Systems: Industry And Logistics
Industry as the main progression language
Factories are the central expression of growth in this game. Combat, exploration, survival, and narrative discovery all feed back into industrial capacity.
The player should feel that every major capability in the campaign is manufactured into existence.
Local production grammar
At the region level, the player interacts with the familiar and necessary language of automation:
- extraction
- smelting and processing
- assembly
- buffering
- routing
- power balancing
- maintenance and repair
The early factory should already contain the DNA of everything that follows.
Three logistics families
The game’s logistics evolve into three complementary families rather than one straight-line upgrade path.
Belts
Belts are foundational transport:
- high visual clarity
- strong throughput
- immediate physicality
- good for bulk material movement
They are simple, reliable, and easy to reason about locally.
Pull rails
Pull rails are addressable routed conveyors:
- shared track space
- demand-aware sinks
- routing logic for mixed cargo
- more modular factory architecture
They live between belts and drone networks. They are more flexible than pure belts without becoming completely freeform.
Drone networks
Drone towers command mindless drones for source-to-sink work.
Best uses:
- awkward terrain
- flexible supply
- construction support
- highly dynamic delivery cases
Main tradeoff:
- they consume significant power
- they create congestion around towers and charging nodes
Comparative table
| System | Throughput | Latency | Build cost | Operating cost | Best use | Weakness |
|---|---|---|---|---|---|---|
| Push belts | High, lane-bound | Low and steady | Low | Low | bulk ore and plates | routing complexity and refactor pain |
| Pull rails | Medium to high | Medium | Medium | Medium | modular mixed-item networks | bad logic can starve systems quietly |
| Drone networks | Medium and scalable | Variable | Medium to high | High | flexible delivery and construction | power hunger and hub congestion |
Regional and continental logistics
The inter-region planetary layer is not just a bigger transport map. It is where the player begins to think in specialization and macro accounting.
Important mechanics at this layer:
- region tags for natural resource bias
- regional specialization choices
- long-haul transport bandwidth
- visible import and export ledgers
- alerts for systemic deficit conditions
Example:
A coastal region may become the center of chemical refining, while an inland mineral-rich region becomes a heavy smelting zone. The player then has to solve the movement problem between them and decide what level of redundancy is worth paying for.
Planetary photonic logistics
Once photonic beacons exist, continents become one industrial body.
This layer should introduce:
- item-class bandwidth allocation
- regional throughput priority
- map-level resource pressure indicators
- fast diagnosis of deficits and saturation
The macro logistics layer should feel like a natural extension of factory thinking, not a separate strategy game pasted on top.
Construction at scale
The industrial game changes once the player can deploy larger plans quickly.
Memory Constructs, builder chassis, and later drones should support:
- repeated factory blocks
- standard station modules
- regional expansion kits
- repair and rebuild workflows after attacks or accidents
The player should gradually stop solving layout problems one machine at a time and start solving them through design standards and replication.