The Santiago data center is strategically designed to serve Chile's most important logistics and e-commerce hub. With an initial capacity of 10 MW, scalable to 20 MW and expansion potential up to 90 MW, this center operates with latencies of less than 1.5 ms to optimize critical distribution operations and real-time transactions.

Its location at the heart of the national digital ecosystem positions it as the main node for processing the exponential demand for AI in high-volume sectors. The infrastructure is equipped to support intensive machine learning applications that require immediate processing of transactional and predictive data.

A 10-20 MW center specializing in maritime logistics with latencies under 1.5 ms. It implements advanced IoT for container tracking, ship route optimization, and predictive port maintenance systems using edge processing.

Strategic AI center for the network of universities in Valparaíso and Viña del Mar, and for the Curauma outer harbor and logistics hub.

First forest edge infrastructure with 10-20 MW and carbon-neutral construction using wood. It processes data from forest sensors, satellite images, and drones for harvest optimization, fire prediction, and sustainable management using AI algorithms.

The first data center built 100% from wood in the southern hemisphere will position Chile's flagship export material in the artificial intelligence infrastructure markets. It is a co-development with Wooden Datacenter in Berlin.

Specialized aquaculture center with 10-20 MW located in the national salmon epicenter. It processes data from underwater sensors and monitoring systems to create predictive disease models, optimize feeding, and analyze water quality in real time.

key infrastructure for the industry that exports 1 in every 3 salmon consumed in the world and whose success over time depends on raising production conditions, improvements that largely involve the incorporation of AI in its processes.