Data Centers in Bogor
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Bogor – Resilient Failover Hub for Greater Jakarta
Bogor serves as a strategic relief valve for the Jakarta metropolitan area, offering critical geographic diversity without the latency penalties usually associated with remote sites. For enterprises prioritizing uptime and disaster recovery, this market provides a sturdy alternative to the capital high-density urban core. Positioning assets here ensures business continuity while maintaining high-speed access to Indonesia largest economic market.
Bogor: At A Glance
| Factor | Rating / Data | Notes |
|---|---|---|
| Global Connectivity Grade | B | Reliable regional links with maturing backbones. |
| Direct Cloud On-Ramps | 0 – as of January 2026 | Nearest on-ramps are in Jakarta. |
| Power Cost | $0.09 – $0.11/kWh, as of January 2026 | Competitive rates for regional scaling. |
| Disaster Risk | Moderate (4.5/10), as of January 2026 | Seismic and flood risks require mitigation. |
| Tax Incentives | Yes | Concessions for facilities in economic zones. |
| Sales Tax | 12% VAT, as of January 2026 | Standard national rate. |
Network & Connectivity Ecosystem
Bogor serves as a vital secondary node for West Java, supporting those who need to stay close to the capital without being in it.
Carrier Density & Carrier Neutrality: Carrier count: over 5, as of January 2026. Facilities provide access to local telcos and international transport providers managing regional traffic. While the local ecosystem is still maturing, it provides reliable path diversity for enterprises requiring resilient failover options.
Direct Cloud On-Ramps: 0, enabling access to 0 cloud regions, as of January 2026. Since major on-ramps are concentrated in nearby Jakarta, Bogor facilities utilize high-speed private transport and wave services to bridge the short distance to major cloud hubs.
Internet Exchange Points (IXPs): Most local peering is managed via national hubs in Jakarta, such as IIX or OpenIXP, as of January 2026. This ensures efficient domestic routing while keeping infrastructure outside the primary blast zone of the capital.
Bare Metal: High-performance compute options are available through providers like Hivelocity and Latitude.sh, as of January 2026. These are typically utilized for edge requirements or localized processing tasks.
Power Analysis
Bogor power infrastructure is built to support industrial scaling with a cost profile that remains attractive for large-scale deployments.
Average Cost Of Power: Industrial electricity ranges from $0.09 – $0.11/kWh, as of January 2026. The regional mix includes approximately 19% renewables from hydro and geothermal sources, with fossil fuels providing the remaining 81%. These rates allow for a stable cost profile compared to other major regional hubs in Southeast Asia.
Power Grid Reliability: Infrastructure in specialized industrial corridors, such as the GIIC, is well-engineered with multi-substation support. These zones provide the redundant utility feeds necessary for managing regional grid stability and ensuring high uptime for mission-critical loads.
Market Access, Business & Tax Climate
The business environment in Bogor is geared toward industrial growth and digital expansion, providing a practical alternative to the congested Jakarta center.
Proximity To Key Business Districts: Located south of the capital, Bogor sits near major manufacturing and industrial clusters in West Java. This positioning remains close enough to serve Jakarta financial and government sectors with minimal latency while avoiding urban congestion.
Regional Market Reach: This location effectively serves the massive population of Greater Jakarta and West Java, as of January 2026. It provides a reliable foundation for content delivery and regional enterprise services for tens of millions of users.
Tax Advantage For Data Centers: Designated economic zones provide regulatory relief and specific tax concessions for digital infrastructure. These benefits lower operational costs and simplify the process of scaling capacity in the region.
Natural Disaster Risk
Overall Risk: Moderate (4.5/10), as of January 2026.
Key Natural Hazards:
- Earthquake (8.9/10): High seismic activity in the region requires purpose-built structural engineering and seismic bracing for all facilities, as of January 2026.
- River Flood (8.4/10): Heavy seasonal rainfall makes site elevation and drainage systems a priority for facility management.
- Epidemic (7.4/10): Significant regional risk factor requiring specific operational continuity plans and health-conscious management.
- Tsunami (9.3/10): Indirect regional risk; while Bogor is inland, coastal events can impact national logistics and broader infrastructure.
- Coastal Flood (8.1/10): Indirect regional risk; affects the wider metropolitan supply chain and connectivity corridors, as of January 2026.
