and development is expensive. But, innovation also has more than one engine, including secrecy, branding, speed, and trust.
Rick Good spent ten years in the newspaper business, including with The News & Observer (Raleigh, NC) and The Greenville News (Greenville, SC). He co-wrote, with Melinda Coleman, Rutledge to Riley: Governors of South Carolina, 1776–Present (Published by The Greenville News), and is the author of Mind Games Trivia #1 (Amazon). He has recently spent 15 years creating original trivia content through Sounds Good Mobile Entertainment and continues that with his new company, SGME Software. He edits The Smart Reader’s money, real estate, and business coverage.
