MachineBlocks
MachineBlocks is the physical foundation of generative hardware at Martian Micro. It defines how devices are constructed, reconfigured and reused as part of a continuous system.
What Is MachineBlocks?
MachineBlocks is a modular hardware system based on standardized physical units.
It provides a shared structural system for housings, mounts, electronics and interfaces.
Every generated device is built from these same units.
Role in Generative Hardware
MachineBlocks enables devices to be generated, not individually designed.
The system defines a physical language that can be assembled automatically from requirements.
Structure becomes part of the generation process, not a fixed design step.
One Structural System
All MachineBlocks share the same structural logic.
Units can be scaled, combined and rearranged without changing the system.
This allows devices of different size and function to follow the same rules.
Reconfiguration Instead of Replacement
Devices are reconfigured when requirements change.
Components are reused across multiple device generations.
Hardware is treated as a persistent resource, not a disposable product.
From Structure to Device
MachineBlocks defines structure. Software defines behavior.
The same physical system can fulfill different functions depending on configuration.
Devices exist as temporary configurations within a continuous system.
Integration With System Architecture
MachineBlocks devices are integrated into the Martian Micro system stack.
They are controlled and reconfigured through FeatureCloud.
This makes MachineBlocks the physical counterpart to the generative system architecture.
MachineBlocks in the System Environment
Within the Mars Facility, MachineBlocks forms the structural basis of all devices and infrastructure.
Devices are assembled, disassembled and reconfigured as part of ongoing system operation.
No device is treated as a fixed or final object.
Zero Waste as System Behavior
MachineBlocks enables zero waste as a system property.
Components remain in use through reuse, reconfiguration and recycling.
Waste is prevented by design, not managed after the fact.