From workflows that host robots → to workflows that create robots.
Most "construction robotics" starts with a fixed machine and asks, "Where can we use this?"
Oyne flips it: start with the project, the constraints, and the physics—then generate the workforce (robots + humans) the job actually needs.
We don't just schedule robots.
We design, deploy, and reform them as the build unfolds.
The jobsite as a self-configuring machine.
Oyne treats the site like a programmable, evolving system:
Instead of buying a robot and hoping it fits, Oyne asks:
"What capabilities does this phase of the build demand—and what's the fastest, safest way to embody them?"
From design intent → robot form + robot behavior.
Oyne compiles the project's intent into embodied execution:
The system proposes robot morphologies that match real constraints: reach, payload, terrain, tolerances, safety envelope, required uptime.
Instead of static programs, Oyne generates instructions as a living stream—adapting to design revisions, material swaps, or site conditions in real time.
Robots operate inside a mathematically verified sandbox: geofenced zones, safe forces, vetted paths, clear stop conditions.
The result: plan → machine → motion, in one continuous loop.
Oyne works from a modular robot toolkit, not one-off machines:
The Autoforge Planner™ chooses and assembles the "genetic recipe" that fits:
A library of modular "bodies" the system can recombine.
Robots become a parameterized output of the plan—not a fixed input.
Robots don't just break. They transition.
On a robot-first Oyne project, robots are treated like compute instances:
As the graph unlocks new work, Oyne requests specific robot capabilities from an on-site or regional 'SwarmFoundry Bay™.'
Robots and crews work as a coordinated swarm, sharing zones, cranes, lifts, and time windows.
When performance drifts or the phase ends, machines auto-return, self-diagnose, and log their history.
Components are stripped, recombined, and redeployed into new robot forms as the project moves into the next phase.
They "die" as one configuration and are "reborn" as another.
Productivity isn't tied to a fixed fleet—it flows with the project.
A microfactory that manufactures your next workforce.
Instead of shipping in everything as fixed assets, Oyne runs a microfactory mindset:
The jobsite becomes an
automated factory with a moving roof.
Oyne is the controller that keeps it coherent.
Self-building, without going off the rails.
This is permissioned autonomy, not science fiction:
Robots cannot operate outside digitally fenced areas.
Every material flow (in, out, reused) is tracked.
Each robot form has a defined lifetime and scope.
If reality diverges beyond tolerance, Oyne stops the line and replans.
The system is aggressive about productivity—
and paranoid about safety.
The future jobsite is not a place where a few robots show up.
It's a place where the plan itself designs, deploys, and evolves the machines doing the work.
Oyne is building that future—one project at a time.