Page 100 - Cyber Defense eMagazine August 2023
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Given these challenges, passive optical networks (PON) technology has emerged as a game-changing
            opportunity  for the DoD to take a lead role in establishing  more sustainable networking  and achieve its
            green energy goals. Prioritizing the adoption of PON can lead to the creation of a secure, efficient, and
            environmentally  resilient communications  infrastructure.  This paper emphasizes  the numerous benefits
            of  PON,  including  cost-effectiveness,  improved  network  infrastructure  and  services,  and  support  for
            various applications. By leveraging successful use cases and best practices from both civilian and military
            sectors, the DoD can maximize outcomes and position itself as a pioneer in sustainable networking.

            PON  technology,  widely  utilized  by  major  telecommunications  service  providers  such  as  Verizon  and
            AT&T, is transforming how data is transmitted over optical fiber networks. While commercial entities have
            already  embraced  this  technology,  the  DoD  currently  lags  in  leveraging  cutting-edge  network
            technologies. Adopting PON can provide significant advantages, as it offers enhanced security, reliability,
            and cost-effectiveness.  It can reduce capital costs  by up to 30-50% and operational  costs  by 50-70%,
            while also improving network infrastructure, services, trustworthiness,  and speed. PON supports various
            applications  like  voice,  video,  wireless  access,  security,  surveillance,  building  environmental  controls,
            and automation using Power over Ethernet.

            PON technology uses a Layer-2 transport medium to deliver converged audiovisual and data services at
            gigabit speeds over a single strand of fiber to the user's location. Unlike traditional  copper-based  LAN,
            transitioning to a PON infrastructure does not require reconfiguration of clients or PCs.


            To  gain  a  competitive  edge,  the  DoD  should  aspire  to  integrate  state-of-the-art  commercial  network
            technologies  into  its  networks  at  the  speed  of  relevance.  This  requires  aligning  telecommunications
            technology goals with environmental sustainability and proficient management of the application portfolio.
            By  adopting  PON  technology,  which  is  already  employed  by  various  industries  such  as  by  finance,
            hospitals,  manufacturing,  airports,  solar  farms,  hotels,  stadiums,  schools,  and  utilities,  the  DoD  can
            achieve this edge.

            By  embracing  innovative  solutions,  the  DoD  can  establish  a  secure  and  efficient  communications
            infrastructure that is technologically and environmentally  sustainable and resilient, positioning itself as a
            pioneer in the field. This would not only benefit the DoD but also showcase the substantial impact of PON
            technology in telecommunications.  Leveraging successful use cases and best practices from both civilian
            and  military  sectors,  the  DoD  can  maximize  cost-effectiveness  and  results,  driving  transformative
            changes that benefit both sectors.



            Embracing PON: Technology for Environmentally  Sustainable Military Networking

            The DoD seeks  to enhance  operational  efficiency  and maintain  global  dominance  in national security,
            but utilizing sustainable  and energy-efficient  solutions in the military is also important, so much so that
            the  DoD  has  spent  over  $100  million  since  2010  on  what  are  known  as  Energy  Resilience  and
            Conservation Investment Program (ERCIP) fund projects.









            Cyber Defense eMagazine – August 2023 Edition                                                                                                                                                                                                               100
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