Geohazard Management Services

Protecting your assets means acting before risk becomes reality.

Indonesia’s dynamic natural environment presents continuous geohazard risks—ranging from landslides and earthquakes to ground instability that often remains unseen until it is too late. While investment in prevention is often overlooked, the cost of inaction can be significantly higher, affecting not only infrastructure but long-term asset sustainability.

Our Geohazard Management services focus on providing comprehensive technical support across all project stages—from early planning and site assessment to design, implementation, and supervision. We help clients understand potential risks, integrate mitigation strategies, and ensure that infrastructure development is both safe and resilient.

We support projects throughout their lifecycle, ensuring that geohazard considerations are embedded in every stage. From project planning and design development to tendering and construction. This integrated approach enables more informed decision-making and reduces long-term risk exposure.

Our Technology: 3D Multi-hazard MapOur international experience covers a wide range of geohazard conditions, from mountainous terrain to disaster-affected regions, reflecting our ability to adapt to diverse project challenges.

Our Technology: 3D Multi-Hazard Map

To support this integrated approach, we utilize a range of advanced technologies to translate complex geohazard data into clear, decision-oriented insights.

Among these, our customized 3D multi-hazard mapping serves as a powerful visualization tool, integrating multiple risk factors into a single, spatially coherent platform. These maps combine terrain data, geological conditions, and hazard-specific analyses, such as seismic activity, slope instability, and flood exposure within an intuitive 3D environment.

By visualizing how different risks interact across a site, clients can more clearly identify high-risk zones, compare alternative locations, and evaluate land suitability for development. This enables more informed decision-making, particularly in the early stages of project planning and site selection.

To provide a more interactive understanding, you may explore the sample 3D Multi-Hazard Map directly in your browser by clicking the button below.

Button with 3D terrain map and text encouraging to view an interactive 3D multi-hazard map example.

Disclaimer: Loading time may vary depending on your browser and connection. This 3D map is provided as an example and can be customized based on project requirements. Please contact us for further information.

Global Experiences

Our technical capabilities are reinforced by extensive international project experience across various regions and sectors.

By visualizing how different risks interact across a site, clients can more clearly identify high-risk zones, compare alternative locations, and evaluate land suitability for development. This enables more informed decision-making, particularly in the early stages of project planning and site selection.

To provide a more interactive understanding, you may explore the sample 3D Multi-Hazard Map directly in your browser by clicking the button below.

Sundhuli Road was one of the few roads in Nepal that did not close in the major earthquake ofApril 2015. As a result, it allowed transportation to flow from Kathmandu just after theearthquake. It provided a usable route for refugees that proved safe and reliable. In addition toengaging in the planning, investigation, design, and supervision to build this 160 km road, NKdesigned the pressing embankment, ground anchor, cribwork, and supervised the construction.

From this project, NK was honored for the achievement and received the “3rd Japan ConstructionInternational Award” by the Minister of Land, Infrastructure, Transport, and Tourism (MLIT) Japan in March 2020. This award was established to commend a representative “high-qualityinfrastructure” overseas construction project.

Some important points for winning the awards are included:

1. High acclaim from the Nepalese Government as a technology that should be used infuture road construction.

2. Tough road construction that had kept traffic and transporting relief supplies even afterthe Nepal earthquake in 2015.

3. Implementation of the project with the best social considerations, even during politicaland social turmoil, in cooperation with government officials.

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