Tabletop Home Robot: Desk Companions and ABB Arms

A tabletop home robot is a small machine that lives on a shelf, kitchen counter or desk and does a few jobs in reach of one person. It is a step past a smart speaker, because it can move, face you or watch a room. This post follows the idea from the first voice speakers to the desk robots that failed to last, then to Apple's rumored robotic HomeView, which became news on October 18, 2026. It also asks how ABB's industrial arms relate to a product this small, and where they would honestly fit.

Google's Home Hub, a smart display, standing on a table. Photo: Y2kcrazyjoker4 / Wikimedia Commons (CC BY-SA 4.0)

From voice speakers to desk robots

The modern tabletop assistant began as a speaker. Amazon's Echo, a tall cylinder that listened for a wake word, appeared in late 2014 and put a voice assistant on the kitchen counter. Apple's HomePod followed in 2018. These devices had microphones, a speaker and cloud software, but nothing that moved. They answered from a fixed spot and could not turn toward the person speaking, which is a limit later designs set out to remove. Talking to a device in the house became an everyday habit, and that habit is what a tabletop robot builds on.

The original Amazon Echo, a speaker that listened for a wake word. Photo: Frmorrison / Wikimedia Commons (CC BY-SA 3.0)

A few teams tried to give the assistant a body. Jibo was co-founded in 2012 by Cynthia Breazeal, then at MIT. It raised about 3.6 million dollars in crowdfunded preorders in 2014, and customers did not receive units until late 2017, at roughly 899 dollars. The company was wound down in 2018, when an investment firm bought its assets in June, and its servers were switched off late that year. Breazeal's licensing deal let MIT researchers keep using the Jibo source code for education, but owners were left with a robot that no longer did much. Anki's Cozmo, a small toy robot, took the idea in a different direction.

An Anki Cozmo toy robot with its lift arms raised. Photo: DecafPotato / Wikimedia Commons (CC BY-SA 4.0)

Anki's Vector, a small desk robot with a screen face, appeared in 2018, built by the same company as Cozmo. Anki closed in April 2019, after a failed financing round, and laid off just over 200 people. Digital Dream Labs later bought its robotics and AI assets, including Cozmo and Vector, and planned to bring them back. The lesson from both Jibo and Anki was practical: a desk robot needs a company that lasts longer than the novelty, because buyers expect it to keep working for years.

An Anki Vector desk robot on its charging dock, 2018. Photo: Ian Hughes / Wikimedia Commons (CC BY 2.0)

Apple's rumored robot and where ABB fits

Apple announced HomeView on October 13, 2026. It has a 7 inch screen, costs 299 dollars, and ships on November 13, with face recognition choosing whose profile appears. The tabletop model sits on a speaker base, and a wall mounted version costs the same. Five days later Bloomberg's Mark Gurman reported that Apple is working on a higher end version, codenamed J595, with a screen of about 9 inches on a motorized arm that turns a full 360 degrees. Voice recognition would reportedly turn the screen toward whoever is speaking. He expects it in 2027 or 2028, and Apple has confirmed nothing.

An Apple HomePod beside its box. Photo: SimonWaldherr / Wikimedia Commons (CC BY-SA 4.0)

The report matters because it puts a robot arm in a mainstream consumer product. Earlier reports from August 2025 also pointed to a tabletop device with a movable display for 2027. A swivel is enough to follow a speaker around a room, so this is a small robot more than a robot arm. Rumors can change, and no price has been reported, so the product should be treated as a plan, not a promise. Our post on factories building home robots covers the people who would build such machines.

A Google Nest Hub Max smart display in a store. Photo: KKPCW / Wikimedia Commons (CC BY-SA 4.0)

ABB does not make desk robots. Its business is industrial robots and cobots, and no source used for this post links ABB to this Apple product or to the factories that would build it. Still, the arms are relevant to how such devices are made. ABB's dual arm YuMi IRB 14000 handles small parts at a bench, and the single arm YuMi IRB 14050 and the GoFa CRB 15000 are built to work beside people. Any factory making motorized desk devices needs small parts handling, assembly and testing, and those are standard cobot jobs. That is a possibility, not a documented project.

ABB's dual arm YuMi IRB 14000 working beside a lab technician. Photo: ABB

Testing is the clearest fit. A screen that swivels has to be checked for noise, travel and wear, and a cobot can repeat the same motion thousands of times. ABB's IRB 1300 and IRB 1200 are compact arms often used on small parts and machine tending. For a tabletop robot with a motor, a few hinges and a screen, the line looks closer to consumer electronics than to a car plant. Our post on home appliance manufacturing shows how ABB cobots work on that kind of line.

An ABB IRB 1300 small industrial robot with an operator holding the FlexPendant. Photo: ABB

What tabletop robots still have to solve

The open problems are the same ones that sank Jibo and Anki. Price comes first, since a 299 dollar display sets a ceiling that a motorized arm must fit under. Gurman describes the arm model as a premium tier, not a replacement, and no price has been reported. Service life matters too, because a robot that stops working when a server closes becomes a paperweight. Privacy is a third problem, because a device with a camera and microphone that follows you around the room needs clear rules about what it records. Our post on home robot privacy goes into that.

A Google Home speaker, Home Hub display and Home Mini side by side on a table. Photo: Y2kcrazyjoker4 / Wikimedia Commons (CC BY-SA 4.0)

Safety is the issue ABB's experience speaks to most. A moving arm on a counter can pinch a finger, so the usual remedies are low force motors and limits on speed. ABB's cobots stop when they sense contact, and the same approach applies at a smaller scale. For factories, programs for such work are usually built and tested in simulation before any hardware moves. For homes, the likeliest tabletop robot of the next few years is a screen that turns, not a machine that fetches things.

ABB's GoFa cobot is guided by hand and stops when it senses contact. Photo: ABB

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