QuexSolutions operates its own data center space in over 12 locations based on 4 continents. All our data centers are functionally independent with distinct and redundant resources and fully are integrated through a network architecture that allows seamless intra-data center capabilities.

Redundant 10-Gigabit Ethernet circuits are used across the entire core of the network, to reduce the risks of internal congestion due to DDoS attacks, and to maintain optimal flexibility.

Our network is fully meshed, using BGP and OSPF, and redundant with a wide selection of backbone providers, as well as hundreds of direct peering relationships globally.

Our diverse range of offerings along with multiple available locations allows us to fulfill the demands of our clients. No matter what your needs are, from a single server to a redundant failover setup, we’ve got you covered!

Our State of the art infrastructure and data centers in Los Angeles, Virginia, Las Vegas and New York ( USA ), Montreal (Canada), Amsterdam (Netherlands), London (United Kingdom), Strasbourg (France), Luxembourg (Luxemborg), Falkenstein (Germany), Singapore (Singapore), and Sydney (Australia) are second to none. We strongly believe delivering High-Performance Solutions and are successful because we promise, and deliver 99.9% network uptime coupled with the best Hardware and Technical Support to every single customer of ours.

Our network architecture utilizes the Enterprise routing and switching engines from Juniper and Cisco. We utilize Juniper M20 routers as border routers, Cisco 6500 series switches in our distribution layer and Cisco 6500 switches in our aggregation layers, and Cisco 3500 and 2900 series switches at the customer layer. Our network is fully meshed and redundant with 12 backbone providers.

We build in redundancy to ensure that your site is open for business. Each server is protected by our fire suppression system and multiple air conditioning systems (HVAC: Heating Ventilation Air Conditioning).In addition, we keep a supply of drives, network cards, processors, motherboards, and every other piece of equipment that has even a remote chance of failure.