Canvas

[SUBSIDIARY]

Service & Cobot Robotics · HQ: San Francisco, CA · Est. 2017 · 1 model registered · 1 deployments

New deploymentRecent press

As of Sep 2026, DEPLOY verifies Canvas: 1 model, 1 deployment across 1 region. 5 sources back the record.

Ownership

SUBSIDIARY

Capital / Funding

Undisclosed

Headquarters

San Francisco, CA

IP / Patents

Undisclosed

Platform Models

1

Audited Incidents

0

Overview

Canvas is a Construction robotics company developing robotic drywall finishing systems for commercial construction projects. Founded by ex-Boston Dynamics engineer Kevin Albert, the company's robot provides level 4 or level 5 drywall finish, addressing labor shortages in the construction industry.

Audited Posture AssessmentPeer Percentile: 62.5%

Clean safety record across 1 verified deployment. Meaningful press and media coverage across the period. Limited public funding data for capital position assessment.

Key Facts

AcquisitionAcquired by JLG Industries (Oshkosh) ~Jan 2026 (NOT by Dusty Robotics).
ProductAutonomous construction layout robot — marks floor plans from digital blueprints
Robot baseMobile base
IndustryConstruction-robotics company
CEOKevin Albert
CTOMaria Telleria
OriginFounded by ex-Boston Dynamics engineer
Recognition2025 Robotics Top 50 (BuiltWorlds)

Safety & Regulatory Posture

0 entries
Audited Incident & Recall Footprint

No incidents on record for Canvas.

Leadership & Founders

4 entries

Current Program Leadership & Executives

Kevin Albertreported, not verified

Founder & CEO

Maria Telleriareported, not verified

CTO & Co-founder

Founding Team

Kevin Albert[Founder]

cofounder

Maria Telleria[Founder]

cofounder

Partnerships & Commercial Deployments

4 entries
Total Tracked2
Operating2
Announced0
Concluded0

Recent Verified Partnerships

  • Partnership

    MOST RECENT

Operator Customers & Fleet Integrators

Canvas - 1 deploymentCanvas

Platform Models

1 entry

Deployments

1 entry

Sectors & Applications

1 entry

FAQ

13 entries
What is Canvas?

Canvas is a Construction robotics company developing robotic drywall finishing systems for commercial construction projects. Founded by ex-Boston Dynamics engineer Kevin Albert, the company's robot provides level 4 or level 5 drywall finish, addressing labor shortages in the construction industry.

What does Canvas make?

Canvas has 1 robot model on the DEPLOY registry: Canvas drywall-finishing robot (Canvas builds both physical robots and the AI that runs them).

Is Canvas publicly traded?

Canvas is not independently listed on public markets; it is part of JLG Industries (Oshkosh on the DEPLOY registry.

Who competes with Canvas?

On the DEPLOY registry, peer companies to Canvas building in the same form factors include Advanced Construction Robotics, PaintJet, Rugged Robotics, Scaled Robotics.

Who is the CEO of Canvas?

Kevin Albert is the ceo of Canvas, per the DEPLOY registry.

How can I invest in Canvas?

Canvas has no separately traded stock; it is owned by JLG Industries (Oshkosh (the parent is the entity that trades, where it is public).

Where is Canvas headquartered?

Canvas is headquartered in San Francisco, CA, USA.

Who owns Canvas?

Canvas is owned by JLG Industries (Oshkosh, per the DEPLOY registry.

Where does Canvas operate robots?

Canvas operates 1 verified deployment, including at Newark.

How many robots has Canvas deployed?

DEPLOY has 1 verified Canvas deployment on record at sites including Newark. That is a count of distinct field deployments each backed by sourced evidence, not a manufacturer's claimed unit total; it updates as new sites are verified.

Is Canvas a top robotics company?

On DEPLOY's intelligence score, which blends verified deployments, funding, hiring, media, safety, and IP signals, Canvas ranks in roughly the top 38% of companies tracked by the registry.

When was Canvas founded?

Canvas was founded in 2017.

Is Canvas safe?

Canvas has no incidents on record in the DEPLOY registry. This does not constitute a safety guarantee; it reflects the incidents DEPLOY has tracked and verified to date.