Vision Memo

Robotics will become one of the defining technologies of the 21st century. As AI continues to expand through the world of bits, the world of atoms has remained largely untouched.

Over the next several years, robots will be deployed into the real world, performing increasingly useful work while freeing up humanity's time.

These robots will no longer be limited to hyper-specialized machines performing a single repetitive task. While those systems will continue to expand, recent advances in AI are enabling far more generalizable robotic behavior in the real world.

Vulcan Robotics is building home robots designed to provide real value. Our initial focus is on the mundane but necessary household tasks every family faces. We aim to automate chores such as laundry, cleaning, and organizing through affordable robotic helpers designed for the home.

How many hours of your life have been spent doing laundry, dishes, cleaning, or other household chores that simply need to get done?

The answer is probably far more than you think. For most families, it adds up to hundreds of hours every year. Across the United States alone, that translates into well over 100 billion hours annually spent on basic household chores.

When you see just how much human time is consumed by repetitive household work, it becomes clear this is one of the most valuable problems robotics will solve in the 21st century.

There has never been a better time to build robotics and physical AI.

As little as 1 year ago, the technology required to build competent home robots simply did not exist.

The AI systems were not capable enough, compute was too expensive, and robotics software stacks were too immature for real-world deployment.

This technological window is what makes the current moment in robotics so important.

When starting a company, you want to build something that simply was not possible before.

The initial market wedge is critical. Internally, we often say we are building a robot to perform the minimum viable useful task.

We are laser focused on solving the first household task that will provide real value to people. We believe laundry is that starting point.

Our goal is to build a robot capable of consistently folding a stack of laundry and use that wedge to deploy real robots into real homes.

In parallel, we are also pursuing an open-source mobile manipulator development platform so researchers, developers, and labs can build on top of our systems.

Our initial product strategy centers on the simple idea that we want to build an affordable home robot that can complete a minimum viable useful task.

When we say affordable, we do not mean a $10,000 to $30,000 machine that is too dangerous to be around people.

When we say affordable, we mean actually affordable. With that in mind, our target was to design the robot to cost less than $2000 while still being capable enough to perform meaningful real-world tasks.

The technical approach behind our robot is a direct result of our product strategy. Every major engineering decision is shaped by the goal of building a functioning, affordable, and deployable home robot at scale.

The arm actuators must be capable yet inexpensive, the compute systems must remain accessible and cost-efficient, the battery must be modest yet reliable, and the mobility system must support practical omnidirectional movement inside real homes.

Fundamentally, Vulcan Robotics is a robotics data and deployment company. We believe the two primary long-term moats in home robotics are a robotics data flywheel and a robotics deployment flywheel.

As our robots become more capable, affordability allows us to deploy systems at greater scale and gather increasing amounts of real-world interaction data. This creates a positive feedback loop where improved robotic intelligence enables broader deployment, which in turn generates even more data to continuously improve the system over time.

Competitors will face a dramatically more difficult challenge breaking into the market because they will not have access to the same scale of real-world robotics deployment data.

Robotics and physical AI will extend far beyond the home. Over time, these systems will move into hotels, warehouses, construction sites, manufacturing facilities, and countless other real-world environments.

At its core, Vulcan Robotics is building a generalizable physical AI system alongside the hardware required to deploy it into the real world.

The ceiling for what humanity can accomplish with sufficiently capable robotics is incredibly high. It is not unrealistic to imagine a future where robotic systems developed by Vulcan Robotics help build infrastructure on the Moon, Mars, and beyond.

We believe robotics and physical AI will become one of the defining technologies shaping the next era of human civilization.