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Traditional enterprise connectivity systems cannot meet the demands of today’s digital businesses, which need strength, resilience, and flexibility to stay ahead. For example, a digitally transformed factory has more data to store and process than a traditional factory. As a result, today’s enterprises have an increased need to aggregate and transport data. Continuing with the factory example, factories are no longer the sole property of manufacturing companies. With concepts such as robotics as a service, the factory is becoming home to intelligent machines owned and operated by external partners. This means that connectivity must be optimized not only with headquarters, branches, and production sites, but also with specific external parties. Smart manufacturing processes place much higher demands on connectivity resilience, requiring guarantees in the form of service level agreements, dedicated bandwidth, and flexibility.

more services from centralized clouds, including from ecuador mobile database cloud providers simultaneously as part of a multi-cloud strategy. This requires flexibility to provide the necessary bandwidth for a given service and the ability to route between clouds. Connectivity is no longer limited to connecting sites in two cities, but requires a more fine-grained connection between applications, workloads, devices, and users.

Given these requirements, it is important to understand the importance of robust, fast, high-speed, and flexible connections between the corporate network and the cloud and other digital infrastructure service providers. Inflexible traditional connection schemes are being replaced by modern internet exchange (IX) services. But achieving this level of resilience and flexibility is not enough; enterprises must also consider data security.

Role IX
We have already discussed that one of the most important components of a business’s success is having a reliable and strong connection with customers and partners. IX allows Internet service providers, content delivery networks, and other network providers to exchange Internet traffic, usually at no cost. Connecting to the infrastructure via a port allows each network to directly connect to other networks and exchange traffic, which is also called peering. This increases the speed of data flows and provides transparency and control over who is sending and receiving data.