At Formecha Robotics our mission is to provide robotic systems with the capability to undertake real-world tasks at a price that is affordable to all businesses, no matter how small.
To push the limits on the cost of hardware, our robots are constructed, as much as possible, from highly commoditized inexpensive components, repurposed from other applications and by employing machine learning algorithms that enable the robots to interpret and respond to their environment, we are able to reduce the complexity of operation and control.
By eliminating the cost barrier and reducing the complexity of operation, we aim to move robotics out of the exclusive domain of big enterprise and put them into the hands of small to mediums size businesses, new industries and enthusiasts.
Our intention is to target multiple industries, some of which are in the early stages of deploying robotics or have not yet done so, with particular focus on service, logistics, medical, construction, mining, aerospace and space.
The history of the home computer shows us that putting a powerful tool into the reach of the population-at-large can have a transformative impact on society, unleashing a wave of innovation and creativity that results in applications that were undreamt of, creating whole new industries and enormous wealth. We don't believe there is any danger of robots creating a world of unemployment, rather just the opposite, they have the potential to free us from the jobs that we don't want to do and empower us to do things that were only dreamt of in science fiction, creating new jobs and a new and better world.
Daniel Smith
CEO and Chief Engineer
Company founder and chief of engineering, previously worked in leading engineering roles, primarily developing systems in the Financial technology industry. Also a co-founder of Ninki an early crypto-currency start-up. Holds a PhD in physics from Imperial College London and participated in detector construction and data analysis at the Stanford Linear Accelerator Center. Passionate about AI and robotics.
To push the limits on the cost of hardware, our robots are constructed, as much as possible, from highly commoditized inexpensive components, repurposed from other applications and by employing machine learning algorithms that enable the robots to interpret and respond to their environment, we are able to reduce the complexity of operation and control.
By eliminating the cost barrier and reducing the complexity of operation, we aim to move robotics out of the exclusive domain of big enterprise and put them into the hands of small to mediums size businesses, new industries and enthusiasts.
Our intention is to target multiple industries, some of which are in the early stages of deploying robotics or have not yet done so, with particular focus on service, logistics, medical, construction, mining, aerospace and space.
The history of the home computer shows us that putting a powerful tool into the reach of the population-at-large can have a transformative impact on society, unleashing a wave of innovation and creativity that results in applications that were undreamt of, creating whole new industries and enormous wealth. We don't believe there is any danger of robots creating a world of unemployment, rather just the opposite, they have the potential to free us from the jobs that we don't want to do and empower us to do things that were only dreamt of in science fiction, creating new jobs and a new and better world.
CEO and Chief Engineer
