Avidbots Robotic Floor Scrubbers: Brand Overview and Buyer Notes
Avidbots robotic floor scrubbers explained: Canadian robotics firm, Neo and Kas robots, remote monitoring, deployment model, and a buyer readiness checklist.
Key takeaways
- Avidbots is a robotics company based in Kitchener, Ontario, founded in 2014, that designs its own autonomous floor scrubbing robots.
- Its main products are the Neo, a larger robotic scrubber, and Kas, a smaller unit for tighter spaces.
- Avidbots builds the whole robot rather than adding autonomy to another maker's machine, so robot, software and support come from one company.
- Success depends more on site readiness and staff routines than on the robot itself.
Avidbots is a Canadian robotics company, founded in 2014 and based in Kitchener, Ontario, that designs and builds autonomous floor scrubbing robots. Its main products are Neo, a larger robotic scrubber for big open floors, and Kas, a smaller robot for tighter spaces. Avidbots supplies the robot, navigation software, remote monitoring and support as one package.
Unlike traditional scrubber manufacturers that added autonomy to an existing machine, Avidbots started as a robotics company. That shapes both its strengths (a purpose-built robot and software stack) and the questions a buyer should ask (field service reach, parts and long-term support).
Who Avidbots is
Avidbots was founded by engineers in the Waterloo region of Ontario, a well-known technology cluster. It has raised venture funding and sells into markets including North America, Europe and Asia-Pacific, often through partners and distributors as well as direct. Its customers are typically large facilities such as airports, retail, logistics, education and commercial real estate.
How Avidbots differs from a software-platform approach
| Approach | Example | What it means for you |
|---|---|---|
| Purpose-built robot | Avidbots Neo and Kas | One company designs the machine and the autonomy; support is integrated |
| Autonomy platform on OEM machines | Brain Corp BrainOS on partner scrubbers | Scrubber maker builds the machine; a separate company supplies navigation software |
| Manufacturer's own robot | Kärcher KIRA, some other OEM projects | Full-line maker builds both machine and software |
Neither approach is inherently better. With a purpose-built robot, there is one throat to choke. With a platform on an OEM machine, the scrubber hardware may be familiar to your existing dealer. See the Brain Corp overview for the alternative model.
Product range
- Neo: Avidbots' flagship autonomous scrubber, aimed at large open areas such as terminals, warehouses, malls and big-box retail. It has gone through more than one generation.
- Kas: a smaller autonomous robot introduced for tighter, more congested spaces.
Both connect to Avidbots' cloud software for performance reports, coverage maps and remote monitoring. Confirm current models, path widths, tank sizes and runtimes with Avidbots, because robotic products change faster than conventional scrubbers.
Distinctive technologies
- Autonomous navigation: the robot is taught or mapped to a site and then follows cleaning plans, avoiding people and obstacles using onboard sensors.
- Reporting: cleaning reports show what was cleaned and when, which can support audits in healthcare, food and transit settings. See robotic floor scrubbers.
- Remote monitoring and support: Avidbots has emphasized a remote support model where issues can be diagnosed off site.
What a robot does not remove: someone still fills and empties tanks (unless the site has an automated docking solution), changes pads or brushes, moves obstacles, handles edges and corners, and responds when the robot stops.
Commercial model and service
Avidbots has offered both purchase and subscription-style arrangements, often with software and support bundled. Typical robotic pricing across the market runs from about $35,000 to $80,000+ for purchase, or a monthly subscription; these are general market ranges, not Avidbots quotes.
Service questions to settle:
- Who does hands-on repairs in your region: Avidbots staff, a partner, or a local distributor?
- What is covered by subscription: software updates, remote support, parts, batteries, on-site visits?
- What happens at the end of the term: renewal pricing, buyout, or return?
Who Avidbots typically suits
- Large, open, repetitive floors cleaned on a consistent schedule: airports, large retail, logistics hubs, campuses. See airports and transit.
- Organizations with labor shortages that want to redeploy cleaners to detail work rather than long straight passes.
- Sites that value auditable cleaning records.
It is a weaker fit for small, cluttered, constantly rearranged spaces, for floors needing heavy restorative scrubbing, or where there is no on-site person to handle the robot's daily needs.
How to evaluate Avidbots against alternatives
Site readiness checklist
Score each line yes or no. Five or more "no" answers suggest a robot will struggle at your site regardless of brand.
- At least one large, mostly open area (tens of thousands of sq ft) cleaned on a set schedule.
- Aisles and routes stay mostly unchanged from day to day.
- A named person on each shift is responsible for the robot (filling, emptying, pads, restarts).
- Reliable Wi-Fi or cellular coverage where the robot runs and charges.
- Floors are in maintenance condition, not needing restorative work.
- A water fill and drain point near the robot's home base.
- IT approval for a cloud-connected device.
- Clear procedures for wet floor signage and pedestrian interaction. See floor scrubber safety.
- A conventional machine available for edges, spills and backup.
Comparing on cost
Run the numbers using the ROI calculator and our robotic vs manual comparison. A simple Scrubber Guide model: if a robot reliably scrubs an area that took an operator 3 hours a night, and the operator still spends about 0.5 hours a night supporting it, labor saved is 2.5 hours a night. At 300 nights a year and a $25 loaded hourly cost, that is 2.5 x 300 x $25 = $18,750 a year of labor that can be redeployed. Compare that to the annual subscription or financed cost. Note that savings are only real if the freed hours are actually redeployed or reduced.
Typical alternatives are BrainOS-powered machines from established scrubber makers, Kärcher's KIRA line, and other robotics companies. Always run a site pilot before committing a fleet.
What to ask Avidbots or its partner
- Who services the robot in our region, and what is the on-site response time?
- What exactly does the subscription or service plan include and exclude?
- How is the site mapped, and who updates the map when layouts change?
- What are the robot's real runtime and coverage on our floor, with our tank fill routine?
- How does the robot handle wet floor events, glass doors, escalators and drop-offs?
- What reporting is included, and can we export it?
- Can we run a paid or free pilot of several weeks, with clear success criteria?
Verify the current lineup
Avidbots updates its robots and software frequently. Confirm current models, specifications, pricing structures and regional support directly with Avidbots or an authorized partner.
Frequently asked questions
Where is Avidbots based?
Avidbots is headquartered in Kitchener, Ontario, Canada. The company was founded in 2014.
What robots does Avidbots make?
Avidbots' main products are Neo, a larger autonomous floor scrubber, and Kas, a smaller robot for tighter spaces. Check with Avidbots for current versions.
Is Avidbots the same as Brain Corp?
No. Avidbots designs and builds its own robots, while Brain Corp provides the BrainOS autonomy platform used on machines built by partner manufacturers.
Does a robotic scrubber replace a cleaner?
Usually not entirely. A robot handles long, repetitive passes, but staff still fill and empty tanks, handle edges and spills, and respond to stops, so the typical outcome is redeployed labor rather than fewer people.
Can I lease or subscribe to an Avidbots robot?
Avidbots has offered subscription-style arrangements as well as purchase. Ask for current options and exactly what each includes.