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DTSTAMP:20171218T203405Z
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DTSTART;TZID=America/New_York:20171005T150000
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DESCRIPTION:Fiber Optic technology has become a critical design element in 
 the Cyber Technology infrastructure as it can\nsupport the increased bandw
 idth\, communication topologies\, and data rates necessitated by the user 
 base.\nNovel approaches including\; switched networks\, optical multiplexi
 ng\, and amplification further expands the\noptical reach to achieve the F
 TTx\, Last Mile objectives\, and Distributive Antenna System (DAS) in-buil
 ding\nenhancement. However\, as this growth becomes more prominent\, the n
 umberless ways to thwart\, infiltrate and\neven steal the data stream has 
 increased as well. This presentation will discuss the several ways that op
 tical\ndata paths are used\, and highlight the vulnerabilities specific to
  these various infrastructures. Examples of\ntechnical solutions shall be 
 presented to address the strengths and vulnerabilities inherent within Fib
 er Optic\nnetworks.\nDino Giordano is the Principle RF Design Engineer foc
 using on Distributive Antenna Systems (DAS) and Wireless products for\nMic
 rowave Photonic Systems (MPS). Dino directs MPS in the design and developm
 ent of active distributive antenna system products.\nHe has been positione
 d in the DAS enhancement industry for over 18 years. Dino has taken on the
  part of innovated lead for many\nDAS orientated company’s\, previously 
 as the Director of Engineering for Fiber Span. Having an extensive underst
 anding of products\,\nsystems\, and market trends\, he drives himself to o
 ffer a full comprehensive solution for a multitude of engineering requirem
 ents. Dino\nhas a Bachelor of Science degree in Electrical Engineering fro
 m State University of New York Polytechnic Institute at Utica.\nDino@B2BPh
 otonics.com\n\nEast Hanover\, New Jersey\, United States
LOCATION:East Hanover\, New Jersey\, United States
ORGANIZER:kdixit@ieee.org
SEQUENCE:0
SUMMARY:[Legacy Report] Optical Communication Topologies and Deployment Tec
 hniques for Secure Data Transmission
URL;VALUE=URI:https://events.vtools.ieee.org/m/155427
X-ALT-DESC:Description: <br /><p>Fiber Optic technology has become a critic
 al design element in the Cyber Technology infrastructure as it can<br />su
 pport the increased bandwidth\, communication topologies\, and data rates 
 necessitated by the user base.<br />Novel approaches including\; switched 
 networks\, optical multiplexing\, and amplification further expands the<br
  />optical reach to achieve the FTTx\, Last Mile objectives\, and Distribu
 tive Antenna System (DAS) in-building<br />enhancement. However\, as this 
 growth becomes more prominent\, the numberless ways to thwart\, infiltrate
  and<br />even steal the data stream has increased as well. This presentat
 ion will discuss the several ways that optical<br />data paths are used\, 
 and highlight the vulnerabilities specific to these various infrastructure
 s. Examples of<br />technical solutions shall be presented to address the 
 strengths and vulnerabilities inherent within Fiber Optic<br />networks.<b
 r />Dino Giordano is the Principle RF Design Engineer focusing on Distribu
 tive Antenna Systems (DAS) and Wireless products for<br />Microwave Photon
 ic Systems (MPS). Dino directs MPS in the design and development of active
  distributive antenna system products.<br />He has been positioned in the 
 DAS enhancement industry for over 18 years. Dino has taken on the part of 
 innovated lead for many<br />DAS orientated company&rsquo\;s\, previously 
 as the Director of Engineering for Fiber Span. Having an extensive underst
 anding of products\,<br />systems\, and market trends\, he drives himself 
 to offer a full comprehensive solution for a multitude of engineering requ
 irements. Dino<br />has a Bachelor of Science degree in Electrical Enginee
 ring from State University of New York Polytechnic Institute at Utica.<br 
 />Dino@B2BPhotonics.com</p>
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