What if your neighborhood shared robots
the way you share a library?
ShareBots is a community-funded, nonprofit robot commons — starting in Eugene. We're pooling resources to co-purchase and collectively govern robots for everyone to use. Not a subscription. Not a corporate service. Ours.
Libraries proved something powerful — that shared ownership of tools beats individual ownership for things people need occasionally but not constantly. Books, tools, knowledge, space. The library economy works.
ShareBots applies that same logic to humanoid robots. Instead of a corporate service charging subscription fees and extracting value from your neighborhood, the community pools resources to co-purchase, govern, and benefit from robots together.
When the robot helps your neighbor carry tools, delivers something across the block, or assists at a community event — the value stays in the community. Because the robot belongs to the community.
This is a working title and early-stage initiative. We're building the founding community now — and you get to help shape what this becomes, including naming the project and the robots themselves.
Join the founding group. Sign up, share your ideas, tell us what you'd want a community robot to do. Your input shapes everything.
Community members contribute what they can to a shared fund — held transparently through our nonprofit structure. Every dollar is visible and accountable.
Once funded, the community collectively purchases the robot. Governed by community-written protocols. Named and designed by you. Owned by all of us.
The robot serves the neighborhood. Success funds more robots, more nodes, more neighborhoods. The network grows from demonstrated community ownership.
Robots are entering our modern era. The question isn't whether they'll be part of our communities — it's who owns them and who benefits. Corporate deployment means extractive shareholders capture the gains. Community ownership means the neighborhood does.
The robots belong to the community that funds and governs them. No corporation extracts value from your neighborhood. Productivity gains stay local.
Community members vote on how the robot is used, where it goes, and what it prioritizes. Transparent, accountable, and genuinely yours to shape.
We prioritize open source hardware and software. Community-owned robots should run on community-owned code. No vendor lock-in, no proprietary black boxes.
Join the mailing list to get updates, shape early decisions, and be part of the community that builds this from the ground up. Founding members help name the project, name the robots, and design what this becomes.
No spam. Unsubscribe anytime. Eugene-based initiative.
It's a real initiative in early founding stage — which means your involvement now shapes what it becomes. We're building the community and raising the fund before purchasing hardware. Join us and be part of building it.
Joining the mailing list is free. Contributions to the robot fund are welcome at any level — there's no minimum. This is a community effort and every amount helps. Access to the robots once funded will be on commons terms, not ability to pay.
That's partly for the community to decide, including which models and designs are purchased or built. Early use cases include tool library delivery, community event assistance, fabrication help, and general neighborhood tasks. You'll have genuine input into what gets prioritized.
Safety is our primary design constraint. Our first phase will focus on learning and testing. We can expand to fully autonomous access as trust and safety record builds. Fully and appropriately insured. Community-written protocols govern all operations.
It's a real concern we take seriously. Our position: community-owned robots offering services for the community is fundamentally different from corporate robots benefiting shareholders. Can robots play helpful roles as freely accessible tools in a postcapitalist world? Our hypothesis is: possibly! People should always be free to do anything they'd like, even if robots might also be available to help... able to aid in strenuous or repetitive tasks, and provide help for people with disabilities. Robots can also act as upgradable teachers and assistants for a variety of hands-on learning roles.
Eugene has strong cooperative culture, existing commons infrastructure, and the University of Oregon community nearby. It's a great place to pilot something new. We can explore: Can lush nature and versatile technology coexist? If it works here, the model spreads — and you'll have helped build the template.