Bedrock Robotics

Bedrock reports excavators operating fully autonomously on active commercial job sites and provides a named Sundt project-manager account of autonomous repetitive truck loading freeing skilled workers for specialized tasks.

Bedrock deploys autonomy on existing construction equipment and reports tens of thousands of field hours; its excavators have completed large-scale earthmoving work on active projects.

Bedrock deploys autonomy on existing construction equipment and reports tens of thousands of field hours; its excavators have completed large-scale earthmoving work on active projects.

Bedrock's August 2026 release describes a retrofit sensor and compute suite with an end-to-end model for perception, motion planning and execution after a site manager defines a plan. It states that machines stop automatically when a person or unauthorized object approaches, resuming after clearance. This concrete autonomy boundary and safety behavior are supplier claims, not an independently verified safety rate.

Bedrock applies large-scale machine learning, environmental understanding, adaptive autonomy and safety-critical robotics to autonomous heavy equipment operating in unpredictable construction environments.

Bedrock applies large-scale machine learning, environmental understanding, adaptive autonomy and safety-critical robotics to autonomous heavy equipment operating in unpredictable construction environments.

Bedrock identifies operating, finance, robotics, program-management, people, product and legal leadership alongside its CEO, CTO and engineering leadership.

Bedrock has raised substantial funding, including a $270M Series B, and is building autonomous fleets with a team drawing on large-scale self-driving and robotics deployment experience.

Bedrock has raised substantial funding, including a $270M Series B, and is building autonomous fleets with a team drawing on large-scale self-driving and robotics deployment experience.

Bedrock's launch article describes retrofitting existing heavy equipment with sensors and compute rather than building new machines, and reports machines operating at test sites and with four construction partners across four US states.

Bedrock work spans autonomous vehicles, safety-critical robotics, perception, machine learning, heavy-equipment control and real-world deployment, skills that transfer broadly across physical-AI employers.

Bedrock work spans autonomous vehicles, safety-critical robotics, perception, machine learning, heavy-equipment control and real-world deployment, skills that transfer broadly across physical-AI employers.