uCosminexus OpenTP1
Execute online transaction processing in a distributed computing environment on open systems
No matter how the form of business systems surrounding a company changes, the need for a system that operates stably under heavy loads will never change. Companies must be able to perform mission-critical tasks with stable processing performance not affected by traffic through transaction control, scheduling, process management, and failure recovery functions.
uCosminexus OpenTP1, a distributed transaction manager, is a TP monitor that enables online transaction processing in distributed computing environments on open systems such as Linux. It supports mission-critical systems as a TP monitor that realizes highly reliable online transaction processing backed by our proven track record. In addition to on-premise environments, systems can be built in public and container environments.
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This solution is currently targeting and available for Japan region
- Stable operation of mission-critical systems under various conditions
uCosminexus OpenTP1 supports the system infrastructure with technology inherited from mainframes. High reliability is ensured through recovery functions and journal acquisition in case of failure. System availability is also enhanced by a hot standby system switching operation in case of a failure in a public cloud environment and by automatic container startup on a separate system in a container environment.
- Provides optimal application execution environment and stable processing performance
Process control and scheduling are performed to efficiently process service requests to applications. uCosminexus OpenTP1 manages application processes running on the OpenTP1 server and enables effective use of resources by, for example, narrowing down the number of processes to be launched. In addition, a load balancing scheduling function and a dynamic process creation function are used to efficiently use the narrowed-down processes, enabling fine-tuned application scheduling.
- Provides a variety of inter-application communication to respond to business forms flexibly
A distributed transaction system can be constructed in a container environment through inter-application communication based on synchronous/asynchronous communication, such as RPC and message queuing. This allows for flexible responses to business patterns.
