VISUALIZATION

Callidus Software Inc., the industry leader in Enterprise Incentive Management (EIM), today formally outlined the role and importance of its rules-based grid computing architecture, the TrueComp Grid. Because of the unique role EIM plays in helping organizations use compensation to drive corporate performance, incentive management systems differ significantly from traditional enterprise applications, and require an architecture specifically suited for incentive compensation challenges. Callidus is the only EIM provider that offers grid computing-based solutions. The entire Callidus product suite leverages TrueComp Grid, which is designed to optimize the four key elements of an EIM system: flexibility, scalability, performance, and reliability. The TrueComp Grid meets the unique incentive management requirements of Global 5000 enterprises, allowing them to process millions of transactions for tens of thousands of employees, in the shortest time period. "A rules-based grid computing architecture is the optimal technology choice because it cost-effectively addresses the complex requirements that distinguish EIM from other enterprise systems," said Robert Warfield, senior vice president at Callidus Software. "This is the key to the success of our solutions with big, global customers: Our TrueComp Grid computing architecture minimizes hardware costs while driving maximum performance to accomplish mission-critical reliability." The grid architecture combines the pooled processing power of disparate machines (from mainframes to PCs) with a sophisticated yet easy to use rules-based engine. This rules-based engine offers the flexibility needed for adapting incentive programs as business objectives and environments evolve. The TrueComp Grid scales linearly as transaction volumes increase, while leveraging hardware investments. Reliability is further secured through a built-in failover capability. Callidus' EIM solutions deliver unparalleled performance and reliability in managing and processing massive data- and calculation-intensive incentive programs for some of the world's largest organizations. Customers include banking and financial services leaders such as US Bank and CUNA Mutual, media giants like AOL Time Warner Corporation and DIRECTV, and telecommunications leaders such as AT&T Wireless, SBC Communications, Sprint and Telstra. Prior to TrueComp, these huge computing processes were deployed using a variety of databases, spreadsheets, homegrown mainframe applications and antiquated, expensive client-server or J2EE n-tiered architectures, running on dedicated application servers. "Businesses across the board can no longer afford downtime of any type which limits performance in any area of the company. This is particularly true when it affects employee compensation," continued Warfield. "We're making sure that companies get the most out of their IT investment. We believe the TrueComp Grid sets the standard for performance as it drives timely calculations of incentive payments regardless of the transaction complexity, volume of transactions or number of payees. This translates into a more productive workforce." In conclusion, Warfield noted: "A number of non-grid technology EIM systems have been sold, but many of those projects failed." Founded in 1996, Callidus Software (www.CallidusSoftware.com) is the industry's leading enterprise incentive management (EIM) provider to global companies across multiple industries. Callidus' EIM systems allow enterprises to develop and manage incentive compensation linked to the achievement of strategic business objectives. Through its TrueComp® Grid architecture, Callidus delivers the industry's only EIM solution that combines the power and scalability of grid computing with the flexibility of a rules-based interface. Customers/Partners include AOL Time Warner Corporation, AT&T Wireless, BMC Software, CUNA Mutual, DIRECTV, Dun & Bradstreet, IBM, JP Morgan Chase & Co., Pennzoil-Quaker State Company, SBC Communications and Sun Microsystems. Callidus is publicly traded on the NASDAQ under the symbol CALD.