Construction site smart monitoring solution

Industry： construction site 14

For housing, municipal and infrastructure construction sites, it supports safe and civilized construction supervision, real-name personnel management, material care and remote project scheduling.

1. Industry security needs and pain points

Construction sites are obviously temporary and dynamic: on-site conditions constantly change with the progress of construction, there is a large flow of personnel, scattered materials are piled up, and safety management is difficult:

The scene changes quickly: The main structure, foundation pit, and material storage yard change with the progress, and the points need to be adjusted accordingly, making it difficult to apply the fixed solution.
High security risk: Risk points such as falls from heights, strikes from objects, mechanical injuries, and foundation pit collapse are scattered, making it difficult to cover with manual supervision.
Loss of materials and equipment: Steel bars, cables, formwork and small machinery are easily stolen, especially at night.
Temporary facility restrictions: The power supply at the construction site is unstable and the network conditions are poor. The equipment needs to adapt to the temporary environment and facilitate disassembly, assembly and migration.

2. Construction Goals

The foundation pit, main working surface, material storage yard, entrances and exits and enclosures are fully covered.
Violations (not wearing a safety helmet, illegal entry into dangerous areas) can be discovered and reminded.
The entry and exit of materials and equipment will leave traces, and the anti-theft capability will be significantly improved.
The project department and company management can remotely monitor the on-site progress and safety status.

3. Overall system architecture

Front-end collection layer: Tower crane high-point ball machine, foundation pit and working surface gun machine, material yard infrared machine, entrance and exit license plate and face machine, fence perimeter machine.
network transport layer: Wireless bridging is mainly used in the construction site, supplemented by wired connections, to solve the problem of difficult wiring and migration with progress.
storage management layer: Project department local storage + enterprise platform remote access, key video backup.
Application linkage layer: Linked with real-name gate control, dust monitoring, tower crane monitoring, and broadcasting, and supports mobile viewing.

4. Key point layout and equipment selection

point	Recommended models	Key parameters	Monitoring target
Tower crane high point	HD network dome machine	Large zoom, anti-shake, panoramic cruise	Overall situation, progress and panoramic recording
Foundation pit and working surface	Infrared waterproof camera	IP66, dustproof, adjustable stand	Border protection, illegal entry
material storage yard	Infrared waterproof camera	Long-range infrared, motion detection	Steel cable anti-theft and night protection
entrance/exit	License plate recognition + face/card swipe	Wide dynamic range and fill light integrated	Real-name attendance, vehicle entry and exit
Construction elevator/floor	Wide angle dome camera	Super wide angle, easy to disassemble and assemble	Transportation safety, personnel distribution
fence perimeter	Infrared waterproof camera	Anti-tamper alarm, night infrared	Trespassing, theft at night

5. Core functions and business value

safety supervision: Key risk areas are visible, and violations can be corrected remotely, reducing the incidence of accidents.
Anti-theft and loss prevention: Night monitoring of material storage yards and enclosures forms an effective deterrent and reduces asset loss.
Real name management: The entrance and exit are linked with the gate, and personnel attendance and entry and exit records are accurate and can be checked.
remote scheduling: Management can check the progress and on-site status in the project department or headquarters, reducing round-trip costs.
Flexible migration: The bracket and wireless transmission solution make it easy to adjust the points along with the construction progress and reuse them in subsequent projects.

6. Implement delivery and service guarantee

Develop a phased location plan based on the construction organization design and progress plan.
It adopts movable poles and quick-installation brackets for easy adjustment according to the progress.
Complete the real-name gate control, dust, broadcast linkage and mobile terminal configuration.
Train project department safety officers and on-duty personnel in daily operations.
Provide quality assurance and equipment migration and reuse support between projects to reduce overall investment.

7. Typical configuration suggestions

Recommendations for medium-sized housing construction projects: 1-2 tower crane high-point ball machines, 4-8 sets for foundation pits and main working surfaces, 2-4 material storage yards, 2 sets of entrances and exits (vehicles + pedestrians), and one set every 50-80 meters around the perimeter. Storage is measured at 30 days. It is recommended to give priority to wireless bridging and PoE power supply to reduce temporary wiring; at the same time, configure a dust cover and clean it regularly to prevent concrete and dust from affecting the image quality. After the project ends, the equipment can be moved to new projects for reuse.