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System Architecture
System modeling and design is a critical step in the development of complex systems. A lot of care is taken to create the proper system specification that will allow a competent technical team to deliver the goods. System modeling involves everything from requirements analysis, technical specifications, system architecture and design, database schema and any documentation needed to reveal how a system functions and why it functions the way it does. We also refer to this as Information Architecture.
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Project Management
Every project requires some level of project management and the level of effort to manage a project correlates with the complexity of the project and the number of different parties involved. |
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Highly Scalable Systems
Most businesses today rely heavily on their computer and database systems for daily operations and revenue generation. In many cases, the cost of downtime is so high that if a critical system failed, a business might cease to function, lose customers, sacrifice goodwill in the market, ruin their reputation and brand, or spawn unneeded negative publicity. Clearly, the more business-critical a system is, the more effort required to ensure the uptime of the system. |
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Event Driven Systems
Event-driven systems differ from regular (iterative) systems in that program flow is determined by user interactions as opposed to the programmer. In fact, the high-level of user control is a major reason event-driven systems are gaining in popularity. They are based on a publish-subscribe model where the system is setup to respond to any events it receives, both internally and externally generated events. The financial services, telecommunications and manufacturing industries make heavy use of event-driven systems. |
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Spreadsheet Engineering
Event-driven systems differ from regular (iterative) systems in that program flow is determined by user interactions as opposed to the programmer. In fact, the high-level of user control is a major reason event-driven systems are gaining in popularity. They are based on a publish-subscribe model where the system is setup to respond to any events it receives, both internally and externally generated events. The financial services, telecommunications and manufacturing industries make heavy use of event-driven systems. |
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