Smart Fire Big Data Platform

      Sanleng Intelligent Fire Protection utilizes core IoT technology, big data, cloud computing, mobile internet, and other advanced technologies to achieve IoT-based transformation of fire protection facilities and equipment. These are uniformly connected to the Smart Fire Big Data Cloud Platform for centralized monitoring, thereby establishing a truly safe and intelligent comprehensive safety management system. It provides customers with end-to-end integrated safety one-stop solutions, builds a social safety integrity system, and offers high-quality safety guarantees for urban management and residents' lives.
      The Smart Fire Big Data Cloud Platform comprehensively analyzes data from alarm hosts, fire water sources, electrical fire hazards, fire inspections, and more. It enables unified platform monitoring to achieve the goal of "one platform, multiple points; one fire incident, multiple supports." Combined with monitoring systems and independent wireless alarm systems, it sends alarm information to the platform and responsible personnel via IoT technology before a fire occurs, effectively preventing fires. The platform also features SMS and voice functions to notify relevant property owners and safety officers immediately upon fire detection, enabling prompt tracking and handling. By enhancing both human and technical defenses, it helps communities implement fire protection responsibilities and create safe, smart communities.

Features
3D Prevention and Early Warning
◎ Visualized data presentation of all fire protection systems, including fire alarm systems, electrical fire monitoring systems, fire equipment power monitoring systems, combustible gas alarm systems, emergency lighting and evacuation control systems, fire door and fire shutter control systems, automatic sprinkler systems, indoor fire hydrant systems, automatic spray systems, elevator control systems, fire broadcast systems, and smoke control systems. It aggregates and assesses risk information. Alarm notifications are sent to management personnel via phone, SMS, APP, and PC, ensuring early awareness of alerts for timely and effective response.
◎ Automatically identifies accident locations, provides real-time tracking of target positions and dynamics, and assists relevant personnel in dispatch decision-making.
◎ Based on the accident location, automatically dispatches and displays surrounding public information such as fire water sources, supplies, road conditions, and community surveillance, providing intuitive and accurate decision-making support for alert assessment, dispatch, and handling.
◎ Enables multi-dimensional visualization of community resources, alert distribution, and types through intuitive bar charts, curves, and other statistical models for tracking and analysis.
◎ Supports the dissemination of daily fire protection policies, basic fire safety knowledge, fire notifications, and fire awareness campaigns.
◎ Receives and processes fire safety notifications from property management departments regarding policy updates, basic knowledge learning, and fire safety announcements, facilitating continuous learning.
Water System Monitoring
24/7 monitoring of fire water systems, including fire hydrant outlets, sprinkler pump outlets, high-level water tank levels, and water pressure monitoring at critical points, ensuring the fire water system is operational during emergencies.
AI Video Recognition
◎ Personnel status detection: Monitors and alerts for unattended duty rooms and detects unusual postures.
◎ Intelligent fire and smoke recognition: Uses high-definition cameras and AI terminals to remotely analyze environments, intelligently identifying small flames, smoke, and other fire-related information. Unaffected by weather conditions, it provides rapid alerts within 5 seconds.
◎ Enables management personnel to promptly obtain accurate first-hand information on fire location, source, occurrence time, and current status.
◎ Alerts for blocked or occupied fire lanes, electric vehicles entering elevators, and intrusions into restricted areas. Multi-functional use of cameras improves supervision efficiency and prevents accidents.
Command and Dispatch
◎ Alert tracking: Real-time tracking of alerts, including location, time, and assigned safety personnel. Provides access to nearby fire water sources, emergency stations, fire trucks, and hazardous sources.
◎ Resource demand analysis: Integrates with 3D visualization to display emergency resources, personnel, and vehicle locations and details within the vicinity of an incident.
◎ One-click dispatch: For emergencies, enables one-click dispatch of relevant personnel based on event type and existing emergency plans.
◎ On-site command and dispatch: Facilitates overall调度 of surrounding emergency resources on a GIS map, including personnel, video, and物资调度.
◎ Task tracking and feedback: Plans, assigns, and quantifies daily fire safety inspection tasks, offering features such as new tasks, pending tasks, execution records, and completed tasks. Integrates with maps, allowing leaders to select emergency personnel within a designated area and assign tasks to one or multiple individuals. Supports task process recording and provides query functions for task dispatch records. It also reviews and processes整改 tasks reported by frontline fire safety staff.
◎ Statistical analysis: Analyzes daily fire safety inspection tasks to identify issues and drive improvements.
◎ Timely and effective: Ensures prompt awareness of safety levels through the Smart Fire Big Data Cloud Platform, reducing loss of life and property.
Smart Inspection
◎ Smart inspection: Combines mobile APP with ultra-high-frequency electronic tags for on-site inspections. The system allows for inspection route planning, record viewing, fault reporting, and fire equipment information recording. Management personnel can monitor subordinate work progress and equipment conditions through summarized inspection records.
◎ Grid inspection: Implements an innovative grid-based work system with "comprehensive coverage, layered responsibility, grid-to-bottom, and accountability to individuals." It adopts "grid-based responsibility allocation, multi-department coordination, and point-based inspection supervision" to divide areas into grids, each assigned a grid inspector. Inspections, reporting, handling, and supervision are conducted layer by layer from grid inspectors to upper-level departments.