History

2017

Intro to robotics

  • First year university 3 of us connected, started working on various robotics projects and really falling in love
  • Less lectures, more hands on experiments 
  • Made robotic arms, rovers, electric skateboards, agvs
Learnings: Everything from mechanical design, to ROS to embedded systems

2018

Working with McMaster to build a ‘smart factory’

  • McMaster had seen the various projects we worked on, and contracted us to work on North America's first industry 4.0. 
  • A futuristic factory, showcasing a future of “flexible automation” 
  • Led by Dr Ishwar Singh 
  • We worked on IoT boards, robotic arms, CNC automation, motor winding stations and more.
Learnings: Dove deeper into industry automation, vision processing systems, and industrial robotics

2019

Autonomous Vehicles & Smart Cities


  • Continued to do contract work while going to school, helping fund our robotics passion projects 
  • Built our university’s first autonomous vehicle (golf cart turned self driving shuttle)
  • Experimented with “edge nodes”, infrastructure mounted sensors to support smart shuttles 
  • Autonomous robotic charging systems
Learnings:
- Autonomous navigation systems
- Path planning / mapping algorithms
- Sensor fusion, mixing lidar / radar / cameras

2020

Robotic deep dive, looking to commercialize


  • Wanted to take things to the next level by productizing on a robot 
  • Explored quadrupeds, drones, robotic arms, robotic teaching kits and eventually cinema motion control systems

2021 - 2024

Robotic deep dive, looking to commercialize


  • Launched Axibo Cinema, creating advanced, low cost robotic systems for the cinema world 
  • Developed a deep partnership with Netflix working on volumetric capture technology
Learnings:
- Bootstraped company to $10M revenue
- Manufacturing real world products
- Scaling a business
- In house manufacturing
- Cost optimized designs

2025

Back to our first love


  • Raised 11m from investors
  • Providing 1m of our own capital 
  • All in on humanoid robotics