Encrypted Workload Offloading for Resource-Constrained Network Nodes

The patent introduces an intermediary system consisting of a resource manager and task manager that mediates between local computing resources and remote computing resources. The resource manager discovers available resources on the device, while the task manager receives tasks from applications and determines whether to execute them locally or offload them to remote devices via a network. This intermediary architecture enables workload fulfillment without requiring all computing resources to be present in one device, thus avoiding the need to increase local device complexity.

The patent extends the computing resource availability from a single-dimension local resource model to a multi-dimension distributed resource model. By utilizing network connections to access computing resources on remote devices, the system effectively adds a spatial dimension to resource availability. This allows older devices with limited local resources to still fulfill demanding workloads by accessing resources on newer or more powerful remote devices, thereby extending the functional lifespan of the device without requiring constant hardware upgrades.

The patent implements self-service mechanisms where the resource manager automatically discovers and registers available computing resources on the device, and the task manager automatically determines whether to offload tasks based on local resource availability. The system includes automatic resource discovery, task offloading decisions, and result retrieval without requiring manual intervention. This automation reduces the operational complexity of managing distributed resources, making the system easier to use despite the distributed architecture.