LazyKaddu

LazyKaddu/FluxClusture

FluxCluster is a fault-tolerant, P2P distributed compute grid that transforms everyday browser tabs into a unified HPC cluster. By utilizing WebRTC for decentralized data swarming and a lightweight WebSocket orchestrator, it pools idle GPU resources to execute intensive 3D rendering workloads.

5 good first / help-wanted issues · JavaScript · last activity Sep 27, 2026

2 stars 1 forks 2 watchers JavaScript MIT License
5 Open Issues Need Help Last updated: Sep 27, 2026

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bug help wanted intermediate
LazyKaddu/FluxClusture
2

FluxCluster is a fault-tolerant, P2P distributed compute grid that transforms everyday browser tabs into a unified HPC cluster. By utilizing WebRTC for decentralized data swarming and a lightweight WebSocket orchestrator, it pools idle GPU resources to execute intensive 3D rendering workloads.

JavaScript
LazyKaddu/FluxClusture
2

FluxCluster is a fault-tolerant, P2P distributed compute grid that transforms everyday browser tabs into a unified HPC cluster. By utilizing WebRTC for decentralized data swarming and a lightweight WebSocket orchestrator, it pools idle GPU resources to execute intensive 3D rendering workloads.

JavaScript
LazyKaddu/FluxClusture
2

FluxCluster is a fault-tolerant, P2P distributed compute grid that transforms everyday browser tabs into a unified HPC cluster. By utilizing WebRTC for decentralized data swarming and a lightweight WebSocket orchestrator, it pools idle GPU resources to execute intensive 3D rendering workloads.

JavaScript
bug help wanted intermediate everyone except aryan can fix it
LazyKaddu/FluxClusture
2

FluxCluster is a fault-tolerant, P2P distributed compute grid that transforms everyday browser tabs into a unified HPC cluster. By utilizing WebRTC for decentralized data swarming and a lightweight WebSocket orchestrator, it pools idle GPU resources to execute intensive 3D rendering workloads.

JavaScript
bug help wanted good first issue
LazyKaddu/FluxClusture
2

FluxCluster is a fault-tolerant, P2P distributed compute grid that transforms everyday browser tabs into a unified HPC cluster. By utilizing WebRTC for decentralized data swarming and a lightweight WebSocket orchestrator, it pools idle GPU resources to execute intensive 3D rendering workloads.

JavaScript