Xiangming Smart Park Management Platform | Make the park's people, vehicles, objects, and events integrated and controllable

Integrate security, access, energy consumption, equipment, and operational services, see the park clearly with one map, and manage the park well with one platform

1. Why park operations need a unified management platform

When the park scale expands and the number of tenant entities increases, the extensive model relying on multiple isolated systems and manual inspections becomes increasingly difficult:

• System fragmentation:Security, access control, energy consumption, and parking each manage their own areas, data is not interoperable, and management relies on "switching between multiple screens."
• Passive security:Relying on people watching monitors, incidents such as boundary crossing, gathering, and smoke/fire are discovered late, and response is one step behind.
• Extensive energy consumption:Water, electricity, and gas rely on manual meter reading, waste is invisible, carbon emissions are not accounted for, and it is difficult to meet green goals.
• Equipment maintenance relies on "firefighting":Problems are only discovered after failures occur, affecting experience and resulting in high repair costs.
• Fragmented service experience:Repairs, visitors, parking, and investment promotion each act independently, and tenant and employee satisfaction is low.
• Decisions rely on experience:There is a lack of a unified data foundation, and operational improvements cannot be quantified.

2. Product positioning and construction goals

Xiangming Smart Park Management Platform is an operations hub connecting "people, vehicles, objects, and events": it supports business decisions upward and drives equipment and on-site execution downward, moving the park from "dispersed management" to "integrated operations." It serves five types of roles:

• Park operators / property management:One screen provides an overview of the whole situation, with closed-loop handling of work orders and events.
• Security personnel:AI alarm linkage, shifting from passively watching screens to actively handling incidents.
• Facilities / engineering:Real-time monitoring of equipment status, preventive maintenance reduces downtime.
• Investment promotion / tenants:Visualized spaces, online leasing and services, upgraded experience.
• Park decision-makers:Use multi-dimensional data such as energy consumption, security, and services to drive operations.

Construction goals:Security can be prevented, energy consumption can be controlled, equipment can be maintained, services can be reached, and decisions can be based on data.

3. Core functional modules

3.1 Integrated security and video surveillance

• Video networking and aggregation, AI behavior recognition (boundary crossing, gathering, smoke/fire, abandoned objects) with automatic alarms.
• Alarms link with access control, broadcasting, and lighting, and the handling process is traceable.

3.2 Smart access

• Face / license plate / QR code / Bluetooth multi-mode access control, with hierarchical authorization for personnel.
• Visitors make online appointments and pass through self-service, saying goodbye to paper registration.

3.3 Energy consumption and carbon management

• Real-time collection and itemized metering of water, electricity, and gas, with automatic alerts for abnormal energy usage.
• Carbon emission accounting and energy-saving strategy recommendations, supporting the construction of green and low-carbon parks.

3.4 IoT for Equipment and Facilities

• Elevators, air conditioning, lighting, water supply and drainage, etc. are connected to the platform, with real-time monitoring of operating status.
• Fault warnings and preventive maintenance work orders, reducing unexpected downtime.

3.5 Asset and Space Management

• Building / floor / room ledgers and asset inventory, with rental spaces visible and searchable.

3.6 Smart Parking

• Parking space guidance, contactless payment, and reverse vehicle finding, improving traffic efficiency and experience.

3.7 Incident Handling and Emergency Command

• Closed-loop incident work orders, digital emergency plans, and cross-department collaborative handling.

3.8 Operations Services and Mobile End

• One-stop processing for repairs, complaints, meetings, and investment leasing, readily accessible to tenants and employees.

3.9 Digital Twin and Data Visualization (Differentiated Capability)

• A three-dimensional "one map" of the park, providing an overview of security, energy consumption, equipment, and foot traffic conditions.
• A management cockpit with multi-dimensional reports, supporting operational decisions and external presentations.

3.10 Open Integration

• Standard APIs connect with existing BA, fire protection, HR, finance, and other systems, protecting existing investments.

IV. Technical Architecture and Service Advantages

• Cloud-Edge-Device Architecture:Edge nodes connect to devices nearby, while the cloud performs centralized analysis and modeling, achieving low latency and high reliability.
• IoT Platform:Multi-protocol access (MQTT / Modbus / ONVIF, etc.), unified management of old and new devices.
• AI and Digital Twin:Intelligent video analysis + 3D visualization, making management "visible and understandable."
• Security and Compliance:Data encryption, hierarchical permissions, and operation audits, meeting enterprise-level security requirements.
• Flexible Deployment:Supports private / hybrid cloud deployment, balancing data security and elastic expansion.
• Phased Implementation:First connect high-frequency scenarios such as security / access / energy consumption, then gradually deepen, achieving quick results.

V. Application Results (Expressed with Data)

The following are typical improvement directions after similar parks launched the Xiangming Smart Park Management Platform,please refer to your company's actual data for specific values：

Indicator Dimension	Before Launch	After Launch
Security Incident Response Time	Relies on manual discovery	Shortened by 60%
Comprehensive energy consumption	Extensive, hard to calculate	Down 38%
Equipment failure / downtime	Reactive maintenance	Down 40%
Work order processing timeliness	Slow circulation	Up 50%
Parking and traffic efficiency	Peak-hour congestion	Up 45%

Note: The data in the table are typical industry example ranges, used to present improvement directions. Before formal external release, please replace them with your company's real project data and confirm authorization has been obtained.

VI. Value Created for Customers

• Safety and controllability:From passive screen watching to proactive early warning, park risks can be prevented and controlled.
• Green and low-carbon:Energy consumption is visible and carbon emissions are calculable, reducing operating costs and compliance risks.
• Efficient operations:Closed-loop work orders and maintainable equipment reduce property management labor costs.
• Upgraded experience:Tenants and employees enjoy one-stop services, improving satisfaction and leasing competitiveness.
• Data-driven decisions:One map + cockpit, business improvements speak with data.