Mr. Tucker has two decades of achievements leading advanced
technology ventures. Prior to joining Radar Networks, he was
Vice-President of AppExchange at salesforce.com where he created and
drove the growth of the AppExchange online marketplace.
In addition to his role at salesforce.com, Mr. Tucker spent 10 years at
Sun Microsystems, Inc., where he was Vice-President of Internet
Services, having overall corporate responsibility for Sun Microsyst...
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Mr. Tucker has two decades of achievements leading advanced
technology ventures. Prior to joining Radar Networks, he was
Vice-President of AppExchange at salesforce.com where he created and
drove the growth of the AppExchange online marketplace.
In addition to his role at salesforce.com, Mr. Tucker spent 10 years at
Sun Microsystems, Inc., where he was Vice-President of Internet
Services, having overall corporate responsibility for Sun Microsystem’s
presence on the World Wide Web. Earlier he served as CTO and Director
of Sun Developer Programs. As a core member of the first JavaSoft
executive team and evangelist for the advancement of the Java
technology platform he delivered Sun’s technology strategy at
conferences, industry panels, and financial analyst briefings. These
included presentations given at InternetWorld, JavaOne96, JavaOne97,
JavaOne98, RedHerring, Byte Research Forum and other CTO conferences
worldwide.
Before coming to Sun, Mr. Tucker was Director
of Development and Advanced Software at Thinking Machines, Inc., where
he conducted research into machine learning and contributed to the
architecture and development of the massively parallel Connection
Machine supercomputer.
Mr. Tucker holds a Ph.D. in
Computer Science from Polytechnic Institute of Technology, and a B.A.
in Biology from Cornell University. He has authored numerous papers on
computer architecture, AI, and machine intelligence. Before entering
the computer field, he was an Assistant Professor in Neurobiology at
Cornell University Medical College and early pioneer in the use of
computer technology for the mapping of brain function.
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