Novel tools and techniques for an IoT shell are provided. A system includes a plurality of IoT resources including one or more sensors, a data lake comprising a collection of data streams from the one or more sensors, and an IoT device in communication with the plurality of IoT resources and coupled to the one or more sensors. The IoT device may configured to provide an IoT shell interfacing with a system kernel, the IoT shell configured to accept a set of one or more shell commands. The IoT device may further be configured to receive one or more shell commands, and determine at least one of an argument of the shell command, and an attribute of the argument. The IoT device may then perform a shell command of the one or more shell commands on one or more of the plurality of IoT resources.

A system includes a resource adapter module in the form of executable code by a processor, the resource adapter module to, interact with an application running on an application server by receiving calls from applications, and provide communication between the application and any JMS provider by relaying the calls to the JMS provider.

A system, method and computer program product are provided for receiving information associated with a message, issuing a storage resource request in connection with a storage resource and determining whether the storage resource is available. In use, the information is capable of being shared in less than one second, utilizing an automotive electronic control unit which includes a plurality of interfaces.

A system, method and computer program product are provided for receiving information associated with a message, issuing a storage resource request in connection with a storage resource and determining whether the storage resource is available. In use, the information is capable of being shared in less than one second, utilizing an automotive electronic control unit which includes a plurality of interfaces.

A publication exchange device may receive information that identifies a subscriber device, and may receive a set of subscription keys associated with subscribed-to network event information to be provided to the subscriber device. The publication exchange device may receive published network event information from one or more publisher devices, and may determine that the published network event information includes information that matches the set of subscription keys. The publication exchange device may identify the subscribed-to network event information, from the published network event information, using the set of subscription keys. The publication exchange device may provide the subscribed-to network event information to the subscriber device based on identifying the subscribed-to network event information.

A messaging system implements messaging among application servers and databases, utilizing other servers that implement messaging brokers. A large flood of incoming messages can bring down messaging brokers by overflowing the message queues, negatively impacting performance of the overall system. This disclosure in some embodiments detects and identifies flooders in a timely manner and isolates their message traffic to dedicated queues to avoid impacting other system users. Subsequently, a preferred system de-allocates the queues and returns the messaging system to normal operation when flooding conditions subside, and sweeps up any remaining orphan messages.

A system, method and computer program product are provided for receiving information associated with a message, utilizing a first network protocol associated with a first network and causing a determination as to whether a storage resource is available. In use, in the event the storage resource is available, causing storage of the information utilizing the storage resource and sharing the information in less than one second, utilizing at least one message format corresponding to a second network protocol associated with a second network which is different from the first network protocol wherein the system, method and computer program product are associated with an automotive electronic control unit with at least one gateway function that remains in hardwired communication with the first network and the second network, the automotive electronic control unit having a plurality of interfaces.

Operating conditions of a blockchain configuration may be dynamic and change automatically under certain circumstances. One example method of operation may include receiving a blockchain transaction sent from a first blockchain to a second blockchain, identifying an inter-ledger contract between the first blockchain and the second blockchain, receiving an inter-ledger message at the second blockchain from the first blockchain, and determining whether to log the blockchain transaction in the first blockchain or the second blockchain based on the inter-ledger message.

Systems and methods herein are for message or data aggregation in computer networks in which at least one processor of a network module receives communication including messages having data, determines destination host machines for the messages, and aggregates a subset of the messages or the data to be transmitted to one of different destination host machines, where the aggregation is based at least in part on a bandwidth and a buffer availability associated with the one destination host machine, and where the buffer availability is determined from a status communication between the one destination host machine and the host machine.

A multi-process interactive system is described. The system includes numerous processes running on a processing device. The processes include separable program execution contexts of application programs, such that each application program comprises at least one process. The system translates events of each process into data capsules. A data capsule includes an application-independent representation of event data of an event and state information of the process originating the content of the data capsule. The system transfers the data messages into pools or repositories. Each process operates as a recognizing process, where the recognizing process recognizes in the pools data capsules comprising content that corresponds to an interactive function of the recognizing process and/or an identification of the recognizing process. The recognizing process retrieves recognized data capsules from the pools and executes processing appropriate to contents of the recognized data capsules.