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Selectica Configuration™ Platform Features

The Selectica Configuration™ Platform is designed to accommodate the configuration needs of extremely complex products and services. Therefore, a rich set of features have been developed as part of the platform to assure that virtually any configuration challenge can be met. Whether your industry is Automotive, Finance & Banking, Health Insurance, High-Tech Manufacturing, Industrial Manufacturing, Internet Retail, Medical Technology, Public Sector or Telecommunications, the Selectica Simplexity Configuration™ Platform has the capabilities to do the job.

Selectica Configuration Platform Features
Declarative Constraint Engine Features
    Declarative Form check Business logic expressed in declarative, not procedural, form. Business entities are represented using parameters. Relationships between parameters are captured as constraints.
    Scalable check Declarative form compact compared to procedural engine. Inherently scalable for faster throughput.
    High Performance check State-based engine considers only changes to model, instead of processing entire model, for significantly faster processing.
    Simplified Architecture check No elaborate procedures are required to get valid configuration
    Automated check Engine automatically adjusts to added or removed parameter or constraint. Runs all applicable constraints and rejects choice in case of constraint failure. State of business model always correct.
Knowledge Base Features
    Disconnected Mode check Enable laptop usage for field sales by permitting only a portion of entire product set, such as a certain product family, to be loaded, reducing storage requirements and increasing speed. Also called untethered mode.
    Dual Core Enabled check Take advantage of dual-core processors by enabling parallel loading of knowledge bases, reducing load time to almost half.
    Repository check Repository includes business entities and logic
    Parameters check Parameters (business entities to be configured) can be logical, cumulative, or programmatic
    Constraints check Constraints (relationships between business entities) can be hard or soft, and can consist of algebraic expressions, function expressions, rules, tables, compatibility/ incompatibility, or resource
    Components check Components (pre-defined business objects, which are the parts and their attributes) can be hierarchical and can be loaded from a database
Modeling Features
    Dynamic Properties check Dynamic component properties simplifies modeling because it permits descriptive attributes to be attached to a component, such as price, PC board slot number, and quantity.
    Complexity check Rich modeling constructs permit modeling at attribute and meta level, instead of component level, easing modeling of complex products and services.
    Object-Oriented check Supports inheritance to extract common behavior and data. Also supports composition that can reflect physical containment
    Parameters check Multiple types of parameters are available, including referential parameters, resource parameters, and containers of parameters
    Validity Dates check Validity dates available for models, parameters, constraints, and components
    Extensible check Model is extensible to allow user-defined functions
Runtime Features
    Resource Calculation check Automatic resource calculations during runtime ensure that resource requirements are met. For example, the system can automatically calculate the total power requirements for a PC system configuration, and indicate if the selected PC power supply will be adequate.
    Ajax Enablement check

Performance improvement by communicating only changes to configuration, instead of entire model, enabling Ajax operation on user interface.

    Rollbacks check Supports multiple rollback points for What-If Analysis, such as comparing multiple configurations.
    Load Time Reduction check Up to 40% faster knowledge base load time improvement
    Runtime Performance check Up to 20% faster runtime performance
    RAM Reduction check Up to 40% decrease in RAM memory size requirement for knowledge base and up to 30% decrease for session memory requirement
    Dual Core Enabled check Take advantage of newer dual-core (and quad-core) processors by enabling multi-threading during runtime, improving performance by over 30%. For organizations using Virtualization, performance can also be dramatically improved by allocating multiple processors to Selectica configurations.
    Scalable check Shares model across knowledge base. Architecture inherently scalable
    Data Driven check Database connectivity at various levels, including design-time, load-time, and run-time
    Solution Configuration check Supports solution configuration, where multiple “independent” sub-configurations can be started, then placed in a parent configuration
    Dynamic Modeling check Supports dynamic modeling, including run-time sub-classing
    Partial Configurations check Supports saving of partial configurations
    Failure Messages check Supports multiple failure message scenarios, including internationalization of messages , as well as custom error messages
    Warnings check Supports messages that indicate violation of soft constraints
Analytics Features
    Knowledge Base check Generates knowledge base analytics, such as number of constraints, parameters, and relationships



Very simply, the best product configuration software in the world.

 
 
Copyright 2008 Selectica, Inc