Education Case Study

Our Education Case Study

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Securely Connecting since its Inception

How we started connecting people & devices in simplified ways and how we continue to do so

  • • Assessing network needs in lecture halls and dormitories
  • • Upgrading IT infrastructure across campus
  • • Preparing the campus for increased device connectivity

About Case Study

Laduree, established in 1862 in Paris by Louis Ernest Laduree, is a renowned French luxury patisserie celebrated for its exquisite macarons and sophisticated pastries. With a presence in the UAE, including locations in Dubai and Abu Dhabi, Laduree brings the essence of Parisian elegance to the Middle East, offering a refined culinary experience that combines tradition with innovation.

aduree, a renowned French luxury patisserie, required high-speed Wi-Fi for its POS systems, online delivery devices, and secure staff and guest access at the Riyadh Head Office. To meet this, Ray provided seamless connectivity using 41 R6B-C Access Points deployed across multiple locations in the UAE and Riyadh

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Key Takeawyas

Ray’s indoor Wi-Fi ensured seamless coverage across 3 hospitals with 110 Access Points in all critical zones.
Dual SSID architecture enabled secure corporate access and controlled guest connectivity with session-based policies
Ray’s controller enabled secure VLAN-isolated IoT access and bandwidth control for stable critical operations.

Group with Ray

a top healthcare provider in the UAE – spans 3 hospitals with high Wi-Fi demand. Managing 110 Access Points for staff, visitors, and medical IoT devices poses network and security challenges

Requirements & Challenges

operates multiple hospitals where uninterrupted Wi-Fi is crucial for supporting medical staff, patient care systems, and administrative operations. Managing this required an advanced on-prem Wireless Controller to oversee 110 Access Points across 3 campuses.The hospital needed consistent and dependable internet access to ensure corporate staff and healthcare professionals could function without interruption, while still providing connectivity for patients and visitors.like many modern healthcare institutions, the need for secure medical device communication was vital. A dedicated SSID was implemented for Medical IoT Devices to allow intranet access without any internet exposure. • Bandwidth allocation was also a priority. Visitor internet access was capped at 15 Mbps, ensuring fair usage while preserving optimal bandwidth for critical hospital operations

Solution

adopted a dual SSID setup to ensure smooth network operations, providing secure access for corporate users and controlled internet for guests through open or self-registration options. To support critical healthcare infrastructure, a separate SSID was configured for Medical IoT devices. These devices operated on a VLAN-segmented intranet to ensure secure and isolated communication.With strict guest access policies in place, visitor internet sessions were bandwidth-capped at 15 Mbps, preserving performance for essential medical applications

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Key Obstacles & Our Strategic Solutions

Challenges

  • Need for consistent, uninterrupted Wi-Fi across 3 hospitals
  • Advanced on-prem Wireless Controller to manage 110 APs
  • Bandwidth prioritization for staff, with guest cap at 15 Mbps
  • Secure communication for Medical IoT devices via dedicated SSID
  • Segmented access and high-grade network security
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