Robohub.org
 

The robotics of place


by
24 December 2006



share this:

The following is only slightly reworked from three posts I wrote, one after the other, in 1999. These posts together formed the starting point of a topic with the surprising title “The Robotics of Place” (originally in The WELL’s Whole Earth conference).

 

Don’t let the title scare you off. There’s more here than might at first be apparent.

 

There’s much to suggest that the original condition of human beings was nomadic – maybe over a fairly limited range, but seldom entirely sedentary.

 

First farming, then cities, with the investment of time and effort they embody, made moving about with the seasons less appealing. But in modern times we seem to have replaced both nomadism and attachment to place with a sort of serial squatting, staying a few months in one place and a few years in another, but generally without the deep connections that come from spending one’s whole life in the same place and among the same people.

 

But we aren’t likely to ween ourselves from dependence on stationary infrastructure anytime soon, not even with the recently booming popularity of mobile devices, and in that realization is the germ of the thought I hope to develop here: people want the benefits of infrastructure, without being bogged down by it.

 

And, increasingly so as time goes on, infrastructure means not just brick and mortar, but something active.

 

Asimov described a planet sparsely inhabited by people who were heavily dependent on technology, who each had substantial land holdings which were cared for by robots.

 

All very scifi, but the connection between machine and place rings true.

 

Most of us cringe at the idea of a life devoted to looking after a plot of ground, yet the ground needs looking after, particularly in and near cities. How strange is it really to propose that machines will inherit this task, probably sooner rather than later?

 

Here are some examples of familiar technological intrusions on the landscape: roads, bridges, dams, irrigation ditches, water and sewer lines, storm drains, tilled fields, fences, hedgerows, terraces, power lines, rail beds, mines, harvested forests (and those replanted with less than their original diversity), not to mention buildings.

 

We’ve never much hesitated to impose our notions on the world around us, but until recently we did so personally, typically using the biggest time-saving levers we could find. Only we (and a few domesticated allies, like sheepdogs) could provide the element of attentive activity, for lack of which one built environment after another has reverted back to a wild state, generally an impoverished one. We’re good at dreaming up grand designs, and we like having things neat and tidy, but we tire of maintenance, and are more than a little stingy about paying for it.

 

In suggesting that we embrace a robotic approach to land [management], I’m also implying an eventual end to capricious land use, with grand new schemes equating to changes in programming that would result in gradual modifications of the landscape, rather than sudden, gaping scars that take decades to heal.

 

Reposted from Cultibotics.



tags: ,


John Payne

            AUAI is supported by:



Subscribe to Robohub newsletter on substack



Related posts :

#AAMAS2026 blue sky award winner: Foundation world models for agents in changing environments

and   21 Aug 2026
Hear from the AAMAS 2026 Best Blue Sky Paper Award winner.

Robotics roadmaps from around the world spotlight of the month: Japan

Robots have been a prolific theme in Japanese pop culture and media since the 1950s

Intermittent swimming promotes the energy efficiency of fish-like robot movements

How zebrafish-inspired robots save energy by swimming in bursts.

What does it take for a robot to hold a conversation with a room, not just a person?

and   14 Aug 2026
Find out about a summer school held at Imperial College London.

Robotics roadmaps from around the world

We embark on a tour into some of the recent and prominent robotics roadmaps from around the world.

A ‘5-in-1’ seed-sized surgical robot

Mini robot can move, cut tissue, release drugs, grip and store samples, and generate heat wirelessly

AI agents create virtual playgrounds to help robots get crucial training data

  07 Aug 2026
“SceneSmith” system uses collaborative AI agents to create realistic 3D environments of places like kitchens, hotels, and living rooms, where robots can simulate everyday chores.

Robots in society, business and culture: July 2026

A round up of robotics stories in a new monthly series from IEEE RAS.



AUAI is supported by:







Subscribe to Robohub newsletter on substack




 















©2026.05 - Association for the Understanding of Artificial Intelligence