Abstract: The disclosure provides an approach for inter-network resource connectivity. Embodiments include receiving, by a forward proxy of a transporter server, from a device in a source network, a request directed to a resource in a target network. Embodiments include forwarding the request to a reverse proxy of the transporter server, wherein the forward proxy and the reverse proxy of the transporter server are not in the target network. Embodiments include transmitting the request from the reverse proxy to a transporter client in the target network via a first tunnel channel. Embodiments include transmitting the request from the transporter client to the resource in the target network via a second tunnel channel. Embodiments include returning a response to the device based on the request via the second tunnel channel, the first tunnel channel, the reverse proxy, and the forward proxy.

Abstract: A system and method can support resettable acknowledgements for synchronizing data between clusters in a distributed data grid. The system can use one or more unique identifiers (IDs) to support message passing between different clusters in the distributed data grid. A first cluster can receive a first replication message from a second cluster, wherein the replication message indicates that the replication message is from a new cluster. Then, the system can reset the first cluster to preserve idempotence in possessing one or more replication messages that are received from the second cluster, following the first replication message.

Abstract: A system and method can support partition level journaling for synchronizing data between clusters in a distributed data grid. The system can associate a journal cache with one or more user caches in a local cluster, wherein said one or more user caches are split into a plurality of partitions. Furthermore, the system can capture one or more data changes that are applied to different partitions of said one or more user caches, and can store said one or more data changes in the journal cache that supports synchronization with remote clusters.

Abstract: A system and method can support failover during synchronization between autonomous clusters in a distributed data grid. The system allows a cluster member in a source cluster to take over as an owner of a partition in a source cluster, when another cluster member in the source cluster becomes unavailable. Then, a cluster member in the destination cluster can receive one or more replication messages from said cluster member in the source cluster, wherein said one or more replication messages include one or more data changes. Furthermore, the cluster member in the destination cluster may ignore said one or more replication messages, if said one or more replication messages have already been received and successfully processed in the destination cluster.

Abstract: A system and method can support parallel asynchronous synchronization between autonomous clusters in a distributed data grid. The system can track one or more data changes, which are applied on one or more user caches in a source cluster, at a partition level. Furthermore, one or more cluster members in the source cluster can send one or more replication messages to one or more destination clusters, wherein said one or more replication messages include the one or more data changes. Then, the one or more destination clusters can process the received one or more data changes.

Abstract: A system and method can support parallel asynchronous synchronization between autonomous clusters in a distributed data grid. The system can track one or more data changes, which are applied on one or more user caches in a source cluster, at a partition level. Furthermore, one or more cluster members in the source cluster can send one or more replication messages to one or more destination clusters, wherein said one or more replication messages include the one or more data changes. Then, the one or more destination clusters can process the received one or more data changes.

Abstract: A system and method can support failover during synchronization between autonomous clusters in a distributed data grid. The system allows a cluster member in a source cluster to take over as an owner of a partition in a source cluster, when another cluster member in the source cluster becomes unavailable. Then, a cluster member in the destination cluster can receive one or more replication messages from said cluster member in the source cluster, wherein said one or more replication messages include one or more data changes. Furthermore, the cluster member in the destination cluster may ignore said one or more replication messages, if said one or more replication messages have already been received and successfully processed in the destination cluster.

Abstract: A system and method can support resettable acknowledgements for synchronizing data between clusters in a distributed data grid. The system can use one or more unique identifiers (IDs) to support message passing between different clusters in the distributed data grid. A first cluster can receive a first replication message from a second cluster, wherein the replication message indicates that the replication message is from a new cluster. Then, the system can reset the first cluster to preserve idempotence in possessing one or more replication messages that are received from the second cluster, following the first replication message.

Abstract: A system and method can support partition level journaling for synchronizing data between clusters in a distributed data grid. The system can associate a journal cache with one or more user caches in a local cluster, wherein said one or more user caches are split into a plurality of partitions. Furthermore, the system can capture one or more data changes that are applied to different partitions of said one or more user caches, and can store said one or more data changes in the journal cache that supports synchronization with remote clusters.

Abstract: The present invention discloses an apparatus that combines a cellular phone or other wireless device with one or more medical monitoring devices, wherein the two devices share a single housing, power source, display, memory chip and data processor. The apparatus is capable of functioning as a separate medical apparatus and a normal cellular phone and addresses the need for combining multi-function portable medical testing and condition indicator devices into a device that is already carried by the majority of the population. The preferred embodiment of the invention combines a portable device of blood glucose monitoring with a cellular phone and is capable of audibly alerting the user of abnormal test results and storing multiple test results for monitoring and managing chronic conditions. In addition the apparatus is capable of storing and transmitting medical information to healthcare providers or emergency responders if highly abnormal results are obtained.