Data Centers in Cochabamba

Cochabamba – Central High-Availability Hub for Bolivia

Executive Summary

Cochabamba is the critical secondary node for organizations requiring domestic redundancy between the high-altitude west and tropical east. Its central geography makes it a reliable choice for localized disaster recovery and low-latency workloads for the Bolivian market. Organizations utilize this metro to maintain uptime during national network disruptions by balancing risk across the Andean region.

Cochabamba: At A Glance

Network & Connectivity Ecosystem

Cochabamba functions as a vital secondary node in the national network, providing redundancy for traffic originating in La Paz and Santa Cruz. Its central position simplifies domestic backhaul for enterprise networks.

Carrier Density & Carrier Neutrality: Carrier count: over 5, as of January 2026. The market is supported by a mix of national telecommunications providers and regional fiber operators. This diversity offers multiple path options for local firms requiring resilient connectivity without relying on a single upstream provider.

Direct Cloud On-Ramps: 0, enabling access to 0 cloud regions, as of January 2026. While local on-ramps for major providers are not present, organizations utilize private extension options such as PNI or wave services to reach major cloud hubs in São Paulo. This ensures that high-performance cloud access is maintained via dedicated transport.

Internet Exchange Points (IXPs): Peering is primarily managed through national points of presence or the PIT Bolivia exchange. This facilitates efficient local traffic routing and reduces the latency associated with international transit for domestic requests.

Bare Metal: High-performance compute requirements are met through regional providers such as Latitude.sh. These providers offer reliable hardware options for localized workloads and edge computing needs as of January 2026.

Power Analysis

Power in Cochabamba relies on a diversified national grid, balancing cost with availability for industrial users.

Average Cost Of Power: Industrial electricity rates are estimated between $0.08/kWh and $0.11/kWh, as of January 2026. The energy mix is approximately 70% natural gas and 30% hydroelectric. This provides a stable price environment for high-density deployments compared to neighboring international markets.

Power Grid Reliability: The local grid is well-engineered with redundant supply lines serving the main industrial corridors. Infrastructure reliability is maintained through multi-substation support, which helps minimize the risk of prolonged outages during peak demand periods.

Market Access, Business & Tax Climate

Cochabamba is a significant industrial and educational center, creating a steady demand for localized data services and low-latency applications.

Proximity To Key Business Districts: Data center facilities are positioned near the city center and industrial zones. This proximity is vital for manufacturing and logistics firms that require fast access to onsite automation and management systems.

Regional Market Reach: From its central position, Cochabamba effectively serves the entire Cochabamba Department. It acts as a bridge between the high-altitude markets of the west and the tropical lowlands of the east, covering a large portion of the national population.

Tax Advantage For Data Centers: There are currently no specific tax benefits targeting the data center sector in this jurisdiction. Standard corporate tax structures apply to all infrastructure investments, though lower real estate costs provide an indirect financial benefit for large-scale builds.

Natural Disaster Risk

Cochabamba maintains an overall risk profile of Moderate (4.2/10), as of January 2026. While the risk of catastrophic events is lower than in coastal regions, specific hazards require standard mitigation strategies for facility operators.

• Epidemic (7.4/10): This is the highest localized risk factor, requiring facility operators to maintain strict access protocols to ensure staffing continuity.
• Earthquake (7.1/10): Seismic activity is a material consideration, necessitating resilient structural engineering for all specialized facilities.
• Drought (7.0/10): Water scarcity can impact cooling systems, favoring the use of closed-loop designs that minimize water consumption.
• River Flood (5.5/10): Seasonal rains can cause localized flooding; however, facilities are generally positioned outside of immediate floodplains to ensure continuous uptime.

Coastal risks such as Tsunami and Coastal Flood are not applicable to this inland metro. All figures are current as of January 2026.