Delivering Reliable Commencement Ceremony WiFi Coverage at Bentley University
For Bentley University’s 2025 graduation, thousands of proud families, students and faculty gathered to celebrate a major milestone. With over 5,000 attendees expected on campus, dependable WiFi connectivity was not a luxury—it was essential. Solaris Technologies Services stepped in to deliver high-speed, event-wide coverage with a solution built specifically for large crowds and high-density data needs. Our MITT WiFi towers provided the reliable, scalable, and secure connectivity this event required.
Custom Solutions for Commencement Ceremony WiFi Coverage
WiFi coverage at the commencement ceremony is critical for both operational success and guest satisfaction. Bentley University reached out to our tower team when they realized the local cell infrastructure could not handle the demands of 5,000+ attendees all trying to connect, post, and livestream. Solaris Technologies Services deployed two MITT WiFi towers to ensure uninterrupted access across the entire event space. Each tower was positioned to maximize coverage zones and avoid interference. Because our towers support Tier 1 carriers and public WiFi, students and families were able to share and celebrate in real-time.
Our towers offer a 24-hour runtime, trailer-based mobility, and durable construction, making them the go-to solution for temporary connectivity. Designed with military-grade toughness and tested in 110 mph winds, they perform in any environment. These capabilities are why venues like Bentley trust Solaris to deliver consistent performance on high-pressure days. From setup to teardown, our team provided full technical support to ensure everything ran smoothly.
Two MITT WiFi Towers Supporting Thousands Seamlessly
The decision to use two MITT WiFi towers came after a detailed site survey. Our engineers analyzed the layout, guest traffic patterns, and likely signal congestion points. With this data, we installed and configured the towers to provide even, high-speed coverage without delay or downtime. This network allowed families to livestream the event to loved ones, access real-time event information, and share photos and videos without interruptions.
We designed our towers to prioritize both carrier offload and public access. That dual capability is what helped Bentley avoid overloading nearby cell towers. Instead of seeing service dropouts and frustrated guests, the university experienced a high-satisfaction event. Our field support team remained onsite to monitor performance and respond to any issues in real-time, though none occurred.
A Scalable, Fast-Deploy Solution for Special Events
Solaris Technologies Services understands that no two events are the same. That’s why our MITT WiFi towers are engineered to scale, mobilize fast, and deliver dependable service in any location. From commencement ceremonies to disaster response and rural broadband, our solutions adapt to your needs. For Bentley, our towers not only solved a bandwidth problem—they elevated the guest experience. That’s the impact of planning with Solaris.
We make it easy to deploy world-class connectivity without the need for permanent infrastructure. Our towers arrive ready to go, with minimal setup and complete support. For Bentley University, this meant more than just connection—it meant making memories without disruption. Events like this are once-in-a-lifetime. Our mission is to ensure they’re captured, shared, and remembered.
When Connection Matters Most, Solaris Delivers
For Bentley University’s spring 2025 commencement, Solaris Technologies Services delivered dependable, high-capacity connectivity when it mattered most. Our two MITT WiFi towers ensured that over 5,000 guests stayed connected, celebrated together, and enjoyed every moment without a single signal loss. If your organization requires temporary, secure, and scalable Wi-Fi coverage for an event or venue, Solaris has a proven solution.
Contact Solaris Today to learn how our MITT Wi-Fi towers can enhance your next high-traffic event. Call 972-721-0150 for more information.
Image generated using Gemini by Google.
