In a recent LinkedIn post, Kevin O’Leary discusses the potential dangers of using government-subsidized chips in robotics, drawing a stark warning from a recent incident. As Kevin O’Leary notes, the malfunction of a robot near a food item highlights critical vulnerabilities.
The incident, which O’Leary clearly finds concerning, involved a robot malfunctioning in proximity to french fries. He directly attributes this failure to the use of chips that have benefited from government subsidies, specifically mentioning Intel. According to O’Leary, this situation underscores a fundamental flaw in relying on such technology for advanced applications like robotics.
“This is not funny, and I’ll tell you why. This is what happens when you use government-subsidized Intel chips. You don’t wanna put them inside a robot.”
Critique of Government Subsidies in Technology
Kevin O’Leary is highly critical of government intervention in the technology sector, particularly through subsidies. He argues that such financial support can lead to the proliferation of inferior or unreliable technology, posing risks when deployed in critical systems. In his view, the incident with the robot serves as a cautionary tale about the potential consequences of propping up companies that might otherwise fail or be compelled to innovate more rigorously.
As Kevin O’Leary points out, the ideal market scenario would have seen the company, in this case Intel, face its natural course without government aid. He suggests that the current outcome is a direct result of this intervention, leading to potentially flawed products being integrated into advanced machinery.
The Question of Robot Safety and Control
Beyond the critique of chip subsidies, O’Leary also touches upon the broader issue of robot safety and control mechanisms. The incident prompts him to consider the necessity of robust safety features, even suggesting extreme measures to ensure deactivation when necessary. He posits that the ability to quickly and effectively disable a malfunctioning robot is paramount, especially in environments where they might interact with humans or sensitive equipment.
“Maybe the idea of a kill switch is not a bad idea. Like, just pull one of its eyes out, it stops right there. That’s the way it should be.”
In O’Leary’s view, the lack of an immediate and decisive way to stop a malfunctioning robot is a significant oversight. The suggestion of a physical ‘kill switch,’ even a rudimentary one, reflects his concern about the autonomy and potential unpredictability of robotic systems. He emphasizes that such control measures are not merely a feature but a fundamental requirement for safe operation.
Implications for Future Robotics Development
Kevin O’Leary’s comments highlight a debate surrounding the role of government in fostering technological advancement versus the potential for market distortions and compromised quality. His strong stance suggests that while innovation is crucial, it should be driven by market demands and a commitment to reliability, rather than state-funded initiatives that might mask underlying weaknesses. The incident he describes serves as a potent, albeit unconventional, example for engineers and policymakers considering the future of robotics and the integrity of the components that power them.
📝 About This Content
This article is based on insights shared by Kevin O'Leary on LinkedIn.
📅 Originally posted on March 23, 2026 | View original post on LinkedIn →