Atomic / molecular matter-compiler control plane — element feedstock inventory, blueprints that are a bill-of-elements, build dispatch, and a conservation-of-mass provenance ledger.
A matter-compiler control plane for hardware that assembles food, objects, and building materials from feedstock — element-level inventory, blueprints as a bill-of-elements, build dispatch, and a conservation-of-mass provenance ledger that has to balance on every build.
What's included
Assembler registry — food synthesizers, object printers, material formers, molecular assemblers, recyclers
Feedstock inventory in *elements* — every lot reduces to grams-per-element so the ledger can always balance
Blueprints as a bill-of-elements — exactly how many grams of each element one unit of output requires, plus an energy budget
Build dispatch that draws feedstock transactionally against a blueprint
Conservation-of-mass provenance ledger — inputs, output, losses, and a balance that must be ~0 for every build
Safety by construction — an allow/deny AssemblyEnvelope checked before any build; some arrangements of atoms are never buildable
About this module
Assembly lives at /assembly and is a control plane for a greenfield class of hardware: food synthesizers, object printers, material formers, molecular assemblers, and recyclers. Feedstock is tracked in elements — every lot reduces to grams-per-element — so the ledger can always balance, and blueprints are a bill-of-elements: exactly how many grams of each element one unit of output requires, plus an energy budget.
Builds are accountable down to the atom. Build dispatch draws feedstock transactionally against a blueprint, and a conservation-of-mass provenance ledger records the inputs, the output, and the losses, with a balance that must come out to roughly zero for every build. Safety is by construction: an allow/deny assembly envelope is checked before any build, because some arrangements of atoms are never buildable. It shares the actuation substrate with Autonomy and Robotics.
What you can do with it
Track feedstock in grams-per-element so the ledger always balances
Author a blueprint as a bill-of-elements with an energy budget
Dispatch a build that draws feedstock transactionally against a blueprint
Prove conservation of mass on every build with a provenance ledger
Block forbidden matter before a build with an allow/deny envelope
Get this module
Free for all Turtini organizations.
Who it's for
- Labs and operators running matter-compiler or advanced-fabrication hardware
- Teams that need element-level accounting and conservation-of-mass proof
- Anyone building on the actuation substrate alongside Robotics and Autonomy
Details
- Category
- Frontier
- Pricing
- Free
- Built by
- Badge
- Beta