Innovations

RADAR INTEGRATED ANTENNA TECHNOLOGY

Client: Corporate / Business Clients

Country: Japan 🇯🇵

Radar Integrated Antenna Technology is a radar-based monitoring system designed to support real-time observation and analysis of areas with a high degree of accuracy. This system integrates radar data processing with an intuitive centralized dashboard, allowing users to monitor the condition of objects and the environment, detect movements and anomalies, and utilize historical data as a basis for evaluation and decision making. This solution is intended to improve antenna system reliability and support operational efficiency in a variety of needs, ranging from infrastructure monitoring to safety and strategic analysis.

Key Feature:

Impact:

  • Integrated Radar Dashboard
    Real-time radar data visualization in a centralized platform.
  • Movement & Anomaly Detection
    Movement analysis and anomaly identification for early detection of potential risks.
  • Historical Data Analysis
    Storage and analysis of historical data for performance and trend evaluation.
  • High-Accuracy Radar Processing
    High-precision radar data processing to support reliable analysis.
  • User-Friendly Interface
    An intuitive interface that facilitates data interpretation and decision making.
  • It can be used by radar operators, operational teams, engineers, and decision makers to support infrastructure management, safety, and strategic analysis based on radar data.
  • Provides an integrated radar monitoring system that presents real-time and historical insights for area surveillance and antenna system reliability.
  • The system operates continuously in daily monitoring activities and serves as the primary support system when anomalies or risky conditions are detected.
  • Applicable to areas with high monitoring needs, including strategic infrastructure, vital facilities, and radar operational environments.
  • Increases situational awareness, accelerates response to potential risks, optimizes operational efficiency, and maintains the performance and reliability of radar antenna systems.

AI DISASTER PLATFORM

Client: Corporate / Business Clients

Country: Japan 🇯🇵

The AI Disaster Mitigation Platform is a web-based solution designed to support integrated disaster monitoring, analysis, and mitigation through interactive maps and AI technology. This platform combines various layers of disaster prediction—ranging from meteorological disasters, land disasters, to evacuation routes—into a single, easy-to-use integrated system. With color-coded risk visualization and real-time data, this platform helps users quickly and accurately understand the conditions of affected areas, while supporting more effective decision-making in emergency situations and long-term mitigation planning.

Key Feature:

Impact:

  • Multi-Disaster Prediction Layers: Prediction of meteorological disasters (rainfall, typhoons), land disasters (earthquakes), and regional risks.
  • Interactive Disaster Map: Interactive map with risk level visualization (Low, Moderate, High, Severe).
  • Evacuation Route Recommendation: Recommendations for evacuation routes from high-risk areas to safe areas.
  • Real-Time & Historical Data Visualization: Access to current disaster data and historical data for trend analysis.
  • Facility & Emergency Point Mapping: Information on the locations of major hospitals, emergency hospitals, and evacuation points.
  • Admin Layer Management System: Features for uploading, editing, deleting, and setting the visibility of disaster data for administrators.
  • User-Friendly Dashboard: Intuitive interface for general users and stakeholders.
  • Can be used by governments and disaster management agencies, emergency response teams and first responders, the general public and local communities, as well as regional planners and policy makers to support disaster preparedness, response, and mitigation planning.
  • Provides an integrated disaster monitoring and analysis platform that presents real-time and historical risk information, interactive maps, and evacuation route recommendations to support data-driven disaster mitigation and response.
  • Used before a disaster for planning and mitigation, during a disaster for rapid response and evacuation navigation, and after a disaster for impact assessment and post-disaster analysis.
  • Implemented in disaster-prone areas, both urban and regional, and accessible online via desktop or laptop devices through a web-based platform.
  • Reduces the risk of casualties and losses, improves preparedness and situational awareness, strengthens coordination among stakeholders, and accelerates response and improves the overall effectiveness of disaster mitigation.