Topology-aware partitioning.
Model, optimizer state, data, and communication are partitioned with real memory and network constraints in the loop.
ShardNet turns fragmented accelerators, datacenters, and idle capacity into one schedulable training fabric that can place work, survive churn, and keep evidence about what actually happened.
Workers advertise memory, accelerator type, topology, network, software environment, availability, and trust signals into a live resource graph. Placement starts with the actual shape of the workload.
Model, optimizer state, data, and communication are partitioned with real memory and network constraints in the loop.
Workers join bounded groups with explicit roles, health, synchronization, and progress telemetry rather than pretending every node is identical.
Checkpoint lineage, node participation, failures, replacements, throughput, and training state are retained so distributed runs are reproducible and auditable.
Distributed capacity is valuable because it is abundant, not because it is perfectly stable. ShardNet is designed around recovery: checkpoint often, detect failure precisely, replace workers, rebuild communication groups, and continue from known state.
Datacenters, independent clusters, and specialized accelerator fleets can become schedulable participants in one distributed training fabric.
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