With growing demand for low-latency applications—like real-time video, IoT, and AI inference—telecom providers need infrastructure close to the edge. But traditional data center construction is slow, costly, and nearly impossible in remote or low-infrastructure zones.
AGI can partner with a leading telecom group in LATAM to deliver modular edge compute in rural regions lacking robust utilities or local tech labor. Using its Modular Data Hall (MDH) and Modular Technology Cooling System (MTCS), AGI can deploy fully operational edge sites that could be monitored and maintained remotely.
This project will focus on speed, resilience, and operational autonomy to create scalable infrastructure for telecom-grade edge computing.
Enable dense compute environments using prefabricated, containerized MDH units that don’t require traditional site prep.
Use efficient direct-to-chip cooling and reduced part count architecture to lower energy and water usage in low-infrastructure zones.
Design modules that can be serviced remotely or by entry-level staff, lowering the barrier to infrastructure management in underserved regions.
Systems are designed for fully autonomous operations with real-time remote alerts and smart failovers.
Enable predictive maintenance and control through rack-level telemetry and MTCS sensors.
Support expansion from 2 MW to 8+ MW in phases without design overhauls or rework.
This project brings cloud-scale infrastructure to the edge using AGI's modular platform. It is able to deliver reliable, high-density performance in places where traditional data centers aren’t feasible.
This deployment proves that edge data centers don’t need to be complex, costly, or reliant on local field engineering. AGI’s modular approach delivers carrier-grade performance with minimal footprint, lower latency, and near-zero on-site maintenance. It’s a model that can be replicated rapidly across rural, island, or frontier markets where infrastructure expansion is critical.
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