BotBuilt develops robotic systems for residential construction, targeting a $600 billion industry facing labor shortages and efficiency constraints. The company's approach combines software and hardware engineering to automate homebuilding processes, with particular focus on framing operations. Their systems have already delivered framing components for multiple houses, working in partnership with traditional home builders to integrate automation into existing construction workflows.
The technical challenge centers on building flexible robotic systems that can operate in the variable conditions of construction sites while maintaining the precision required for residential framing. The engineering stack spans computer vision, SLAM, motion planning, and MLOps, implemented primarily in C++ and Python. Unlike fixed-position industrial robots, these systems must handle the spatial variability and environmental constraints inherent to construction, requiring robust perception and adaptive motion planning capabilities.
The company's robotics work addresses several concurrent objectives: improving construction speed and precision, reducing workplace safety risks, and lowering costs to address housing affordability. Led by CEO Brent Wadas, the team's technical domains include robotics, automation, AI, computer vision, and rapid prototyping, with emphasis on hardware-software integration for construction environments. The systems are designed to augment rather than replace existing builder processes, focusing on practical deployment constraints and proven field performance over theoretical capabilities.