AGIBOT GO-3 Robot Model: Learning on the Job in a Store
AGIBOT says its GO-3 Preview model let a robot go from 28.6% to 85.7% task success in a convenience store. Here is what that does and does not tell us.
The exact-match .com for the business that sends a robot to clean homes. Own the name before humanoid home help goes mainstream.
Why this name
Customers will search for robot cleaners the way they search for house cleaners today. This domain answers that search in one line.
"Humanoid", "cleaning" and "service" describe the offer with no explaining needed. Easy to say on the phone, easy to remember.
The extension people type by default and trust most for a consumer service. No hyphens, no numbers, no odd spelling.
Tesla, Figure, 1X and others are building humanoids aimed at household work. The services layer around them is still wide open.
The domain already runs a news blog on humanoid and home robots, so you start with an indexed site rather than a blank page.
Who it fits
A ready-made brand for a company offering humanoid or robotic house cleaning by the visit or by subscription.
An established maid or janitorial brand adding robots to its crews, or launching a separate robot-assisted line.
A consumer-facing name for leasing, rental, installation or "robot as a service" plans for households.
A lead-generation site, booking marketplace or review publication covering home robots.
How buying works
Use the form below or email [email protected]. Your details go only to the owner.
The owner replies by email to accept, counter or ask questions.
Funds are held by a licensed escrow service, such as Escrow.com, until the domain is yours.
The domain is pushed or transferred to your registrar account. Escrow then releases payment.
Make an offer
Tell the owner what you would pay and a little about your plans. Serious offers get a reply by email.
Prefer email? Write to [email protected].
From the blog
What the robot makers announced, what actually works in a real home, and what it might cost.
AGIBOT says its GO-3 Preview model let a robot go from 28.6% to 85.7% task success in a convenience store. Here is what that does and does not tell us.