office:   (571) 229-5080
fax:   (866) 873-1277
E-Mail: info@synexi.net

Contract Number: N00178-07-D-5253

Zone: 2 - National Capital Region

SynExi is a small business founded in July of 2006 with a single office located in the National Capital zone.  Our team is composed of highly recognized leaders in the government and Information Technology space with significant experience with the Navy and DoD, including:

·         Provided network design for NMCI’s connectivity to DISA’s IP Core Network and worked with the NMCI program to determine how to meet current and future network requirements.

·         Worked directly with HQ USMC to identify critical transition requirements for IPv6 and reviewed the USMC IPv6 Transition Plan for completeness.

·         Interfaced with the Department of the Navy and the NMCI Program Office to better understand OSD IPv6 policy and the impact and value of IPv6 for Navy networks.

·         Established and supported the US DoD IPv6 Transition Office funded by OSD – including coordinating the transition efforts of the DoD Services and Components

·         Established and supporting the DISA IPv6 Transition Office

·         Supported the Army IPv6 Core Team

·         Led investigation for the DoD Advanced Technology Demonstration Network (ATDNET)

·         Led architecture development for the Global Information Grid Bandwidth Expansion (GIG-BE) IP layer design and specification.

·         Led efforts to design, deploy, and manage large infrastructure networks such as the Non-Classified IP Router Network (NIPRNET) and its remote access components. 

·         Led the research for the development of the DoD’s National Fiber Infrastructure and SONET ring technology for the IP-Core Network, which became the core infrastructure for the Defense Information System Network (DISN).

·         Led efforts for multiple private companies to develop and deploy next generation network services

·         Coordinated participation from government, industry, academia and international participation in the transition to IPv6