Abstract: Disclosed embodiments may include systems and methods for the creation of self-executing smart contract computer programs (“Smart Contracts”) recorded on one or more blockchains as “on chain” contracts comprising machine extracted terms from non-blockchain recorded (“off chain”) digital contracts. Disclosed systems include means of conversion of fiat currencies to cryptographically generated and unique tokens (“crypto-tokens”) at a pre-set market exchange rate that does not fluctuate after the initial exchange and until directly exchanged back to the original fiat currency. Disclosed systems facilitate automated digital performance of the payment terms of off-chain contracts via on-chain smart contracts and crypto-tokens. Upon the performance of an on-chain self executing smart contract, the system will automatically release crypto-tokens or other consideration that is either held in escrow or held by an interested party.

Abstract: The subject disclosure describes solutions for graphically displaying hierarchical relationships between a network underlay and a network overlay. In some aspects, a method of the technology includes steps for aggregating associations between each of a plurality of physical network devices and one or more virtual network entities, displaying two or more pivot options that graphically represent the physical network devices and/or the virtual network entities, and receiving a pivot selection indicating at least one physical network device or virtual network entity for which hierarchy information is requested by a user. In some aspects, the method can further include steps for graphically displaying one or more layers of a network hierarchy based on the pivot selection. Systems and machine-readable media are also provided.

Abstract: In some implementations, a method includes obtaining a first visual representation of a first network topology of a network and a second visual representation of a second network topology. The first network topology includes a first set of network devices and a first set of connections between the first set of network devices. The second network topology includes a second set of network devices and a second set of connections between the second set of network devices. The method also includes alternating between presenting the first visual representation and presenting the second visual representation based on user input.

Abstract: A system for transmitting data packets includes a memory that stores buffer descriptor (BD) rings, packet en-queuing and de-queuing modules, and a network controller. The packet en-queuing module en-queues a first data packet into a first BD ring based on a first priority value of the first data packet and a first set of quality-of-service (QoS) rules. The packet de-queuing module de-queues a second data packet from a second BD ring based on a second set of quality-of-service (QoS) rules and indicates to the network controller that the second data packet is ready for transmission from the second BD ring.