System structure
Solvo.TOS has a state-of-the-art tree tier architecture:
• Client-end software at work stations;
• Application server software with active components/WEB server;
• Database server.
To provide fail-safety, a dual backup is used, namely the database server which can be used as an applications server and vice versa. Cluster configuration with unified external storage is also available as an option.
The client part consists of a desktop application, a web client accessible via a browser, and radio data terminals with access to the system via a data-terminal session.
Solvo.TOS can be integrated with third-party solutions such as ERP, GOS, PMIS and many others via a set of predefined intersystem interfaces (gateways).
Thanks to the modular structure of TOS, a high flexibility at selecting the optimum configuration that fully meets the Customer’s needs is achieved.
Solvo.TOS has a service-oriented architecture (SOA). The individual modules interact with the kernel and each other via standardized protocols.
SOA enables introducing new modules to the system regardless of other system services and allows effective system development and quick customization
• Client-end software at work stations;
• Application server software with active components/WEB server;
• Database server.
To provide fail-safety, a dual backup is used, namely the database server which can be used as an applications server and vice versa. Cluster configuration with unified external storage is also available as an option.
The client part consists of a desktop application, a web client accessible via a browser, and radio data terminals with access to the system via a data-terminal session.
Solvo.TOS can be integrated with third-party solutions such as ERP, GOS, PMIS and many others via a set of predefined intersystem interfaces (gateways).
Thanks to the modular structure of TOS, a high flexibility at selecting the optimum configuration that fully meets the Customer’s needs is achieved.
Solvo.TOS has a service-oriented architecture (SOA). The individual modules interact with the kernel and each other via standardized protocols.
SOA enables introducing new modules to the system regardless of other system services and allows effective system development and quick customization
