FirstLight’s Fiber Optic Internet and Voice to Serve Bennington, VT Location
Albany, NY – April 19, 2018 – FirstLight, a leading fiber-optic bandwidth infrastructure services provider operating in the Northeast, announced today that Tri State Area Federal Credit Union, formerly Hoosick Federal Credit Union, has selected FirstLight for Internet and Voice services for its Bennington, VT location. Tri State Area Federal Credit Union (FCU) is a small, up and coming ($24MM) community chartered not-for-profit doing business in the Tri State area of New York, Vermont and Massachusetts. The company will utilize FirstLight’s services to support data processing in the cloud.
“We are a long-standing business that is proud to do business the old-fashioned way, but with up-to-date technology to best serve our members,” commented Jim Martinez, President of Tri State Area FCU. “With our business model, it is essential to have Internet and voice services that ensure both speed and security, and I find FirstLight has already far exceeded these requirements and has proven itself superior to its competitors. FirstLight was particularly attentive to my specific needs, and I feel confident that we will expand our relationship to include other services as my company, and our relationship, grows.”
“We are honored to serve the Tri State Area Federal Credit Union, a company that has been in business since 1953,” stated Kurt Van Wagenen, President and CEO of FirstLight. “As a highly regarded financial services provider, it is essential for Tri State Area FCU to have robust communications network to serve their clients, and FirstLight’s reliable, scalable, fiber-based services were a good match to support their business.”
To ensure high uptime, FirstLight’s IP network employs redundant equipment, connections, and power supplies. The IP network is deployed regionally in a ring architecture, with each region capable of operating independently. Internet traffic is redundantly routed over our fiber network with the ultimate survivability of two separate meshed core networks, allowing for no single point of failure within that core.
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