At TokyoGiant, we provide specialized assistance for urban infrastructure planning. Our team is ready to resolve your technical and project inquiries.
For detailed inquiries and technical documentation. Our response SLA is 4 business hours.
info@tokyogiant.com →For operational emergencies in projects. Available Monday to Friday, from 9:00 to 18:00. Response SLA: 12 hours.
+34 910 118334 →Immediate answers to frequent questions about methodologies, software, and urban planning standards.
Go to Help Center →| Channel | Schedule | Response Time | Urgency Level |
|---|---|---|---|
| 24/7 | ≤ 4 hours | High | |
| Phone Support | Mon-Fri, 9:00-18:00 | ≤ 12 hours | Critical |
| Support Portal (FAQ) | 24/7 Access | Immediate | Low/Medium |
For inquiries about specific projects, always include the reference code. Physical office: Avinguda Gonzáles, 7, Bajos (by appointment only).
Clear answers about urban planning, civil engineering, and megalopolis management.
We specialize in the comprehensive study of infrastructure for high-density cities, including mass transit analysis, skyscraper structural planning, and the development of sustainable megalopolis models.
We develop multimodal systems that integrate metro, high-speed trains, and road networks, prioritizing efficiency and reducing congestion through advanced traffic modeling and smart mobility technologies.
Structural safety against seismic and climatic events, energy efficiency, integration with the urban environment, and the creation of high-quality livable spaces are our fundamental pillars.
We collaborate with both. Our expertise is crucial for city councils and regional governments in master planning, as well as for private developers in large-scale projects.
You can email us at info@tokyogiant.com, call us at +34 910 118334, or visit our offices at Avinguda Gonzáles, 7, Bajos.
A structured and modular approach to transforming urban planning, from initial conception to final implementation.
Comprehensive evaluation of existing infrastructure, transport flows, and population density to identify critical needs and development opportunities.
Design of mass transit systems, mobility corridors, and skyscraper support structures, optimizing vertical and horizontal space.
Controlled project execution with real-time supervision, dynamic adjustments, and continuous evaluation of infrastructure performance.
Each phase is backed by advanced simulation technology and real-time data, ensuring that every megalopolis not only grows but evolves sustainably.
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