### Meet Teddy Warner: A Young Visionary in Robotics
At just 19 years old, Teddy Warner is making waves in the robotics industry. With a family background steeped in technology, he spent his high school years immersed in a machinist shop, honing his skills and igniting his passion for robotics. Now, he is taking a bold step into entrepreneurship by founding Intempus, a robotics company aimed at infusing machines with more human-like emotional expressions.
### The Vision Behind Intempus
Intempus is at the forefront of innovation, developing technology designed to retrofit existing robots, allowing them to exhibit emotional expressions. This groundbreaking approach not only facilitates better interactions between humans and robots but also helps individuals predict robotic movements more accurately. Warner’s vision extends beyond mere functionality; he aims to bridge the emotional gap between humans and machines.
As Warner explains to TechCrunch, “Humans derive a lot of our subconscious signals from the movement of our arms and torso.” This insight is crucial, as it underlines a fundamental aspect of human communication that is often overlooked in robotic design.
### Transforming Robotics with Emotional Intelligence
Warner’s journey to create emotionally intelligent robots began during his tenure at the AI research lab Midjourney. It became clear that many AI models lacked the necessary spatial reasoning to understand real-world dynamics effectively. This realization prompted Warner to consider how physiological states—essentially the emotional undercurrents that accompany human behavior—could enhance robotic capabilities.
Currently, most robots operate on a straightforward model: from observation to action, skipping what Warner refers to as the “B step.” This missing link represents the complex emotional and physiological states that humans possess. Warner asserts that without these capabilities, robots will struggle to communicate in ways that feel natural to humans.
### Innovative Research and Development
Warner’s research journey began with fMRI data to measure brain activity but quickly shifted to using polygraph (lie detector) tests. This pivot proved fruitful, as he discovered that sweat data could provide insights into emotional states. His rapid results have established a foundation for the emotional models that Intempus is creating.
In addition to sweat data, Warner is now exploring other physiological metrics, such as body temperature, heart rate, and photoplethysmography. This multifaceted approach aims to create a robust understanding of how humans express emotions, which can be translated into robotic behaviors.
### Launching Intempus
Founded in September 2024, Intempus has dedicated its early months to rigorous research. Warner has spent this crucial time building the technological backbone necessary for these emotional capabilities while actively engaging potential customers. As of now, the startup has already partnered with seven enterprise robotics firms, underlining its growing influence within the industry.
In a significant boost to his entrepreneurial journey, Warner is part of Peter Thiel’s Thiel Fellowship program, which provides young innovators with $200,000 over two years to fully commit to their startups. This support is expected to catalyze further advancements at Intempus, accelerating the journey to market-ready technology.
### The Path Forward
Looking ahead, Warner’s immediate goal is to expand his team. Until now, he has operated as a one-person show, but the trajectory of Intempus calls for a broader skill set. Hiring talent will be pivotal as the company prepares to put its technology in front of users for testing.
While the current focus is on retrofitting existing robots, Warner remains open to the idea of developing entirely new emotionally intelligent robots in the future. “I want someone to come in and just understand that this robot is a joyful robot,” he says, emphasizing his commitment to convey emotions and intent effectively.
Warner’s ambitions for Intempus are clear, and the next four to six months will be crucial in proving that emotional intelligence in robots is not just an idea but a tangible reality.
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