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Software Functionality Revealed in Detail
We’ve opened the hood on every major category of enterprise software. Learn about thousands of features and functions, and how enterprise software really works.
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 4tier architecture


MSF R2 Service Architecture
As Internet and IP technologies are increasing service expectations, the number of resources available to create, deploy, and manage new services have reduced

4tier architecture  R2 Service Architecture As Internet and IP technologies are increasing service expectations, the number of resources available to create, deploy, and manage new services have reduced. The result is that expectations for new services are outpacing the ability to deliver them. We explore the limitations of traditional voice service architecture, and propose a new architectural solution to address these shortcomings.

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Software Functionality Revealed in Detail

We’ve opened the hood on every major category of enterprise software. Learn about thousands of features and functions, and how enterprise software really works.

Get free sample report
Compare Software Solutions

Visit the TEC store to compare leading software by functionality, so that you can make accurate and informed software purchasing decisions.

Compare Now

ERP for Services (Non-manufacturing)

Typically, ERP systems designed for services industries offer modules that provide back-office support, customer relationship management, time management, expense management, resource management, and project management capabilities. Depending on the vertical market, additional industry-specific functionality may be included to address unique business requirements. Consequently, project-centric systems for accounting, architecture, construction, engineering, and professional services industries will support project management functionality; whereas health care, field service, distribution, and government systems will support functionality unique to those vertical markets. 

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Documents related to » 4tier architecture

Architecture Evolution: From Web-based to Service-oriented Architecture


Traditional enterprise systems have proven difficult to change and extend. The inherent problem of old core code and business logic duplication is part of the reason traditional enterprise resource planning systems have not readily taken to e-commerce.

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3 Things Business Decision-makers Need to Know about SOA


Anyone even peripherally exposed to business media that touch on enterprise application technology has seen the term service-oriented architecture (SOA) bandied about in advertisements and articles. Given the central role of SOA in information technology, it is important to get beyond a buzzword level understanding. There are three key concepts surrounding SOA: granularity, Web services, and change management.

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Implementing a High Performance Service-oriented Architecture


To solve your data-intensive problems and deal with data storage tasks, you might consider a two-tier method. How? By using service-oriented architecture (SOA) to make distributed systems interoperable. Why? SOA can optimize data storage architecture, transparently and securely, to maximize and optimize access to large quantities of data. Learn about other benefits, and the steps that are best for your IT infrastructure.

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Engineering and Architecture


The engineering and architecture (also known as civil engineering) industry deals with the planning, design, and maintenance of physical structures including roads, bridges, buildings, and so on. As one of the oldest engineering disciplines, engineering and architecture has a very long history and keeps evolving based on the advancement of science and technology.

Facing economic and technological waves together with shifting market demands, today’s engineering and architecture firms need to address the following trends or challenges in order to be successful in their business practices.

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Architecture Evolution: From Mainframes to Service-oriented Architecture


Product architecture is going to do much more than simply provide the technical functionality, the user interface, and the platform support. It is going to determine whether a product is going to be able to accommodate increasingly evolving user requirements.

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Understanding Service-oriented Architecture and Its Impact on Small Manufacturers


Within the manufacturing community, the arrival of the latest, greatest enterprise software technology is often met with skepticism. The right service-oriented architecture (SOA) application, however, can reverse such doubts, as SOA continues to emerge as the dominant technical platform for building next-generation business applications. Its potential to transform enterprise software applications is not only well hyped—it’s also well documented.

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Common Lisp for Service-oriented Architecture Programs


An important question facing IT professionals today is how best to harness computing power to further improve automated business processes. This is especially critical in business-to-business (B2B) e-commerce. While service-oriented architecture (SOA) delivers the benefits of IT integration to business, it needs a programming language—such as Lisp—that can optimize its capabilities and scale in size and complexity.

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Product Architecture for Product Endurance?


Product architecture can ensure product scalability, endurance, and the incorporation of emerging technologies. Consequently, LANSA 2005 offers Web Application Modules (WAM), to give developers a shorter learning curve and lower development costs to produce browser-based commercial enterprise applications and even Web services.

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Service-oriented Architecture: Improving Agility and Efficiency in Your Enterprise


For many owners, executives, and managers, service-oriented architecture (SOA) has not been clearly defined. Some may have heard the term, and may even have read some of what has been written regarding SOA, but most have not had that opportunity. For many, SOA has been left to the IT department. We explain what it is and why it’s important.

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Architecture-Centered Information Systems In The Manufacturing Domain - Part II - The Architecture Process


Architecture bridges the semantic gap between the requirements and software. Application software systems must be architected in order to deal with the current and future needs of the business organization. Managing software projects using architecture-centered methodologies must be an intentional step in the process of deploying information systems — not an accidental by-product of the software acquisition and integration process.

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