House health monitoring

House health monitoring

Business Challenge

The job involves high safety risksThe building structure is fragile, and manual inspection is prone to collapse and injury; operations in high-altitude and narrow areas pose significant risks of falling and bumping.

Insufficient investigation coverage depthDue to the dense buildings and numerous concealed locations, manual inspection cannot cover all areas. It is impossible to conduct penetrating inspection of the interior of walls, foundations, and other parts, which may easily lead to missed hidden dangers.

Weak data decentralized decision-makingThe monitoring and maintenance data are scattered and there is no unified platform; relying on human experience leads to inaccurate safety assessments, difficult to predict hidden dangers, and a high risk of misjudgment and missed judgments.

The cost of batch governance is highThe dilapidated buildings are large in number and scattered, making manual inspection costly. The lack of precise data for maintenance and reinforcement leads to ineffective investment and high financial pressure.

weak risk underwritingThe hidden dangers of dilapidated buildings are uncertain, and collapse accidents result in huge losses, difficult compensation, and complex responsibilities. Without a risk transfer mechanism, all parties are under great pressure.

Solution Introduction With the core concept of "integrated intelligent monitoring of sky, air, and ground + insurance coverage", we integrate multiple technologies and safeguard mechanisms to establish a comprehensive process control system, ensuring early detection, prompt handling, and guaranteed safety.

Day: Wide-area survey by satellite remote sensingSatellite remote sensing is used to conduct a comprehensive survey of dilapidated buildings across the entire area, quickly identifying buildings with abnormal deformations and pinpointing key risks.

Aerial: High-altitude precision inspection by dronesThe drone is equipped with high-definition and infrared devices, and AI automatically identifies and locates potential hazards on the appearance of facades, roofs, and other areas.

Ground: Precise monitoring through ground sensors and non-destructive testingSensors are deployed at key locations to capture millimeter-level deformations in real time and accurately detect concealed hazards.

AI intelligent analysis and digital twinIntegrate multi-source data, utilize AI to assess risks and generate reports; utilize digital twins to visually present status and support remote management and control.

AI intelligent analysis and digital twinCustomized specialized insurance covers various risks, relying on monitoring data for precise underwriting, and clarifies responsibilities and compensation standards.

Solution Value

Large-scale screening to reduce costs and increase efficiencyBy replacing large-scale manual screening of dilapidated houses with satellite technology, early hidden dangers can be detected, resulting in cost reduction and efficiency improvement.

Improve the quality and efficiency of monitoring7x24-hour seamless monitoring across all domains, with multi-device collaboration, significantly enhancing investigation efficiency.

Proactive and precise prevention and controlAI integrates and analyzes data, shifting from post-remediation to pre-emptive prevention, thereby reducing the probability of collapse.

Reduce costs and lighten the burdenReduce labor input, minimize ineffective expenses through precise maintenance, and share economic pressure among all parties through insurance.

Controllable risks and clear responsibilitiesInsurance transfers extreme risks, clarifies responsibilities and compensation, and facilitates digital and long-term governance.