Kabira Transaction Platform: Superior processing technology and an innovative 64-bit memory-resident architectural approach delivers a wide range of benefits to sectors requiring high-speed transaction processing capabilities, especially Financial Services and Telecommunications. The Kabira Transaction Platform provides highly effective solutions for organizations confronting market demand for high-volume, real-time transaction processing. Kabira Transaction Platform provides the means to service extremely high volumes of transactions, implement solutions that drive down the cost of transactions, and dramatically shorten the time to market for new service offerings. Kabira's unique 64-bit architecture processes and stores all data, applications and logic completely within memory, which is the foundation of its extremely high-speed, low-latency environment that is at once as reliable and robust as legacy mainframe environments, but far more flexible and far lower in cost and maintenance than proprietary architectures can possibly accomplish. Kabira's fully-cached infrastructure accelerates performance by an order of magnitude compared to systems based on disk access. KTP is optimized to function both within the emerging (and converging) world of IT-enabled service delivery as well as to integrate with traditional, proprietary networks wishing to migrate toward flexible, open systems. The underlying technology is highly modular and extensible to easily integrate with existing networks and can support tens of thousands of events per second on commodity UNIX platforms. KTP delivers full transactionality without requiring a DBMS, fault tolerance on Intel or Sparc-based hardware, and has been running for more than four years in demanding networks with zero downtime. Kabira's Eclipse-based development environment isolates all the fault-tolerant and transaction-specific functionality, allowing developers and architects to concentrate on business logic alone, helping to accelerate development and delivery of extreme transaction processing-based applications.