Abstract: A method is described including receiving at an origin controller node, a task and determining a destination work node where the task is to be executed, wherein the origin controller node and the destination work node each comprise a receptor node among a plurality of receptor nodes forming a receptor network, and each of the plurality of receptor nodes functions as one or more of a router node, a controller node, and a work node. The method further includes determining a first router node comprising a first hop on an optimal path to the destination work node, the first router node determined from among a set of receptor nodes functioning at least as router nodes. The method further includes transmitting the task to the destination work node via the first router node and performing the task via the destination work node.

Abstract: In some implementations, a method is provided. The method includes receiving at an origin controller node, a task and determining a destination work node where the task is to be executed, wherein the origin controller node and the destination work node each comprise a receptor node among a plurality of receptor nodes forming a receptor network, and each of the plurality of receptor nodes functions as one or more of a router node, a controller node, and a work node. The method further includes determining a first router node comprising a first hop on an optimal path to the destination work node, the first router node determined from among a set of receptor nodes functioning at least as router nodes. The method further includes transmitting the task to the destination work node via the first router node and performing the task via the destination work node.

Abstract: In some implementations, a method is provided. The method includes receiving at an origin controller node, a task and determining a destination work node where the task is to be executed, wherein the origin controller node and the destination work node each comprise a receptor node among a plurality of receptor nodes forming a receptor network, and each of the plurality of receptor nodes functions as one or more of a router node, a controller node, and a work node. The method further includes determining a first router node comprising a first hop on an optimal path to the destination work node, the first router node determined from among a set of receptor nodes functioning at least as router nodes. The method further includes transmitting the task to the destination work node via the first router node and performing the task via the destination work node.

Abstract: A mechanism for extracting system characteristics from an unstructured data format, a semi-structured data format, or a structured data format is disclosed. A processing device may receive information associated with a computing system in an unstructured data format. A content type of the information in the unstructured data format may be determined. A parser corresponding to the content type may be identified. A system characteristic from the information in the unstructured data format may be extracted using the parser. The extracted system characteristic may be stored in a common format.

Abstract: A mechanism for extracting system characteristics from an unstructured data format, a semi-structured data format, or a structured data format is disclosed. A processing device may receive information associated with a computing system in an unstructured data format. A content type of the information in the unstructured data format may be determined. A parser corresponding to the content type may be identified. A system characteristic from the information in the unstructured data format may be extracted using the parser. The extracted system characteristic may be stored in a common format.