The world's best-selling cookie was born as an imitation of a rival.
Oreo, now a global icon, began in 1912 as a copycat of the Hydrox cookie. While Hydrox arrived first in 1908, Oreo’s marketing dominance eventually flipped the script, leading many to mistakenly believe the original was the imitator. Today, it remains the world's highest-selling cookie brand.
Developed by the National Biscuit Company (Nabisco) in New York City, the Oreo was trademarked on March 14, 1912. Its name remains a mystery, with theories ranging from the French word for gold to Greek derivations like 'oros' for mountain or 'oreo' for nice. Some suggest it was chosen simply for its brevity and ease of pronunciation, while others point to a botanical connection linked to the laurel wreath design on the original cookie face.
The cookie's evolution reflects shifting consumer tastes and corporate strategy. Originally made with lard, the crème filling transitioned to partially hydrogenated vegetable oil in the 1990s to address health concerns, eventually moving to non-hydrogenated oils by 2006. These changes also helped the brand achieve kosher certification. The iconic design seen today was finalized in 1952 by William A. Turnier, while the filling's consistency was perfected by long-time food scientist Sam Porcello.
Oreo’s dominance is sustained by aggressive, real-time marketing. A defining moment occurred during the 2013 Super Bowl, when a blackout prompted a viral tweet—'you can still dunk in the dark'—that solidified the brand's reputation for agility. This strategy extends to a secretive six-person team that manages a constant stream of limited-edition flavors, which serve as high-visibility advertisements for the core product line.
Global production now spans 18 countries, with over 40 billion cookies manufactured annually. Despite this scale, the product remains a subject of scientific curiosity; a 2022 study in Physics of Fluids confirmed that the crème filling is impossible to split evenly, as it consistently adheres to only one side of the wafer regardless of the twisting speed.
Source: Oreo
