Dr. Arthur Mateos is the vice president of products at Boston-based Service Integrity (www.serviceintegrity.com), a provider of real-time Business Intelligence (BI) software for service-oriented architectures (SOA). Before cofounding Service Integrity, Dr. Mateos served as senior product manager at Inktomi. In this position he was responsible for Content Distribution (CDS) and Wireless Messaging product lines. Under his direction, the CDS product line was instrumental in driving more than $60M in revenue. He received a BA in Physics from Princeton University and a PhD in Nuclear Physics from MIT.
Service-oriented architectures (SOA) and autonomic computing are among the
hottest topics in IT today. SOA simplifies integration and facilitates the
componentization of enterprise-wide systems, thereby enabling optimal
business agility. Autonomic computing allows these systems to operate without
human intervention - through self-configuring, self-healing, and
self-managing capabilities. By combining autonomic computing with SOA,
enterprises can now achieve a new IT utopia, named "Autonomic SOA." However,
this new level of autonomic computing goes beyond just reacting to
traditional IT issues, such as increasing the speed to diagnose, repair, and
prevent future issues. Autonomic SOA is also able to respond dynamically as
changes occur within business conditions and processes, thereby empowering
enterprises everywhere to achieve flawless execution on a daily basis.
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Dr. Arthur Mateos is the vice president of products at Boston-based Service Integrity (www.serviceintegrity.com), a provider of real-time Business Intelligence (BI) software for service-oriented architectures (SOA). Before cofounding Service Integrity, Dr. Mateos served as senior product manager at Inktomi. In this position he was responsible for Content Distribution (CDS) and Wireless Messaging product lines. Under his direction, the CDS product line was instrumental in driving more than $60M in revenue. He received a BA in Physics from Princeton University and a PhD in Nuclear Physics from MIT.
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