Data Centers in Yogyakarta
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Yogyakarta – Strategic Edge Connectivity for Central Java
Executive Summary
Yogyakarta serves as a high-performance edge location for companies targeting the education and tourism sectors in Central Java. Deploying here ensures low-latency delivery to a massive user base while avoiding the physical congestion of the capital. It is a practical choice for resilient localized delivery where performance directly impacts user retention and digital service revenue.
Yogyakarta: At A Glance
| Factor | Rating / Data | Notes |
|---|---|---|
| Global Connectivity Grade | B | Reliable regional links with strong Jakarta ties. |
| Direct Cloud On-Ramps | 0 – as of September 2025 | Nearest on-ramps are in Jakarta via private backhaul. |
| Power Cost | $0.08–$0.11/kWh | Competitive industrial rates as of September 2025. |
| Disaster Risk | Moderate (4.5/10) | Elevated seismic and flood risk as of September 2025. |
| Tax Incentives | Yes | Concessions available for DCs in designated zones. |
| Sales Tax | 12% VAT | Standard national rate as of September 2025. |
Network & Connectivity Ecosystem
Yogyakarta functions as a vital regional node within the Indonesian archipelago, providing essential peering for local traffic.
Carrier Density & Carrier Neutrality: Carrier count: over 10. The market features ~10–20 service providers as of September 2025. Facilities here are generally carrier-neutral, allowing for diverse fiber routing to prevent single points of failure.
Direct Cloud On-Ramps: Over 0, enabling access to 0 cloud regions as of September 2025. While no native cloud on-ramps exist in the city, local providers offer private Layer 2 extensions to Jakarta, where major global cloud platforms maintain a significant presence.
Internet Exchange Points (IXPs): Local traffic typically reaches regional nodes of the Indonesia Internet Exchange (IIX) or OpenIXP. This keeps local data local, reducing the need to trombone traffic through Jakarta for city-wide communication as of September 2025.
Bare Metal: High-performance compute is available through providers like Latitude.sh or local managed service players, offering flexible alternatives to traditional colocation as of September 2025.
Power Analysis
The power environment in Yogyakarta is stable enough for modern digital requirements but remains heavily dependent on traditional generation.
Average Cost Of Power: Industrial electricity rates typically range from $0.08 to $0.11/kWh as of September 2025. The grid mix is approximately 81% fossil fuels and 19% renewables. This pricing is competitive within the ASEAN region, helping manage the high OpEx of cooling in a tropical climate.
Power Grid Reliability: Major data center corridors utilize well-engineered utility feeds as of September 2025. Most facilities utilize multi-substation support to maintain high uptime despite the regional grid reliance on aging coal-fired assets.
Market Access, Business & Tax Climate
Yogyakarta is a center for technology and education that demands high-speed data access.
Proximity To Key Business Districts: Data centers are positioned near the Sleman and Catur Tunggal districts. These areas house a high concentration of universities and emerging tech startups, making physical proximity vital for low-latency testing.
Regional Market Reach: A deployment in Yogyakarta effectively serves the Special Region of Yogyakarta and the wider Central Java province, covering a population of over 35 million people as of September 2025.
Tax Advantage For Data Centers: Data center operators can access specific tax concessions and regulatory relief when operating in designated zones. These incentives help offset initial capital expenditure and improve the long-term ROI for infrastructure investors.
Natural Disaster Risk
Yogyakarta faces a Moderate (4.5/10) risk profile, primarily driven by the region's active geology and tropical climate as of September 2025.
Earthquake (8.9): Significant seismic activity is the primary concern for structural integrity and building standards.
River Flood (8.4): Heavy seasonal rains pose a risk to facilities not elevated or situated outside designated flood zones.
Tsunami (9.3): This is a high regional risk for coastal infrastructure, though the primary city center is situated inland.
Coastal Flood (8.1): Indirect risk affecting regional connectivity and logistics as of September 2025.
Epidemic (7.4): Rated as a significant factor for operational continuity and workforce management.
Other hazards, such as Tropical Cyclones or Drought, are considered minor or are not listed as primary threats to infrastructure in this area as of September 2025.
