Commercial robot safety: what actually protects your floor

The short answer: commercial robot safety isn't a spec on the robot — it's three separate things you have to check. Is the robot itself built to work near people (a cobot vs. an industrial arm behind a cage). Is the deployment signed off for your floor, not just dropped in. And is the person who services it actually credentialed, background-checked, and insured to be there. Most buyers only ask the first question. The other two are where robot deployments actually go wrong.

Why "is it safe" is really three questions

A vendor demo answers the easy version of this question: the robot has sensors, it stops for obstacles, it looks careful. That's true of almost every commercial robot on the market today. It's also not the part that determines whether your floor stays safe six months in.

The real questions are:

1. Is this category of robot built to work alongside people, or does it need to be fenced off?
2. Did the deployment get a safety sign-off for your specific floor — your racking, your traffic patterns, your line — or did it ship with a generic setup?
3. Who's allowed to touch it when it breaks, and what happens if they get it wrong?

Skip any of the three and you've bought a robot, not a safe deployment.

1. Not every robot is built the same way around people

The robot category tells you a lot before you even get to the spec sheet.

• Cobots and industrial arms — models like the Universal Robots UR-e line, Standard Bots' RO1, and Doosan's palletizer series — are built as collaborative equipment from the start, meant to share a workstation with a person rather than run behind a cage. Deploying one still means a real safety sign-off: workstation design, the human-robot workflow, and the handshake to your PLC and line, done as part of the integration, not left to the operator to figure out.
• AMRs and warehouse robots — MiR, Locus, OTTO, Peer Robotics, Brightpick — are built to move through a warehouse alongside forklifts and pickers, not a sealed cell. That means the safety work happens at deployment: mapping the floor, setting routes around your actual traffic, and signing off dock and conveyor interfaces before the fleet goes live — see what to require in an AMR RFP.
• Cleaning and delivery robots — Pudu, Gausium, Bear Robotics, Keenon — are built for shared indoor space by design: hallways, dining rooms, hospital corridors. The deployment question here is less about fencing and more about fit — a large-area sweeper built for a warehouse dock is the wrong pick for a patient corridor, which is why we check floor mix and traffic before we ever bring a unit on-site.

None of this is a reason to skip the second and third check. "Collaborative by design" describes the category. It doesn't replace a deployment that's actually been signed off for your building.

2. Deployment safety sign-off — not optional, not a formality

Integration includes a safety step for every robot category we deploy, not just the arms behind a workstation: workstation design and human-robot workflow for cobots, dock and conveyor interfaces and network handshakes for AMRs and warehouse robots, and floor-specific routing for cleaning and delivery units. That sign-off happens before the robot runs unsupervised on your floor — it's part of what "integration" means when we deploy, not an add-on you have to ask for.

If a vendor's deployment plan skips straight from "unbox" to "running," that's the step that got skipped.

3. Who's allowed to touch the robot — and what backs them if it goes wrong

This is the part almost no buyer asks about, and it's the one that matters most once the robot is actually running.

Before any technician on our network touches a robot, three things happen:

• Background and drug screening. Every technician has a background check on file, refreshed annually — anyone who lapses is pulled from dispatch eligibility.
• The right credential stack for that specific machine. We filter for licenses and certifications by what the robot actually requires — electrical (low-voltage or journeyman electrician licensing for wiring and charging infrastructure), robotics-specific credentials (FANUC Certified Technician, SACA Levels 1–3 for AMR mechanical/electrical/systems work), general-industry safety (OSHA 10/30, required at many hospital and airport sites before a technician can even get building access), and battery-specific safety certification for lithium battery packs.
• Site-specific credentialing where the venue requires it — a SIDA badge for airside airport work, hospital vendor credentialing for healthcare sites.

And once a technician is dispatched, the accountability doesn't stop at the door: every job closes with photo documentation and a digital sign-off, geo-verified check-in and check-out, and every work order is backed by general liability, professional liability/E&O, and optional occupational-accident coverage — so the customer carries none of that exposure. That's the same standard behind our 10-minute remote triage and 24-hour nationwide dispatch — it isn't just fast, it's a credentialed, insured person showing up.

The questions to actually ask a vendor

Put these in writing before you sign, the same way you'd require a written SLA:

1. What category is this robot, and how was it designed to work near people — collaborative by build, or does it need a cage?
2. What does your safety sign-off look like for our specific floor — not a generic checklist, but our racking, our traffic, our workflow?
3. Who's allowed to service it, and what's their credential stack — electrical license, robotics certification, general safety training?
4. Is every technician background-checked and insured, and is that coverage in writing, not a verbal assurance?
5. What's the paper trail after a service visit — photo documentation, a digital sign-off, a service log tied to a named technician?

If a vendor can't answer all five, you don't actually know what's protecting your floor — you know what the robot's spec sheet says.

How we handle it

We deploy and service robots across every category — cleaning, delivery, AMR and warehouse, cobots and industrial arms, humanoid pilots — and the safety standard doesn't change by brand or category:

• Integration includes safety sign-off as a standard part of deployment — workstation design and human-robot workflow for cobots, dock/conveyor/network handshakes for AMRs, floor-specific routing for cleaning and delivery units.
• Every technician is background-checked, credential-filtered for the specific machine, and insured before they're dispatched — general liability, professional liability/E&O, and optional occupational-accident coverage on every work order, so you carry no exposure.
• Every job closes with photo documentation and a digital sign-off, geo-verified, tied to a named technician — a record, not a memory.
• 1,700+ service engineers across all 50 US states, 85+ metros, dispatched from the closest hub — with the credential and insurance standard applied the same way everywhere.

Common questions

Is a cobot actually safe to put next to a worker without a cage? That's what "collaborative" means as a design category — models like the UR-e line, RO1, and Doosan's palletizer series are built to share a workstation with a person. But the category being collaborative doesn't replace a real deployment safety sign-off for your specific workstation and workflow — that step still has to happen.

What certifications should a robot service technician actually have? It depends on the machine, but the credential groups we screen for include electrical licensing (low-voltage or journeyman electrician for wiring and charging infrastructure), robotics-specific certifications (FANUC Certified Technician, SACA for AMR work), general-industry safety training (OSHA 10/30), and battery safety certification for lithium packs — plus site-specific credentialing like a SIDA badge for airports or hospital vendor credentialing for healthcare sites.

Who's liable if a technician is injured or damages something during a service call? Every work order run through our network is backed by general liability for property damage and bodily injury, professional liability/E&O for negligent work, and optional occupational-accident coverage for technician injury — the customer carries no exposure to any of it.

Does robot category (cobot vs. AMR vs. cleaning robot) change the safety process? The category changes what the sign-off covers — workstation design for cobots, dock and network handshakes for AMRs, floor-specific routing for cleaning and delivery robots — but every category gets a real sign-off as part of integration, not a generic checklist.

The short version

Commercial robot safety is three checks, not one: how the robot category is built around people, whether your specific floor got a real safety sign-off during deployment, and whether the person who services it is actually credentialed, background-checked, and insured. Ask a vendor all three in writing before you sign. See how we deploy and service every robot category, what our service SLA actually commits to, or tell us your floor and your job and we'll walk you through what safety sign-off looks like for your deployment.