An extremely well Architected Distributed Application exclusively for the Mental Health Industry
Desktop PC.
Pocket PC.
Tablet PC.
- An extremely well Architected Distributed Application for Mental Health Industry
- CidaCit has a Medical Frameworks which is architected to be used easily in distributed medical applications.
- CidaCit utilizes stateless Frameworks for Tablet PC portability.
- CidaCit has highly scalable .net remoting service designed for the medical Industry
Web Services and Remoting services for Mental Health
Business Services
Integration Services
Existing Business Integrations Source
EMR Clinical Data
Entire Application has been developed in C# for the .net 2.0 Framework.
Applications in multiple layers
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There are several advantages of building applications in multiple layers;
There are several advantages of building applications in multiple layers; •The basic idea of this architecture is to isolate the business logic and data access code from the user interface code.
The basic idea of this architecture is to isolate the business logic and data access code from the user interface code. •These middle tier components are responsible for validating the data and updating the database with the appropriate data-access technology.
These middle tier components are responsible for validating the data and updating the database with the appropriate data-access technology. •The core of CidaCit infrastructure is a distributed Messaging architecture which allows business processes to share business objects which we have been crafted to be invoked and accessed from different application domains distributed over wide areas.
The core of CidaCit infrastructure is a distributed Messaging architecture which allows business processes to share business objects which we have been crafted to be invoked and accessed from different application domains distributed over wide areas.This architecture has multiple advantages:
1.Allows different kinds of user interfaces to reuse the same business logic (Browser clients, Windows clients, Cell phones, PDAs, etc.).
Allows different kinds of user interfaces to reuse the same business logic (Browser clients, Windows clients, Cell phones, PDAs, etc.). 2.Database updates can be centralized on server-side components that secure the data.
Database updates can be centralized on server-side components that secure the data. 3.Changes to the business rules only require you to update the server code, not each client.
Changes to the business rules only require you to update the server code, not each client. 4.Middle-tier components can run on an application server, which provides runtime services such as connection pooling, to maximize the throughput and scalability of the applications.
Middle-tier components can run on an application server, which provides runtime services such as connection pooling, to maximize the throughput and scalability of the applications. 5.Extremely Modular design for connectivity to legacy systems.
Extremely Modular design for connectivity to legacy systems.6.Frameworks being stateless makes them an excellent option for distributed applications because stateless middle-tiers can be easily scaled, and easily usable for the Tablet PC
Frameworks being stateless makes them an excellent option for distributed applications because stateless middle-tiers can be easily scaled, and easily usable for the Tablet PC7.Centralized load balancing systems for scalability, scalable from 1 user to thousands of users.
Centralized load balancing systems for scalability, scalable from 1 user to thousands of users.8.Advantages of security at every level of the architecture.
Advantages of security at every level of the architecture.9.Advantages of being deployed on the same computer, on computers over the intranet, or on computers distributed over wide areas.
Advantages of being deployed on the same computer, on computers over the intranet, or on computers distributed over wide areas.We have the best Architecture design in the entire mental health market space. The application comes with the most robust set of core modules developed ground up rather than patched as technology progresses.
A complex architecture developed for easy implementation.
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