STS IVROur work with outage management systems has led us to the development of a new type of IVR system for the cooperative market. We have worked with all of the major players over the years, and have developed a new IVR system to address the problems we have seen with the existing IVR solutions. The Siena Telephony System (STS) utilizes a standards based environment for an interactive voice response (IVR) system. The STS IVR allows for the utilization of the best of breed applications and hardware components to develop and maintain a number of call scenarios designed for the electric utility marketplace.
The STS system was designed from the ground up to provide a functional base of components rather then a single monolithic IVR server. The STS server architecture is a modular and highly scalable environment. The STS software components utilize a mix of applications in an open architecture which allows the mixing and matching of the ideal components for every implementation. Hardware: The STS Server components utilize standard off the shelf computing resources. This allows the purchasing utility to include corporate standardized hardware as a server base. Multiple (1..n) standardized rack (or tower) servers provide a range of capabilities: - Load balancing between servers
Failover capabilities (Redundancy) Test and production environments Multiple Physical Locations Telephone hardware is also a component that historically has been proprietary solution from the IVR vendor. However the STS Server can utilize a host of standardized telephony interconnects: Standards Based T1 / E1 (up to 4 channels per card) Direct PBX and Telco Connections Native IP connections (SIP, IAX, H323 ,etc) Software: The STS software components utilize a layered plug in approach. This allows us to remove and replace components very easily as customer requirements or technology changes. The basic components of the software tree include: Multiple Text to Speech and Speech Recognition Engines Oracle Database Applications Audio Listener Application Reporting Tools
Intelligence: The STS system bases it's call flow on an industry standard XML call tree. The call tree is developed, and may be dynamically updated utilizing the STS Call Tree Development Tool. The call tree is linked directly into the intelligence and business decisions available in the oracle application database. The STS database is typically contained within a larger corporate database environment which provides the STS application a direct tie to a host of business logic components. Examples include: In addition to direct access of business logic, the STS system can provide detailed information on historical and current status. This includes full reporting capabilities in real time. In addition storage and playback of voicemails and full message recording (through both telephony interfaces, and desktop application software) is available. The STS methodology is a departure from the standard monolithic IVR platforms. It utilizes a compilation of suites of tools which provide the optimal form and function for telephony systems. The applications leverage the existing database infrastructure to provide a seamless integration with existing business logic. Both text to speech and speech recognition engines may be interfaced into the STS software stack. These applications may be chosen based on customer requirements. The STS applications can utilize existing and future applications. By providing a standards based interface for the STS server components, this application becomes part of a flexible infrastructure environment where almost any imaginable telephony application can be easily deployed.
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