Atoms, the company founded by Uber co-founder Travis Kalanick, has publicly outlined a sweeping vision to transform major industries by automating the physical world through specialized robotics and AI systems.
The company, previously operating as City Storage Systems, is repositioning itself around what it calls “atoms-based computation,” an approach that treats physical infrastructure and machines like programmable systems. The goal is to digitize industries that involve moving, growing, mining, manufacturing, and transporting physical goods.
Kalanick describes the effort as his life’s work after leaving Uber in 2017. Following that departure, he began building City Storage Systems, focusing on real estate and logistics infrastructure. The company’s early platform centered on “food computers,” which combined manufacturing, real estate, and logistics to streamline food production and delivery.
Now rebranded as Atoms, the company is expanding into additional industrial sectors, including mining and transportation. Its strategy revolves around building “gainfully employed robots,” or specialized robotic systems designed for specific high-productivity tasks rather than generalized humanoid robots.
Atoms’ platform is organized into several infrastructure layers. Atoms Food focuses on digitized infrastructure for food production. Atoms Mining aims to improve the productivity of mining operations that supply materials critical to global industry. Atoms Transport is designed to create the robotic “wheelbase” and logistics systems that move goods and machines across industrial environments.
The company argues that the next major technological era will come from autonomy in the physical world. While software has automated many cognitive tasks involving language and mathematics, most physical labor remains only partially automated. Atoms believes that the convergence of AI, robotics, sensors, manufacturing, and energy systems will eventually allow machines to operate factories, mines, and logistics networks with minimal human intervention.
According to the company’s framework, digitizing the physical world requires three capabilities: understanding the current state of the environment through sensors, predicting how that environment will evolve, and controlling future outcomes through automated systems.
Atoms also emphasizes the importance of land, real estate development, and access to materials such as minerals and energy resources as foundational inputs for physical AI systems. The company argues that the production of machines capable of building other machines will eventually drive dramatic improvements in industrial productivity.
Rather than focusing on humanoid robots designed to mimic human movement, Atoms advocates specialized machines engineered for particular industrial tasks. The company argues that such systems can operate faster, more efficiently, and at greater scale than general-purpose humanoid robots in controlled environments.
The broader vision is a future where manufacturing plants, supply chains, and delivery networks operate autonomously. In that scenario, the cost of producing goods would be largely reduced to raw materials and energy, while software-driven machines continually optimize productivity.
Atoms describes the long-term destination as an era of unprecedented abundance powered by physical AI systems that continuously improve themselves through software and computation.
KEY QUOTES
“I often get the question from entrepreneurs or executives, ‘What should I do next?'”
“My answer has always been ‘become deeply self aware and when the right thing comes, you will know it. If you know yourself, your next thing, your new idea, your work soulmate will reveal itself.'”
“When I told my friends, family and colleagues about my plans for what was next, they were really excited that I was ‘coming back.'”
“The thing is, I never left.”
Travis Kalanick — Founder, Atoms
