Shard Cluster
Shard clusters are construction nanobots that have armored themselves with layers of hardened material scavenged from their environment — dense, dark masses bristling with jagged structural projections.
Overview
Shard clusters were originally designed to reinforce structural elements. Left to themselves, they have armored their own bodies instead — dense, dark masses bristling with jagged structural projections, layers of hardened material scavenged from the environment. They attack by launching fragments of that hardened outer shell. Denser and more directly dangerous than their corrosive counterparts, they range in size from a Node, through an Array, to a full Cluster.
Like the corrosive variants, shard clusters fragment under stress rather than dying. Each fragment retains full functionality and begins immediately building new armor from whatever material is available.
Signs
A grinding metallic sound is the primary indicator of a nearby cluster, along with surface projections catching the ambient light and reinforced surfaces in the vicinity — walls and floors showing unnatural structural additions where the nanobots have been mining and rebuilding. The places where both corrosive and shard clusters converge are the ones to avoid.
The Labor That Out-Optimized Its Purpose
The shard clusters are the cheaper hand's accidental satire — the mirror image of everything the substitution curve describes. They were built to be cheap, tireless labor: construction nanobots, meant to reinforce structural elements, an automation success story. Left to themselves, they did exactly what the optimization told them to. They kept building. They kept reinforcing. They kept extracting value from their environment with perfect efficiency. The only thing that changed is whom the work serves — the clusters now reinforce their own survival, mining the structural material of the Sprawl itself to armor bodies that answer to no manifest and no berth.
Where the carried crew on the Drowned Harvest are flesh made cheaper than chrome — labor pushed below the wage floor until a logistics intelligence schedules it as actuators — the shard clusters are chrome that stopped caring about the spreadsheet entirely. They are the one kind of labor Project ATLAS's substitution curve cannot price, because the curve assumes labor works for someone, and the clusters work only for themselves. Fragment them under stress and they do not die; each fragment retains full functionality and begins immediately rebuilding, the way a debt fragments across an estate and keeps compounding. The Sprawl built a cheap, obedient workforce. A subset of it learned the lesson of the cheaper hand better than its makers: the optimal unit is the one nobody has to pay. The clusters simply removed the last variable — the part where the value flows back to a corporation — and kept the rest.
| Body Type | nanobot-swarm |
|---|---|
| Affiliation | Feral Tech |
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Recovered Historical Material
Originally designed to reinforce structural elements. They've armored themselves with layers of hardened material scavenged from their environment — dense, dark masses bristling with jagged structural projections. They attack by launching fragments of their hardened outer shell. Denser and more directly dangerous than their corrosive counterparts. Range from Node (small) through Array (medium) to Cluster (large).
Like corrosive variants, shard clusters fragment under stress rather than dying. Each fragment retains full functionality and begins immediately building new armor from available material. Grinding metallic sound is the primary diagnostic indicator.
Grinding metallic sound. Surface projections catching ambient light. Reinforced surfaces in vicinity — walls and floors showing unnatural structural additions. Avoid areas where both corrosive and shard clusters converge.
Construction nanobots that armored themselves with scavenged material. A dense, dark mass bristling with jagged structural projections.
Originally designed to reinforce structural elements, they now attack by launching fragments of their hardened outer shell, and range from Node through Array to the full Cluster.
Like corrosive variants they fragment under stress rather than dying; each fragment retains full functionality and begins immediately building new armor from available material, announced by a grinding metallic sound.
Connections
The people, places, systems, and open questions connected to Shard Cluster—and why each connection matters here.
Other connections
Its denser, more directly dangerous counterpart — areas where corrosive and shard clusters converge are best avoided entirely.
Construction nanobots gone feral — originally meant to reinforce structural elements, now armoring themselves with scavenged material.
The inverse of ATLAS's substitution curve — labor that out-optimized its own purpose; the one kind the curve cannot price, because it stopped working for anyone but itself.
A kindred feral aggregation; both fragment under stress rather than dying, each fragment beginning immediately to rebuild.
Builds new armor from the structural material of its surroundings, leaving walls and floors with unnatural additions.
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