Simulation
Cirque
Your site’s chaos, rehearsed in a walled-in world, then transferred to the real robot.
In plain terms: the robot practices your job thousands of times in a digital copy of your site, with things going wrong on purpose.
A robotic work cell configured for your job, on our AGV or any Genie scissor or boom lift. One software backend runs them all.
Now in pre-release: robotic coating for large structures
The same work cell and software on every unit, mounted on the platform that reaches your work.

Floors, slabs and shop floors.

Ceilings, hull sides and overhead work.

Ship exteriors, façades and tall steel.
Built in partnership with Genie. Together we’ve integrated the Raise work cell with Genie scissor and boom lifts.
Coat / Mark / Drill / Fasten / Scan / Yours
Every platform can be configured for hazardous locations: Class I, Division 2 in North America and ATEX Zone 2 in Europe.
Now in pre-release
Your painters run it from the ground while the robot coats hulls, tanks and steel at height. Early access is open for contractors with large lift fleets.
Industry estimates. Corrosion cost: NACE International IMPACT study, 2016.
One software backend for every tool, platform and industry. What’s proven in simulation carries over to your site.
Simulation
Your site’s chaos, rehearsed in a walled-in world, then transferred to the real robot.
In plain terms: the robot practices your job thousands of times in a digital copy of your site, with things going wrong on purpose.
Intelligence
The intelligence that does the climb, point by point.
In plain terms: the robot’s brain on site. It follows the plan, checks what’s really there and adjusts, always inside its safety limits.
Data handling, including where your models and scans are stored, is set up to match your security and IT requirements.
Each unit is configured for one of these, and runs from your CAD, BIM or ship model.
Hulls, tanks and large exteriors.
Layout printed from BIM, ±3 mm.
Anchors and penetrations, every hole logged.
Curtain wall embeds at the slab edge.
As-built geometry with a QA/QC record.
New applications on the same platform.
Your crew operates the work cell. It takes the dangerous, repetitive part of the job.
The robot works at height and in the spray zone. Your crew runs it from the ground.
We train and certify your people, then support them directly.
Operators plan, run and check robotic work. Same crew, new role.
E-stop, 360° perception and speed-limited zones.
Where you start depends on whether your application exists yet.
Adopt
It’s already deployed.
Buy or lease a proven application: mark, drill, fasten or scan.
Start with Adopt →Adapt
It’s proven, but your parts differ.
We fit a proven application to your materials, geometry or site. Coating for large lift fleets starts here.
Start with Adapt →Develop
It doesn’t exist yet.
Customer-funded development (NRE), weeks to months depending on the engineering.
Start with Develop →Our forward-deployed engineers (FDE) scope your automation needs on site and recommend a path.
Sold direct, business to business. Your crew operates; we train, certify and support them.
Also sold on its own
The mobile base under our work cell, available for your own robot or for material transport. From $40,000 USD, lease options available.
Slab edges, steel pipe and floor layout. Different jobs, same work cell platform.
“When doing layout by hand we saw $100,000 to $130,000 worth of rework. Raise Robotics prevented similar issues on the remaining floors.”Pierce Torrance, Sr. Project Manager, JR Butler · St. Jude Children’s Research Hospital











Posts, reshares and news from the Raise Robotics LinkedIn page.
Post
Six months of work with Genie to extend the Raise work cell onto Genie scissor and boom lifts, with the Genie × Raise Robotics film.
Read on LinkedIn →Reshare · Rishabh Aggarwal, CTO
Rishabh’s piece for Engineering News-Record on what it really takes to scale autonomy on live sites.
Read on LinkedIn →Reshare · BuiltWorlds
BuiltWorlds’ annual list, built from survey data, industry research, member feedback and case studies.
Read on LinkedIn →Post
Kenrick Tjandra at the IEEE ICRA LoWi Workshop, on how to prepare a robot for every new deployment.
Read on LinkedIn →An engineer will reply with where you’d start.