For schools, colleges, and universities, iQuila offers SD-WAN solutions to connect multiple campuses and facilitate resource sharing from a central data center. Additionally, iQuila provides reliable VEN solutions for faculty and students to access server resources remotely.
As a retail company currently utilizing an MPLS over PSTN solution, we were seeking a replacement due to the phasing out of PSTN and the prohibitive costs associated with MPLS over fibre. We have over 500 stores nationwide, each connected via three VLANs from our data centres: POS, administration, and store Guest Wi-Fi.
We were looking for a straightforward replacement for our current MPLS setup, aiming to minimize service disruption during the transition. Additionally, we are expanding our footprint with pop-up stores and required a solution that could be easily deployed in these new locations. The pop-up stores will connect via the shopping centre’s internet connections, and we cannot configure inbound firewall rules in these environments.
As a retail company currently utilizing an MPLS over PSTN solution, we were seeking a Our university needed an optimal solution for connecting multiple remote campus sites back to the central data centres. We sought a secure and user-friendly remote access solution for faculty and students that wouldn't require significant changes in user connection settings or increase IT support requests.
We faced a significant challenge in ensuring uninterrupted Wi-Fi connectivity when responding to major emergencies. Officers transitioning between vehicles experienced frequent session interruptions, losing connection to critical services. This issue became particularly problematic during major incidents when multiple vehicles were deployed in proximity
As a large UK insurance company, we needed a hosted remote access solution for our employees. All data is stored offsite at a data centre, and we do not maintain any onsite servers, therefore a hosted and secure solution was essential.
We are a prominent law firm with a substantial global presence, operating 33 offices across North America, Europe, Asia, and the Middle East. Our offices are strategically located in major cities, including New York, London, Beijing, and Dubai, to better serve our diverse clientele. We employ nearly 2,100 lawyers worldwide, supported by a dedicated team of patent agents, benefits advisers, regulatory scientists, and other specialists. This brings our total number of legal professionals to over 2,500. To ensure seamless connectivity and data management, we currently utilize ExpressRoute to link our 33 offices to Microsoft Azure, where all our data is securely stored. For remote access, our staff relied on IPSec VPN. We required a more robust remote access solution, to enhance security and improve the user experience of our remote workforce, in an increasingly digital world.
As a company with hundreds of employees, we faced the challenge of supporting an increasing number of staff working from home. We needed a robust solution that provided secure and continuous connections for remote devices, with the ability to filter traffic to and from them.
As a switch manufacturer, we required a more robust and simpler VPN solution embedded in our switches. The solution needed to be easily configurable by non-skilled or semi-skilled IT administrators and capable of operating at both Layer 2 and Layer 3.
Simple user configuration
Layer 2/Layer 3 VPN connection to our self-hosted service from hardware switches
Integration with our existing web portal
Custom client integration with our hardware switches
Self-hosted service
Robust enough to handle hundreds of thousands of connections
As an IT manager in a government department, we faced a critical need to encrypt data across all workstations spread over several departments in various locations. Our goal was to ensure the encryption remained intact over multiple network hops, while maintaining low overhead to guarantee speed and low latency. Our infrastructure encompasses five departments across the UK, with 4,800 workstations and 16 different security groups, each with diverse hardware configurations.
As a leading construction company, we constantly strive to meet and exceed the expectations of our clients through innovative solutions and exceptional service. Our expertise spans residential, commercial, and industrial projects, with a commitment to quality, safety, and sustainability. This document outlines a recent project where we implemented advanced connectivity solutions to enhance our operational efficiency and service delivery.
As an agricultural technology manager, we faced the task of integrating IoT (Internet of Things) solutions to enhance our farming operations. Our goal was to increase efficiency, optimize resource use, and improve crop yields by leveraging real-time data from various sensors and devices.
Our diverse agricultural landscape, which includes small farms to large enterprises, presented several key challenges that needed to be addressed for successful IoT implementation.
In the automotive manufacturing industry, a critical challenge is managing latency and ensuring real-time communication across the production line. This challenge is particularly evident in an automated assembly plant where robotics, sensors, and control systems must function in perfect synchrony to maintain precision and efficiency. Any delay or disruption in the communication network can cause significant production slowdowns, leading to defects in assembled vehicles and costly downtime.
To address this issue, we needed to implement a low-latency, high-throughput network infrastructure capable of handling the vast amounts of data generated by IoT devices and automated systems in real-time. Additionally, incorporating advanced edge computing solutions would help process data locally, reducing dependency on central servers and further minimizing latency. Ensuring robust, reliable communication channels in such a precise environment is crucial for maintaining seamless manufacturing operations and upholding stringent quality standards.
We are a global manufacturing company with a presence in 12 countries, spanning Europe, Asia, Australasia, and the Americas. Our extensive network includes over 7000 dedicated staff members working across various office locations and manufacturing plants worldwide. To enhance our operational efficiency and ensure seamless connectivity, we sought a comprehensive SD-WAN solution.
Given our global footprint and diverse geographical locations, we needed a robust and reliable SD-WAN solution that could seamlessly connect all our offices and manufacturing plants. Additionally, it was crucial for this solution to support remote connectivity for our staff, enabling them to access our network securely and efficiently from anywhere in the world.
Our primary objective was to find an SD-WAN solution that would not only link our international offices and plants but also provide our staff with the capability to work remotely without compromising on security or performance. This solution was essential for maintaining our global operations and supporting our growth and innovation efforts.
As a prominent leader in the mining and mineral exploration industry, our company was in search of a highly reliable and efficient Layer 2 connectivity solution. This solution must be capable of operating seamlessly over our private 5G and Wi-Fi networks, while supporting a 1500 MTU. The connectivity solution is essential for linking our extensive fleet of heavy industrial machinery, which includes state-of-the-art autonomous drilling rigs and large haul vehicles.
To ensure optimal performance and operational efficiency, the solution must support the extension of five native VLAN IDs at Layer 2, all while maintaining minimal latency. Each of our mining sites required comprehensive Layer 2 connections to approximately 400 vehicles and pieces of equipment.
The robustness and resilience of this system was of paramount importance. Any downtime or connectivity issues could lead to substantial financial losses, potentially amounting to millions of dollars. Therefore, we required a solution that guaranteed continuous operations under the demanding conditions of our industry.
In the oil and gas industry, we encounter escalating issues with connectivity security and an ever-increasing demand for data. Maintaining VPN connections from oil and gas rigs is challenging, even in optimal conditions. We needed a more robust solution capable of operating over satellite connectivity, minimizing latency, and maximizing throughput to meet growing data demands. Additionally, High Availability (HA) was crucial, as downtime can cost our organization millions of dollars in lost productivity every hour.
As a leading telecommunications company, we are constantly navigating the escalating demand for robust 5G connectivity. Clients are increasingly requesting either primary 5G connections or 5G failover options to complement their existing wired connections. A significant hurdle in this scenario is providing a public IP address over a 5G network while ensuring a consistent 1500 MTU (Maximum Transmission Unit). The solution we sought needed to offer a Layer 2 link over a Layer 3 network without compromising on MTU, latency, or deployment simplicity.
As a real estate company based in France with 14 offices, we sought a solution to connect and secure all our offices and remote staff. To ensure seamless operations across these multiple locations, we needed a robust, scalable, and secure infrastructure that supports efficient communication, collaboration, and data access, thus ensuring high productivity and operational efficiency. Additionally, our services are hosted in a private data centre, and we have a variety of other hosted applications that we also needed to secure with this solution. Furthermore, the solution had to be capable of carrying VoIP calls for office and remote workers seamlessly.
