Bedrock
AI startup automating excavators and other construction equipment.
Website: https://bedrockrobotics.com
Cover Block
PUBLIC
| Field | Value |
|---|---|
| Name | Bedrock Robotics |
| Tagline | AI startup automating excavators and other construction equipment |
| Headquarters | San Francisco, California |
| Founded | 2024 |
| Stage | Series B |
| Business Model | B2B |
| Industry | Construction Technology / Industrial Automation |
| Technology Type | AI / Machine Learning, Autonomous Systems |
| Geography | North America |
| Growth Profile | Venture Scale |
| Founding Team | Repeat Founder (ex-Waymo, ex-Anki) |
| Funding Label | $100M+ |
| Total Disclosed | ~$350,000,000 across two announced rounds |
Links
PUBLIC
- Website: https://bedrockrobotics.com
- LinkedIn (founder, CEO Boris Sofman context): https://www.linkedin.com/in/tomeliaz/
Executive Summary
PUBLIC
Bedrock Robotics is a two-year-old San Francisco company applying autonomy software to existing heavy construction equipment, beginning with large excavators. It has attracted roughly $350 million in announced funding inside eighteen months [The New York Times, Feb 2026] [RoboticsTomorrow, Jul 2025]. The company was founded in 2024 by Boris Sofman, formerly head of Waymo's trucking program and previously the founder of consumer robotics company Anki, alongside fellow Waymo alumni Ajay Gummalla and Kevin Peterson, and engineering leader Tom Eliaz, who helped scale Segment through its $3.2 billion acquisition by Twilio [Forbes, Jul 2025] [C4 Ventures, 2026]. Rather than building new machines, Bedrock retrofits sensors, compute, and software onto existing excavators so the equipment can perform earthmoving work under supervised autonomy, freeing skilled operators for more complex tasks [The Robot Report, 2026] [Bedrock Robotics, 2026]. The company emerged from stealth in July 2025 with $80 million led by Eclipse and 8VC, then announced a $270 million round in February 2026 led by CapitalG and the Valor Atreides AI Fund, with participation from Emergence Capital, Two Sigma Ventures, Xora, and others [RoboticsTomorrow, Jul 2025] [The New York Times, Feb 2026]. The most concrete commercial proof point to date is a supervised autonomy deployment with general contractor Sundt Construction on a 130-acre manufacturing site in Phoenix, Arizona, where Bedrock has reported moving more than 65,000 cubic yards of earth [Equipment World, 2026]. Over the next twelve to eighteen months, the watch items are straightforward: conversion of supervised pilots into unsupervised commercial contracts, the breadth of OEM equipment compatibility beyond the initial excavator class, and whether the team can recruit and retain the field service organization that heavy-equipment customers will require.
Data Accuracy: GREEN -- Confirmed by The New York Times, Forbes, RoboticsTomorrow, Equipment World, and the company's own announcements.
Taxonomy Snapshot
| Axis | Value |
|---|---|
| Stage | Series B (announced Feb 2026) |
| Business Model | B2B, sold to construction contractors and earthmoving operators |
| Industry / Vertical | Construction technology, industrial automation |
| Technology Type | AI / ML, computer vision, autonomous control of heavy equipment |
| Geography | North America (HQ San Francisco; pilots in Arizona) |
| Growth Profile | Venture scale, deep-tech capital intensity |
| Founding Team | Repeat founder (Sofman / Anki), ex-Waymo engineering core |
| Funding | ~$350M disclosed across two rounds |
Company Overview
PUBLIC
Bedrock Robotics was founded in 2024 in San Francisco by a group whose resumes cluster heavily around Alphabet's autonomy programs. Boris Sofman, the chief executive, ran the trucking division at Waymo before leaving to start Bedrock, and earlier in his career founded consumer robotics company Anki after completing a PhD in robotics at Carnegie Mellon University [Reddit, 2026] [Joel on the Beach Podcast, 2026]. He was joined by Ajay Gummalla, who spent seven years as a director of systems and programs at Waymo and thirteen years before that as a hardware technical lead at Google, and by Kevin Peterson, also a Waymo veteran, now serving as chief technology officer [Equipment World, 2025] [LinkedIn, 2026]. Tom Eliaz, who helped scale Segment's engineering systems through its $3.2 billion acquisition by Twilio, rounds out the founding team as a vice president of engineering [C4 Ventures, 2026] [LinkedIn, 2026].
The company spent roughly a year operating in stealth before announcing itself publicly in July 2025 with an $80 million round led by Eclipse and 8VC, joined by Two Sigma Ventures, Emergence Capital, and Valor Equity Partners, among others [RoboticsTomorrow, Jul 2025] [Forbes, Jul 2025]. Approximately seven months later, in February 2026, Bedrock disclosed a $270 million round led by CapitalG (Alphabet's growth fund) and the Valor Atreides AI Fund, a remarkably compressed financing cadence for a company of its age [The New York Times, Feb 2026] [Construction Dive, Feb 2026]. The company has also built out an executive bench beyond its founders, including chief operating officer Laurent Hautefeuille, vice president of finance Bryan Hammes, head of operations Steve Lin, and head of robotics Matthieu Guilbert [Bedrock Robotics, 2026].
The operational milestone the company has chosen to lead with is its work with general contractor Sundt Construction on a 130-acre manufacturing facility site in Phoenix, Arizona. Bedrock describes this as the industry's largest known supervised autonomy deployment for mass excavation, with more than 65,000 cubic yards of earth moved [Equipment World, 2026] [Engineering News-Record, 2026]. A separate February 2026 announcement framed the broader testing program as the company's first formal step toward commercialization [PR Newswire, 2026].
Data Accuracy: GREEN -- Confirmed by The New York Times, Forbes, Equipment World, and Engineering News-Record.
Product and Technology
MIXED
Bedrock's product, in the company's own description, "transforms existing construction equipment into autonomous machines that work with superhuman precision and safety using sensors, compute, and software" [Bedrock Robotics, 2026]. The deliberate choice to retrofit rather than manufacture is meaningful: the addressable fleet of in-service excavators, dozers, and graders is enormous, and customers (construction contractors) are accustomed to financing equipment over long depreciation cycles. By selling an upgrade kit and the autonomy stack rather than a new vehicle, Bedrock sidesteps the capital-intensive path that has slowed several earlier industrial-autonomy entrants.
The first commercial focus is mass excavation, the earthmoving work that opens nearly every large construction project. The company has framed the value proposition as freeing skilled human operators for complex tasks while machines handle the repetitive, high-volume earth-moving work [The Robot Report, 2026]. The Sundt deployment in Phoenix is the most detailed public reference: a 130-acre site, the company's own claim of "the industry's largest-known supervised autonomy deployment for mass excavation," and roughly 65,000 cubic yards of material moved as of the February 2026 update [Equipment World, 2026]. Supervised autonomy means a qualified human remains in the loop; it is the standard intermediate step between teleoperation and fully unsupervised operation in heavy-equipment autonomy, and it is consistent with the cautious deployment posture the founding team brought from Waymo's trucking program.
Public information on the underlying stack is limited. The company references sensors, compute, and software as the three integrated layers, which is consistent with the perception, planning, and control architecture standard in autonomous-vehicle work [Bedrock Robotics, 2026]. The press has not disclosed which specific OEM excavator models have been integrated, what proportion of the work in Phoenix is performed without operator intervention, or what the unit economics of a retrofit kit look like. Investors evaluating the technology should request these specifics directly; they are not in the public record as of this writing.
Data Accuracy: YELLOW -- Product positioning confirmed by Bedrock Robotics, The Robot Report, and Equipment World; technical architecture details remain undisclosed.
Market Research and Opportunity
PUBLIC
Construction is one of the largest sectors in the global economy and one of the least automated, which is the structural reason a company like Bedrock can attract $270 million in a single round inside two years of existence. The U.S. construction industry has faced persistent skilled-labor shortages and rising project costs, conditions that have pushed contractors to reconsider equipment automation as a productivity lever rather than a science project. Construction Dive, covering Bedrock's Series B, framed the round as a marker of "a red-hot AI sector" intersecting with construction [Construction Dive, Feb 2026].
Third-party market sizing specific to autonomous heavy construction equipment was not surfaced in the cited research, and this report will not invent one. What the cited coverage does establish is the demand-side logic: contractors are looking for ways to extend the productive hours of skilled operators, reduce idle time on large earthworks, and improve safety on sites where heavy equipment is the leading source of fatal incidents. Forbes' July 2025 profile framed the opportunity as automating "self-driving dirt diggers" for a sector that has historically lagged automotive and warehouse robotics by a decade or more [Forbes, Jul 2025].
The most relevant adjacent and substitute markets are mining autonomy (Caterpillar, Komatsu, and Sandvik have run autonomous haul-truck fleets for years in Australian iron ore operations), warehouse and logistics robotics, and the broader autonomous-trucking category from which Bedrock's founders came. Each of these adjacencies offers a partial template: mining autonomy has shown that supervised-then-unsupervised operation can produce real productivity gains in repetitive, geofenced environments, while autonomous trucking has illustrated how long the gap between demonstration and unsupervised commercial revenue can be.
Regulatory and macro forces are mostly tailwinds. There is no federal regulator analogous to NHTSA gating excavator autonomy on private construction sites, which means deployment can scale on customer-by-customer terms rather than requiring jurisdictional approvals. The macroeconomic backdrop, infrastructure spending under successive U.S. administrations and continued private nonresidential construction, supports demand for higher-throughput earthmoving.
| Sizing claim | Value | Source |
|---|---|---|
| Bedrock Series B (Feb 2026) | $270M | [The New York Times, Feb 2026] |
| Bedrock initial round (Jul 2025) | $80M | [RoboticsTomorrow, Jul 2025] |
| Reported Phoenix project earth moved | 65,000+ cubic yards | [Equipment World, 2026] |
The publicly verifiable numbers in this category cluster around Bedrock's own funding and a single deployment metric. That is normal for a category this early, but it means investors are underwriting a market thesis that has more qualitative than quantitative support today.
Data Accuracy: YELLOW -- Funding and project metrics confirmed by The New York Times, RoboticsTomorrow, and Equipment World; broader TAM data not publicly available from a named third-party report.
Competitive Landscape
MIXED
Bedrock is positioned as a software-and-retrofit company in a category whose other entrants split between retrofit specialists and OEM-led automation programs.
| Company | Positioning | Stage / Funding | Notable Differentiator |
|---|---|---|---|
| Bedrock Robotics | Retrofit autonomy for excavators and earthmoving equipment | Series B, ~$350M disclosed | Ex-Waymo founding team, supervised autonomy at 130-acre site with Sundt |
| Built Robotics | Retrofit autonomy for excavators, dozers, and other heavy equipment | Earlier-stage venture-backed, multiple prior rounds | Longest operating history in the U.S. construction-autonomy retrofit category |
| SafeAI | Retrofit autonomy for mining and construction equipment | Venture-backed | Cross-industry focus spanning mining and construction |
The most direct comparable is Built Robotics, which has been pursuing the same retrofit-the-existing-fleet thesis for several years and has accumulated field deployments and contractor relationships that Bedrock will need to match. SafeAI plays a similar game but with more emphasis on mining, where the customer profile and the duty cycle differ meaningfully from urban or suburban construction. Beyond these direct retrofit peers, the OEMs themselves (Caterpillar, Komatsu, Volvo CE, Hitachi, John Deere) all have internal autonomy programs of varying maturity and the unique advantage of selling the underlying machine. Mining-autonomy incumbents (Komatsu's FrontRunner, Caterpillar's Cat Command) demonstrate that an OEM-led autonomy product can scale to fleets of hundreds of vehicles when the customer environment cooperates.
Bedrock's defensible edge today rests on three things. First, talent density: a founding team that shipped commercial autonomy at Waymo, including the trucking program that grappled with the same heavy-vehicle physics and safety case methodology that excavators require, is genuinely scarce. Second, capital: $270 million in a single round buys multiple years of runway to convert pilots into recurring contracts, which is the chokepoint that has slowed retrofit-only competitors. Third, the early Sundt relationship, which provides both a reference deployment and a feedback loop with a tier-one general contractor [Equipment World, 2026]. Whether these edges are durable depends on execution: talent can be replicated by well-funded competitors, capital advantages compress as later rounds repriced the category, and contractor relationships are non-exclusive.
The most plausible exposure is on two fronts. The OEMs control the vehicle, the dealer network, and the parts-and-service relationship that contractors rely on, and any OEM that decides to embed autonomy as a factory option (or to acquire a retrofit player to do so) compresses the long-term standalone opportunity for retrofit specialists. Built Robotics has a multi-year head start on field hours and customer references, which matters in a category where contractors will buy from whoever can show the longest reliable operating record on equipment they recognize.
An eighteen-month scenario: the winner if supervised autonomy converts cleanly into unsupervised commercial revenue across two or three new general-contractor accounts is Bedrock, because the capital and team can outpace Built on R&D velocity. The loser if a major OEM announces a factory-integrated autonomy package on a popular excavator class is the entire retrofit category, Bedrock included, because contractors will default to the warranty-backed OEM offering for new-fleet purchases.
Opportunity
PUBLIC
If Bedrock executes, it could become the default autonomy software layer for North American earthmoving, a position with structural similarities to what Mobileye built in automotive ADAS before the OEMs caught up.
The headline opportunity. The single largest plausible outcome for Bedrock is to become the standard autonomy stack that runs on top of the existing installed base of construction excavators and, eventually, dozers and graders. The retrofit-first posture is what makes this reachable rather than aspirational: every excavator already in a contractor's yard is a potential unit of demand without requiring fleet replacement. Bedrock has the founding pedigree, the capital base ($270M Series B led by CapitalG and Valor Atreides AI Fund), and an active contractor reference (Sundt, Phoenix, 65,000+ cubic yards moved) that together make the path from pilot to platform credible rather than theoretical [The New York Times, Feb 2026] [Equipment World, 2026].
Growth scenarios.
| Scenario | What happens | Catalyst | Why it's plausible |
|---|---|---|---|
| General-contractor land and expand | Bedrock converts the Sundt relationship into a standardized contract and signs two to three additional ENR-top-100 contractors | Public case study from the Phoenix project translating into pre-bid commitments on subsequent earthworks | The Sundt deployment is already framed as the largest of its kind by Equipment World, giving sales a credible reference [Equipment World, 2026] |
| OEM partnership or licensing | A major equipment OEM licenses Bedrock's stack as a factory or dealer-installed option | A strategic investment or commercial agreement following the Series B; CapitalG's involvement provides Alphabet-network introductions | CapitalG has historically supported portfolio companies into enterprise channel deals [The New York Times, Feb 2026] |
| Adjacent vertical expansion | The autonomy stack ports from construction excavation into mining, quarrying, or large-scale solar and data-center site preparation | A pilot announcement in mining or with a hyperscale data-center developer | The team's autonomy-vehicle background ports across heavy-equipment categories; the underlying perception and planning stack is largely category-agnostic [Forbes, Jul 2025] |
What compounding looks like. The flywheel for an autonomy company in this category is data and reference accounts. Every additional hour of supervised operation across a wider variety of soil conditions, weather, and machine configurations improves the planning and perception stack, which raises the bar for any later entrant trying to start from zero. Each named contractor reference reduces the sales cycle for the next, because construction is a relationship-driven industry where general contractors share notes on what works. The Sundt deployment is the first visible turn of this flywheel; the next two contractor wins will be the test of whether it actually compounds [Equipment World, 2026] [PR Newswire, 2026].
The size of the win. A direct public-market comparable for construction-autonomy software does not yet exist, which is part of why the category is interesting. The closest analog is the autonomy-software thesis applied to other heavy-vehicle categories; in mining, OEM-embedded autonomy has been a meaningful contributor to Caterpillar's and Komatsu's product differentiation for more than a decade. If Bedrock becomes the third-party autonomy standard in construction earthmoving (scenario, not a forecast), the comparable outcome is a category-defining infrastructure company whose value accrues to the software layer rather than to the vehicle. The $270 million Series B implies investors are already underwriting a multi-billion-dollar outcome; the question for follow-on capital is whether the next eighteen months produce the named contractor wins required to justify it [Construction Dive, Feb 2026].
Data Accuracy: YELLOW -- Funding and deployment evidence confirmed by The New York Times, Equipment World, Construction Dive, and PR Newswire; outcome scenarios are explicitly labeled as scenarios rather than forecasts.
Sources
PUBLIC
[The New York Times, Feb 2026] Bedrock, an A.I. Start-Up for Construction, Raises $270 Million | https://www.nytimes.com/2026/02/04/business/dealbook/bedrock-robotics-ai-fundraise.html
[Reddit, 2026] r/SelfDrivingCars: Bedrock, an A.I. Start-Up for Construction, Raises $270 Million | https://www.reddit.com/r/SelfDrivingCars/comments/1qvr5ul/bedrock_an_ai_startup_for_construction_raises_270/
[Forbes, Jul 2025] Waymo Vets Are Automating Construction Sites With Self-Driving Dirt Diggers | https://www.forbes.com/sites/alanohnsman/2025/07/16/waymo-vets-are-automating-construction-sites-with-self-driving-dirt-diggers/
[PR Newswire, 2026] Bedrock Robotics Announces Supervised Autonomy Testing on Active Construction Sites | https://www.prnewswire.com/news-releases/bedrock-robotics-announces-supervised-autonomy-testing-on-active-construction-sites-in-move-towards-commercialization-302617799.html
[RoboticsTomorrow, Jul 2025] Bedrock Robotics Emerges from Stealth with $80M in Funding | https://www.roboticstomorrow.com/story/2025/07/bedrock-robotics-emerges-from-stealth-with-80m-in-funding-for-autonomous-construction-technology/25194/
[Bedrock Robotics, 2026] Introducing Bedrock Robotics | https://bedrockrobotics.com/news/introducing-bedrock-robotics
[The Robot Report, 2026] Bedrock Robotics announces autonomous excavation milestone | https://www.therobotreport.com/bedrock-robotics-announces-autonomous-excavation-milestone/
[Engineering News-Record, 2026] Bedrock Robotics Moves Earth with Autonomous Excavators | https://www.enr.com/articles/62211-bedrock-robotics-moves-earth-with-autonomous-excavators
[Equipment World, 2026] Bedrock Robotics Leads Major Autonomous Excavation Push | https://www.equipmentworld.com/equipment-controls/autonomous/article/15772863/bedrock-robotics-leads-major-autonomous-excavation-push
[Equipment World, 2025] Bedrock Robotics emerges with $80M for autonomous equipment | https://www.equipmentworld.com/technology/article/15751791/bedrock-robotics-emerges-with-80m-for-autonomous-equipment
[Association for Advancing Automation, Jul 2025] Ex-Waymo Engineers Raise $80M for Autonomous Construction Machinery | https://www.automate.org/industry-insights/ex-waymo-engineers-raise-80m-for-autonomous-construction-machinery
[Construction Dive, Feb 2026] Bedrock Robotics raises $270M in red-hot AI sector | https://www.constructiondive.com/news/bedrock-robotics-raise-ai-automation-funding/811982/
[LinkedIn, 2026] Tom Eliaz - Bedrock Robotics | https://www.linkedin.com/in/tomeliaz/
[Autonocast, 2026] Episode 341: Boris Sofman of Bedrock Robotics | https://open.spotify.com/episode/1QjxLUWxh8QnADqHsnhbpm
[ZoomInfo, 2026] Bedrock Robotics Overview | https://www.zoominfo.com/c/bedrock-robotics-inc/5000067155
Articles about Bedrock
- Bedrock Is Putting Self-Driving Excavators on a 130-Acre Phoenix Dirt Lot — The Waymo-veteran startup raised $270M to retrofit heavy equipment, and Sundt Construction is the first proving ground.