In this monologue, Nassim Taleb articulates his concept of "skin in the game" as both a moral imperative and an effective risk‑management rule. He argues that no individual should expose others to risk without personally bearing the potential downside. Drawing on historical and contemporary examples, Taleb illustrates the principle: Hammurabi’s code punished architects whose buildings collapsed, modern helicopter engineers are required to fly the aircraft they design, and ancient Romans and Victorians made bridge engineers sleep beneath their structures. He extends the idea to finance, contending that traders and strategists must share losses with their clients; otherwise, the system becomes vulnerable to catastrophic failure. The overarching claim is that aligning incentives by ensuring participants have personal exposure to the risks they create prevents systemic breakdowns.
Chapters
I believe in something I call skin in the game, okay. Skin in the game is defined skin in the game, it's both moral and effective to remove risks, is that nobody should ever put someone else at risk. I don't really care about compensation, okay. I don't really care about ranking because you can't have a trading competition because someone has a strategy that pays off very well. Very rarely, okay, he will lose in the competition, he will lose every battle and win the war, you see. So, you can't really rank traders, but there is one rule I have, I call it skin in the game, is that nobody should put others at risk without having harm to himself, okay. In other words, if you lose money to your clients, you should be exposed to the same risk. That's sort of— it's both moral and risk management rule. Risk management because in Hammurabi's code, It was simple, it's an architect builds a house and the house is fragile but hidden fragilities in the basement, you get the idea, when the foundation, like in a bank system, banking system, they look very stable but they have, they cut corners that nobody will see, okay, to make the bonus. And if the house collapses, the architect is penalized, that was in Hammurabi's code. Actually, he's put to death if the house collapses and kills the owner of the house. So this system, okay, is the best— this is the best risk management rule because as Hammurabi discovered, but something they forget today in Washington, the architect or engineer knows a lot more about the risks. He doesn't know a lot about the risk, but he definitely knows a lot more than the inspector, you see. So if you make people eat their own cooking, you see, they're a lot better off, okay. And someone sent me, read my book and sent me something, a story in Brazil where they discovered that they could lower the rate of helicopter crashes by forcing helicopter engineers randomly to take a ride, a half an hour ride once a month in a helicopter, alright. Now, for example, something the Romans knew and Victorians knew that you make engineers sleep under the bridge, alright. Okay, so in trading what you do so long as whoever is involved in a strategy has losses, small, okay, it doesn't matter, all right, has losses, if he can harm others, in other words, he has some incentive but some disincentive, then we should be okay. It's when people don't have disincentive when they lose, that the system blows up.
