Binghamton U Implements Application Delivery Controllers

Binghamton University, part of the State University of New York (SUNY) system, has implemented new application delivery controllers to provide high availability and improved performance of its student information systems and other infrastructure.

The university operates its student information system across three front-end servers. IT staff tried a couple of different load balancers, including a commercial solution and an open-source one, to distribute network traffic across the servers but they both encountered a number of functional problems, according to a news release. They decided it would be necessary to implement a state-of-the-art, supported system to balance loads on their current and future network services.

The team evaluated products from several vendors in collaboration with iSecure, an IT security solutions provider. Most of the products they tested were either too expensive or lacked key features. They finally settled on APV series application delivery controllers from Array Networks, which provided the right balance of features and price, and deployed it in September 2015.

Since the deployment, "the university has experienced minimal downtime for application access, and the IT team is able to perform maintenance on the application servers as needed without affecting performance," stated a news release from Array Networks and iSecure. If one of the university's servers goes down, it doesn't affect service, and the IT team can "add more front-end servers as needed to support growing demand."

About the Author

Leila Meyer is a technology writer based in British Columbia. She can be reached at leilameyer@gmail.com.

Featured

  • From the Kuali Days 2025 Conference: A CEO's View of Planning for AI

    How can a company serving higher education navigate the changes AI brings to ed tech? What will customers expect? CT talks with Kuali CEO Joel Dehlin, who shared his company's AI strategies with attendees at Kuali Days 2025 in Anaheim.

  • abstract pattern of cybersecurity, ai and cloud imagery

    OpenAI Report Identifies Malicious Use of AI in Cloud-Based Cyber Threats

    A report from OpenAI identifies the misuse of artificial intelligence in cybercrime, social engineering, and influence operations, particularly those targeting or operating through cloud infrastructure. In "Disrupting Malicious Uses of AI: June 2025," the company outlines how threat actors are weaponizing large language models for malicious ends — and how OpenAI is pushing back.

  •  floating digital interface with glowing icons, surrounded by faint geometric shapes

    Digital Education Council Defines 5 Dimensions of AI Literacy

    A recent report from the Digital Education Council, a global community devoted to "revolutionizing the world of education and work through technology and collaboration," provides an AI literacy framework to help higher education institutions equip their constituents with foundational AI competencies.

  • cloud and circuit patterns with AI stamp

    Cloud Management Startup Launches Infrastructure Intelligence Tool

    A new AI-powered infrastructure intelligence tool from cloud management startup env0 aims to turn the fog of sprawling, enterprise-scale deployments into crisp, queryable insight, minus the spreadsheets, scripts, and late-night Slack threads.