Bedrock Robotics
San Francisco company that retrofits existing excavators with the Bedrock Operator sensor and compute kit so they can perform earthmoving work autonomously under site manager oversight.
Definition
Bedrock Robotics is a San Francisco company founded in 2024 and led by former Waymo engineers. Its product, the Bedrock Operator, is a sensor and compute retrofit (cameras, LiDAR, GPS, onboard computing) installed on existing excavators in a same-day installation without permanent changes to the machine. Once a site manager sets the plan, the system perceives the site, plans motion, and performs tasks such as mass excavation, trenching, grading, and backfilling, and it stops automatically if a person or object comes too close. In August 2026 Bedrock announced fully autonomous excavators operating on live customer sites, including a Nevada water treatment facility with Sundt Construction and a 1.2 million cubic yard sitework project with Zachry Construction. The company raised $270 million in February 2026 after emerging from stealth in July 2025 with $80 million in seed and Series A funding. Bedrock has said it plans to extend autonomy to dozers, loaders, and dump trucks. Pricing is not published; contact the vendor.
In Depth
On heavy civil and site work, excavator hours are often the pacing item, and experienced operators are hard to staff for long shifts. Bedrock Robotics goes after that constraint by retrofitting machines contractors already own. The Bedrock Operator kit adds cameras, LiDAR, GPS, and onboard compute to the excavator in a same-day install, and the machine then works from a plan a site manager sets, digging and loading within a defined zone while people keep driving trucks and running the rest of the site.
The proof points so far are earthmoving-heavy jobs: a water treatment facility in Nevada with Sundt, and a 1.2 million cubic yard sitework project with Zachry, both announced in August 2026 as fully autonomous operation with no operator in the cab. That is a narrow scope by design. Bedrock is an excavator product today, with dozers, loaders, and dump trucks named as future targets rather than shipping machines.
For an equipment manager or project executive weighing it, the useful questions are practical: which makes and tonnage classes are supported on your fleet, how design surfaces and grading plans get loaded, what the exclusion zone and stop behavior look like around crews, how productivity is measured against a human-operated baseline on the same material, and how the hardware fee and software subscription are structured, since pricing is not published.
Examples
A civil contractor retrofits two excavators on a mass grading package and runs autonomous dig-and-load cycles into operator-driven haul trucks
A site manager defines a trench alignment and depth from the design surface, then monitors the autonomous excavator from outside the geofenced work zone
Frequently Asked Questions
Bedrock Robotics is a San Francisco company founded in 2024 and led by former Waymo engineers. Its product, the Bedrock Operator, is a sensor and compute retrofit (cameras, LiDAR, GPS, onboard computing) installed on existing excavators in a same-day installation without permanent changes to the machine. Once a site manager sets the plan, the system perceives the site, plans motion, and performs tasks such as mass excavation, trenching, grading, and backfilling, and it stops automatically if a person or object comes too close. In August 2026 Bedrock announced fully autonomous excavators operating on live customer sites, including a Nevada water treatment facility with Sundt Construction and a 1.2 million cubic yard sitework project with Zachry Construction. The company raised $270 million in February 2026 after emerging from stealth in July 2025 with $80 million in seed and Series A funding. Bedrock has said it plans to extend autonomy to dozers, loaders, and dump trucks. Pricing is not published; contact the vendor.
A civil contractor retrofits two excavators on a mass grading package and runs autonomous dig-and-load cycles into operator-driven haul trucks. A site manager defines a trench alignment and depth from the design surface, then monitors the autonomous excavator from outside the geofenced work zone.
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