TWM663678U - Integrated Property Management System - Google Patents

Abstract

An integrated property management system is designed to improve property management efficiency by combining advanced security systems, community engagement platforms, and business operation integration. The integrated property management system includes a security management system, including a control module that uses facial recognition technology for access control management, an unmanned security subsystem for autonomous property monitoring, and an elite security network subsystem capable of deploying security personnel based on automatic alerts. In addition, the integrated property management system also integrates a community support and e-commerce platform, which features a central database for managing resident and merchant data, a community engagement interface for accessing local services through mobile devices, and a secure transaction subsystem equipped with blockchain technology. The integrated property management system also integrates a central management subsystem to optimize resource allocation and operational efficiency using data analysis.

Description

Integrated property management system

This new technology mainly involves the field of information systems, especially an integrated property management system for comprehensive management of property security, community engagement and commercial operations in a property environment.

Traditional property management systems often focus on specific aspects independently, such as security, resident management, or business operations, which often leads to fragmented and inefficient management practices. Traditional property security systems often involve human monitoring and limited technology integration, which can be costly and ineffective against complex threats. Community engagement in residential and commercial properties often lacks integration with property management systems, resulting in missed opportunities to improve resident satisfaction and business operations.

In addition, existing property management systems do not fully leverage the potential of modern technologies, such as blockchain for transactions, real-time data analytics for operational decisions, or integrated mobile platforms for user engagement. This results in a lack of holistic solutions that effectively integrate security, community engagement, and business operations.

Additionally, the complexity of managing multiple disparate subsystems leads to increased costs, reduced operational efficiency, and decreased resident and business satisfaction. Therefore, there is an urgent need for an integrated system that can address these challenges by integrating security management, community engagement, and business operations into one platform.

To address the above issues, the purpose of this new model is to provide an integrated property management system for property management and community support, aiming to optimize security, promote community interaction and simplify business operations in the property environment. This new model significantly improves operational efficiency, security management and resident engagement by fully integrating various technology-based systems or platforms (described below).

1. Safety management system

The security management system ensures strong property security through the following innovative components:

‧A control module that uses facial recognition technology to manage access control, enhancing security measures by identifying individuals entering and exiting the property.

‧An unmanned security subsystem that uses surveillance devices equipped with facial recognition technology to autonomously monitor the property and is able to respond to security breaches without human intervention.

‧An elite security network subsystem that deploys security personnel based on alerts generated by the unmanned security subsystem. The elite security network subsystem includes a mobile application with a user interface that allows users to directly trigger emergency responses, thereby facilitating rapid security actions.

2. Community support and e-commerce platform

This community support and e-commerce platform connects residents with local businesses and services to enhance community life:

‧A central database that stores key data related to property residents and local businesses, serving as the backbone for all transactional and service-oriented interactions within the community.

‧A community engagement interface that allows residents to access local e-commerce services and emergency response directly from their mobile devices, customized to their specific role in the community, ensuring relevant and personalized interactions.

‧A transaction subsystem that manages sales, reservations, and financial transactions, and integrates a blockchain-based currency module to ensure secure and efficient transaction processing.

3. A system integrating business operations and property management

The system, which integrates commercial operations and property management, aims to reduce operating costs and enhance service delivery by coordinating security, maintenance and commercial operations through a unified management approach, including:

‧A central management subsystem that uses a data analysis component to optimize resource allocation and service provision, significantly reducing property management costs. In addition, the data analysis component is configured to track the cost savings of linking property management with local businesses to effectively allocate resources.

‧A business integration subsystem that connects property management with local merchants to facilitate joint services and revenue sharing models, and further integrates online ordering and delivery services through a local supplier network.

4. Integrated property management system

The entire new technology is summarized by integrating the above systems into a unified integrated property management system. The integrated property management system synergistically utilizes control modules, community participation interfaces, and business integration subsystems to enhance security, service delivery, and economic efficiency of the entire property. This holistic approach not only improves the quality of life for residents, but also provides a scalable model for efficient property and community management.

In order to make the above features and advantages of the new model more obvious and easy to understand, the following is a detailed description of the preferred embodiment with the attached drawings.

10,20,30,50: Server

40,60: Smart mobile devices

1000: Integrated property management system

100: Safety management system

110: Control module

112: Facial recognition subsystem

114:Biological characteristics database

120: Unmanned security subsystem

122: Surveillance camera

124:Sensor

126: Data processing module

130: Elite security network subsystem

132: Mobile applications

200: Community support and e-commerce platform

210: Central database

220: Community participation interface

230: Trading subsystem

232: Blockchain-based currency module

300:Commercial operation and property management integrated system

310: Central management subsystem

312: Data analysis component

314: Transaction database

320: Business integration subsystem

330: Communication interface

Figure 1 shows a block diagram of the new integrated property management system.

Figure 2 shows a block diagram of the new security management system for properties.

Figure 3 shows a block diagram of the new community support and e-commerce platform for real estate.

Figure 4 shows a block diagram of the new business operation and property management integration system.

Please refer to FIG. 1, which is a block diagram of the integrated property management system of the present invention. The integrated property management system 1000 provided by the present invention is intended to enhance property management by unifying advanced security management, community participation and business operation functions into a coordinated platform, and includes a security management system 100, a community support and e-commerce platform 200, and a business operation and property management integration system 300. In this embodiment, the security management system 100, the community support and e-commerce platform 200, and the business operation and property management integration system 300 can be respectively deployed on different servers 10, 20, 30, and these servers 10, 20, 30 can be cloud servers or local servers. The following detailed description provides specific embodiments of the present invention, but it should be understood that the scope of protection of the present invention is not limited to the following embodiments.

Please refer to Figure 2, which is a block diagram of the novel security management system for properties. The novel security management system 100 is designed to enhance property security through several key components. The control module 110 is the core unit of the security management system 100, which uses a facial recognition subsystem 112 to manage and control the entrances and exits of the property. This facial recognition subsystem 112 allows for accurate identification of personnel entering and exiting the property, thereby improving the security capabilities of the security management system 100. The integration of the facial recognition subsystem 112 within the control module 110 of the security management system 100 is a novel key component that provides a sophisticated access control and security monitoring method. The following will describe in detail the technical aspects and functions of the facial recognition subsystem 112, its integration into the control module 110, and its role in enhancing property security.

The facial recognition subsystem 112 used by the control module 110 utilizes state-of-the-art image processing and machine learning algorithms to accurately identify individuals. The facial recognition subsystem 112 is equipped with high-resolution cameras strategically placed at all entrances to the property. These cameras capture real-time video streams that are then processed using advanced image recognition algorithms to extract facial features.

The control module 110 integrates these image processing capabilities with a biometric database 114 containing the individual's authorized biometric data (in this embodiment, facial features) collected during the individual's registration process. Each person's facial features are converted into a unique digital fingerprint and securely stored in the biometric database 114. When someone attempts to enter the property, the facial recognition subsystem 112 captures an image of their face, converts it into a digital format, and compares it to the biometric database 114 using a complex matching algorithm.

The above facial recognition process includes several key steps:

1. Image capture: The surveillance camera continuously captures real-time video streams.

2. Feature extraction: Facial recognition software processes video streams to detect faces and extract key facial features such as eyes, nose, mouth, and jawline.

3. Feature matching: The extracted features are then matched to the digital fingerprint stored in the biometric database 114. The matching algorithm evaluates the probability that the captured image matches the digital fingerprint, taking into account various factors including lighting, facial expressions, and slight changes in appearance.

4. Decision: If a match is found that exceeds a predetermined confidence threshold, access is granted. If no match is found, or the match confidence is too low, access is denied, the system logs the event, and may trigger a warning depending on security settings.

To improve the reliability and accuracy of the facial recognition subsystem 112, proprietary algorithms were developed that improve the ability of the facial recognition subsystem 112 to handle a variety of environmental conditions and facial changes. These algorithms include adaptive learning elements that update facial templates based on new images captured over time, allowing the facial recognition subsystem 112 to adapt to changes in appearance, such as aging, hair style, or facial hair.

In addition, the facial recognition subsystem 112 employs advanced anti-spoofing techniques to prevent unauthorized access attempts using photographs, images, or masks. These techniques analyze scene depth, texture, and other physical attributes to distinguish between real faces and copies.

The facial recognition subsystem 112 is fully integrated into the broader security management system 100, ensuring that all components work together to enhance security. This integration allows for a coordinated response to security events, with the control module 110 interacting with other subsystems (such as the unmanned security subsystem and elite security network) to deploy appropriate security measures based on the severity and nature of the threat detected by the facial recognition technology.

The above detailed description of the facial recognition subsystem 112 within the control module 110 illustrates its critical role in enhancing the security and operational efficiency of property management systems. This technology not only ensures strong access control, but also facilitates a proactive security posture that adapts and dynamically responds to potential threats.

The unmanned security subsystem 120 is a key element in the security management system 100, providing autonomous monitoring and response capabilities, enhancing the overall security framework. The unmanned security subsystem 120 is equipped with advanced technologies such as machine learning and artificial intelligence to achieve active monitoring and immediate response to potential security incidents.

The architecture of the unmanned security subsystem 120 includes a surveillance device distributed throughout the property, such as surveillance cameras 122 and sensors 124. These devices are interconnected through a secure high-speed communication network to facilitate real-time transmission of surveillance data to the central processing unit. The surveillance cameras 122 are equipped with motion detection, night vision and advanced pattern recognition capabilities, enabling them to effectively monitor the property under different environmental conditions.

At the heart of the unmanned security subsystem 120 is a sophisticated data processing module 126 that uses machine learning algorithms to analyze incoming image and sensor data. This analysis involves several steps:

1. Data collection: Continuous image and sensor data are collected and transmitted to the data processing module 126.

2. Motion detection and tracking: The data processing module 126 identifies and tracks the motion within the camera's field of view, distinguishing between routine actions and potential security threats based on predetermined criteria.

3. Pattern recognition: Using advanced pattern recognition algorithms, the data processing module 126 analyzes the characteristics of detected objects or individuals to determine whether they pose a security risk. This includes identifying specific behavioral patterns that may indicate hostile or unauthorized access attempts.

4. Anomaly detection: The machine learning algorithm in the data processing module 126 is trained to detect anomalies in typical activity patterns, which helps to identify unusual behaviors that may indicate security vulnerabilities.

Upon detecting a potential security threat, the unmanned security subsystem 120 autonomously initiates a response based on the threat level and pre-defined security protocols. Decisions may be driven by an artificial intelligence algorithm that assesses the severity and nature of the detected threat, facilitating a quick and appropriate response. This may include: Generating a warning: For less severe threats, the unmanned security subsystem 120 may generate an automated warning that is sent to security personnel via smartphones, allowing them to assess the situation and respond if necessary.

Direct Intervention: In high severity threat situations, the unmanned security subsystem 120 can autonomously initiate deterrent measures such as audible warnings, lighting systems, or communications with local law enforcement agencies.

Integration with the elite security network subsystem 130: The unmanned security subsystem 120 is tightly integrated with the elite security network subsystem 130, enabling coordinated deployment of security personnel when manual intervention is required.

A key feature of the Unmanned Security Subsystem 120 is its adaptability, achieved by continuously learning and updating its threat detection models. The AI algorithms are designed to learn from each incident and feedback from security personnel, improving the accuracy and efficiency of threat detection and response over time. This adaptability ensures that the Unmanned Security Subsystem 120 remains effective as new security challenges emerge and as the physical layout or usage of a property evolves.

The Unmanned Security Subsystem 120 provides a powerful autonomous monitoring and response layer that significantly enhances the security capabilities of property management systems. It integrates advanced technologies such as artificial intelligence and machine learning to not only improve the effectiveness of immediate threat detection and response, but also ensures that the system can adapt to changing security requirements and maintain a high level of protection for the property and its residents.

The mobile application 132 of the elite security network subsystem 130 is the key interface between technology and human security. This mobile application 132 can be installed on the smart mobile device 40 of the security personnel, enhancing the ability of the security personnel to respond to events quickly and effectively. This mobile application 132 is well designed, provides comprehensive functions, and is tightly integrated with the rest of the security management system 100. In addition, these security personnel equipped with the mobile application 132 are all personnel who are specialized in emergency situations and have considerable experience. These security personnel are not usually stationed at the property, but patrol in multiple properties. Since the properties are not far from each other, when they receive an emergency notification from the mobile application 132, these security personnel can rush to the emergency area as quickly as possible to handle it.

The mobile application 132 has a user-friendly interface designed to ensure ease of use under high-stress conditions, which is important to security personnel during emergency response. The interface displays real-time data from the unmanned security subsystem 120, including real-time video streaming, warnings, and status updates of ongoing events. Key design features include: The key design features of the interface of the mobile application 132 include:

˙Dashboard: Provides a comprehensive overview of the property's security status, highlighting active warnings and areas that require immediate attention.

˙Alert Management: Enables personnel to receive, acknowledge and manage security alerts. Each alert is prioritized based on the severity and nature of the incident, with the ability to view detailed information and respond accordingly.

˙Navigation tools: Integrated GPS and mapping tools help personnel quickly locate events on the property. This feature links directly to surveillance imagery to enable real-time tactical planning and response.

The mobile application 132 uses advanced communication protocols to ensure fast and reliable data transmission between the control module 110, the unmanned security subsystem 120, and the security personnel under the elite security network subsystem 130. The main aspects include:

˙Real-time synchronization: Ensure that all security data and communications are synchronized between devices in real time, allowing multiple security team members to respond in a coordinated manner.

˙Secure communication channel: Use encrypted communication channels to protect sensitive data and prevent unauthorized access, ensuring that communications between personnel and the security control center remain confidential.

˙Integration with security infrastructure: The mobile application 132 is fully integrated with the property’s security infrastructure, allowing direct control of physical security measures such as door locks, security barriers, and surveillance camera controls.

The mobile application 132 is designed not only to receive and manage warnings, but also to enable proactive safety management through a variety of advanced features:

˙Incident Reporting Tool: Personnel can report incidents, upload evidence and provide updates through the mobile application132. The incident reporting tool is integrated with the property’s central database to facilitate effective incident tracking and management.

˙Decision Support System: The built-in decision support system provides security personnel with procedural guidance and response strategies based on the nature of the incident and existing security protocols.

˙Training and simulation: including training modules using simulation tools to help personnel train in various safety scenarios and improve their preparedness for actual incidents.

Mobile application 132 uses adaptive learning algorithms that analyze user interactions and feedback to continuously improve the user interface and functionality. This adaptive approach ensures that the application evolves based on the changing needs of security personnel and the dynamic security environment of the property.

In summary, the mobile application 132 of the Elite Security Network Subsystem 130 is an important component of the integrated security management system 100. It bridges the gap between autonomous security technology and manual operation response, improving the effectiveness of security operations. By providing a powerful, user-friendly and highly integrated tool, the application ensures that security personnel can handle security incidents efficiently and effectively, thereby maintaining a high level of security at the property. In addition, through the collaboration between the Elite Security Network Subsystem 130 and the Unmanned Security Subsystem 120, the property can usually deploy fewer or no professional security personnel, thus achieving cost savings without reducing security benefits.

Please refer to Figure 3, which is a block diagram of the community support and e-commerce platform for properties of the present invention. The community support and e-commerce platform 200 is a component of the present invention that is designed to promote a strong community environment and simplify the interaction between residents and local businesses. At the core of the community support and e-commerce platform 200 is a central database 210 that stores comprehensive information about property residents and local businesses. This central database 210 supports a community participation interface 220 that residents can access through their smart mobile devices 60 to utilize local e-commerce services or request emergency assistance. This community participation interface 220 can be customized based on the resident's role and needs in the community to enhance user experience and participation. The transaction subsystem 230 of the community support and e-commerce platform 200 handles all sales, reservations and financial transactions within the community.

The transaction subsystem 230 processes various types of transactions, including but not limited to: Service reservations: reservations and payments for community services, such as facility reservations, event spaces, maintenance services, and ride-hailing services.

Retail Purchases: Transactions involving the purchase of merchandise from local merchants within a community through the transaction subsystem 230.

Utility Payments: Regular payments for community utilities such as water, gas, and electricity can be automated and, in one embodiment, recorded on the blockchain.

In one embodiment, the blockchain-based currency module 232 in the transaction subsystem 230 of the community support and e-commerce platform 200 is to enhance the security, transparency and efficiency of financial transactions within the community support and e-commerce platform 200. The currency module 232 uses blockchain technology, which is known for its strong security and decentralized characteristics, to facilitate and record all financial transactions within the community, including purchases, sales and service reservations. The blockchain technology used by the currency module 232 is built on distributed ledger technology, which records all transaction data on a computer network, making it almost impossible to change any recorded information without the consensus of all network participants. The architectural design of blockchain technology supports both public and private blockchain models, depending on the security and privacy requirements of transaction data. Public blockchains are typically used for transactions involving community-wide services and facilities, where transparency is a priority. All participants in the network can view transaction history and independently verify the ledger. Private blockchains are used for more sensitive transactions that require privacy, such as paying for personal services or goods. Only authorized users can view and verify transactions.

In addition, a mail receiving registration notification system (not shown) can also be integrated into the community support and e-commerce platform 200 of the integrated property management system 1000, which can effectively manage and notify residents about the sending and receiving of mail and packages. The mail receiving registration notification system uses a central database 210 to store detailed records of mail and packages, including recipient information, delivery time, and mail status. When mail or packages arrive, property management personnel use a dedicated interface or mobile application to log the detailed information into the mail registration interface. The interface includes input fields such as recipient name, unit number, delivery service, tracking number, and delivery time.

Once a mail is registered, the mail recipient registration notification system records the recipient's information and mail status in the central database 210. The mail recipient registration then generates a notification to the recipient containing details such as the sender, delivery service, tracking number, and pickup instructions. These notifications are sent via the recipient's preferred communication channel, which can be push notification, SMS, or email. Residents can also view mail status through their community participation interface 220.

When residents pick up their mail, they can confirm the pickup through the community participation interface 220. The mail receiving registration notification system then updates the mail status in the central database 210, marking it as picked up. This process ensures that residents can update the mail status in real time, providing instant notification so that they are always aware of the arrival of their mail.

Please refer to Figure 4, which is a block diagram of the novel business operation and property management integrated system. The business operation and property management integrated system 300 is designed to reduce operating costs and improve the efficiency of service delivery in all aspects of the property. The core of the business operation and property management integrated system 300 is the central management subsystem 310, which uses advanced data analysis to optimize resource allocation and operational efficiency. This central management subsystem 310 not only coordinates security and maintenance tasks, but also integrates these functions with business operations to create synergies and reduce redundancy. The business integration subsystem 320 connects property management with the local enterprise's server 50 (which can be a cloud server) to promote joint services and shared revenue models. The business integration subsystem 320 supports online ordering and delivery services, which are coordinated through the central management subsystem 310, enhancing the convenience and efficiency of such services. The integration of business operations extends to real-time data sharing between property managers and enterprises, facilitated by a communication interface 330 that provides real-time data access on security, maintenance and business activities.

The data analysis component 312 in the central management subsystem 310 is a key feature for improving operational efficiency and resource allocation in an integrated property management system. The central management subsystem 310 utilizes advanced data analysis techniques to process and analyze large amounts of data from various systems or modules within the property, including security, community engagement, and business operations. The insights generated by these analyses play a key role in decision making and operational optimization.

The central management subsystem 310 is designed to tightly integrate data from the business operations and property management integrated systems 300. This integration includes real-time and historical data, which can come from: The unmanned security subsystem 120 of the security management system 100: provides data on access patterns, security events, and system status.

Community support and e-commerce platform 200 Community participation interface 220: Contribute user participation data, service usage statistics and feedback.

The transaction subsystem 230 of the community support and e-commerce platform 200: provides transaction data, business performance indicators and logistics information.

The central management subsystem 310 aggregates these data streams into a transaction database 314, normalizing and preparing them for analysis. This comprehensive data integration ensures a holistic view of property operations, enabling effective cross-functional analysis.

In addition, the data analysis component 312 of the central management subsystem 310 employs a variety of complex techniques and technologies: Predictive analysis: Utilizes statistical models and machine learning algorithms to predict future trends based on historical data. This may include predicting peak demand times for community services, predicting safety risks, and predicting maintenance needs.

Descriptive Analytics: Provides a detailed view of past and present data to gain insight into operational efficiency and resident behavior. This includes analyzing spending patterns, service satisfaction levels, and safety incident reports.

Prescriptive analytics: Use optimization and simulation algorithms to suggest possible outcomes and recommend courses of action. This is particularly useful in resource allocation, such as dynamically allocating security personnel or optimizing the scheduling of community services based on predicted risk levels.

In addition, the Central Management Subsystem 310 includes several tools and algorithms specifically tailored to property management needs: Resource Optimization Engine: A tool that dynamically allocates property resources based on real-time data input and predictive analysis results. This engine ensures that resources are used efficiently, reducing waste and improving service delivery.

Risk Assessment Models: Specialized algorithms analyze data from security systems to assess the risk level of various threats. These models help prioritize security measures and allocate resources more effectively.

User behavior analysis tools: These tools analyze data from community support and e-commerce platforms 200 to understand residents’ behaviors and preferences, which can inform improvements in service delivery and engagement strategies.

Additionally, data security and privacy are part of the data analysis architecture. Advanced security protocols, including data encryption and access control, are included in the central management subsystem 310 to protect sensitive information. Furthermore, analysis operations comply with relevant data protection regulations, ensuring that residents’ privacy is maintained and data usage is transparent.

The data analytics component 312 of the central management subsystem 310 is important in driving improvements in operational efficiency, safety, and resident satisfaction in the property management system. By providing deep insight into all aspects of property operations and offering the ability to predict future needs, this component ensures that property management is proactive, informed, and aligned with property managers’ goals and residents’ expectations.

Below, we will use the breakfast business as an example to explain how to use the business operation and property management integrated system 300. Please continue to refer to Figures 3 and 4. The breakfast business can use the business operation and property management integrated system 300 to allow residents to order breakfast one day in advance. This business operation and property management integrated system 300 allows breakfast shops to prepare in advance, solving the problem of long queues in breakfast shops in the morning.

During the ordering process, residents use their smart mobile devices to log in to the community participation interface 220, browse the breakfast shop's menu and place an order one day in advance. The order is processed through the transaction subsystem 230, which is responsible for handling sales, reservations and financial transactions. The blockchain-based currency module 232 ensures the security and efficiency of the transaction process. During the order preparation process, the breakfast shop receives a summary of the order list through the business integration subsystem 320, allowing them to prepare the required items in advance. In addition, advance preparation reduces waiting time, ensuring that breakfast is ready when residents arrive at the breakfast shop, improving customer satisfaction. Moreover, the communication interface 330 provides the breakfast shop with real-time order status updates and any changes or cancellation notifications. In addition, the central management subsystem 310 uses the data analysis component 312 to analyze ordering patterns and predict future demand, allowing the breakfast shop to optimize inventory and staffing. Moreover, the resource optimization engine in the central management subsystem 310 dynamically allocates resources based on real-time data input and predictive analysis results to ensure that resources are used effectively and reduce waste. In addition, the breakfast shop can adjust preparation and staffing according to the predicted peak demand period to reduce operating costs. In addition, the user behavior analysis tool analyzes data from the community support and e-commerce platform 200 to understand the preferences and behaviors of residents, providing insights to the breakfast shop to adjust product and marketing strategies.

In one embodiment, an online conference system (not shown) can be integrated into the business operations and property management integrated system 300 to promote close communication and collaboration between property management personnel, residents and local businesses. The online conference system improves collaboration and efficiency by providing a reliable platform for scheduling and holding virtual meetings. The implementation of the online conference system makes full use of the central management subsystem 310, which is responsible for managing the scheduling and execution of meetings. This central management subsystem 310 uses the data analysis and resource allocation capabilities of its data analysis component 312 to optimize meeting time and participant availability. When a meeting needs to be held, property management personnel can use the central management subsystem 310 to create a meeting schedule, specifying the time, date and participants. The online conferencing system immediately sends invitations to relevant personnel, including property managers, residents, and local businesses when necessary.

Participants receive notifications via their preferred communication channel, such as email, SMS, or push notifications via mobile applications. These notifications contain meeting details and a link to join the online meeting. Here, the business integration subsystem 320 plays an important role in connecting with local merchants or service providers to ensure that all participants can closely join the meeting regardless of their technical capabilities or geographical location.

The actual online meeting is conducted through the communication interface 330, which extends the video and audio conferencing capabilities. Participants can join the meeting through their smartphones, desktop computers or other Internet devices. The communication interface 330 supports real-time data sharing, allowing participants to share documents, presentations and other relevant materials during the meeting. In addition, the interface also includes functions such as screen sharing, chat and recording, ensuring that all participants can fully participate in the meeting and access all necessary information.

In summary, the Business Operation and Property Management Integration System 300 closely integrates the ordering system with property management, ensuring that residents have a convenient and efficient breakfast ordering experience and improving their overall satisfaction with property services. In summary, the above examples show how the Business Operation and Property Management Integration System 300 can be applied to the breakfast industry, benefiting both the store and residents. By utilizing advanced data analysis and real-time data sharing, the system improves operational efficiency, reduces waiting time, and increases customer satisfaction. In addition, the Business Operation and Property Management Integration System 300 also supports online conferencing functions.

The tight integration of the security management system 100, the community support and e-commerce platform 200, and the business operations and property management integrated system 300 within the integrated property management system 1000 is the cornerstone of this new type. This integration is important to achieve a coordinated operating environment in which data flows and functional interdependencies are effectively managed between the different components of the integrated property management system 1000.

The Integrated Property Management System 1000 uses a powerful integration architecture designed to facilitate close communication and data exchange between various systems. This architecture includes: Middleware solution: Middleware acts as a glue between different systems, subsystems, and platforms under the Integrated Property Management System 1000, handling data conversion, message routing, and service orchestration. It allows subsystems to communicate without directly understanding each other's implementation details, thereby enhancing modularity and ease of maintenance.

API (Application Programming Interface): Use well-defined APIs for communication between systems, ensuring that each subsystem can only securely access data and functions relevant to its operations. These APIs are designed to support both real-time and batch data processing, depending on the needs of the subsystems involved.

Event-driven architecture: The integrated property management system 1000 uses an event-driven architecture to communicate between its systems through events. This model is particularly effective in scenarios where actions in one system need to trigger reactions in other systems. For example, a security breach detected by the unmanned security subsystem 120 can automatically trigger a lockdown procedure and notify the elite security network subsystem 130.

The integrated property management system 1000 integrates the security management system 100, the community support and e-commerce platform 200, and the business operation and property management integration system 300 to form a comprehensive property management solution. The integrated property management system 1000 uses the control module 110, the community participation interface 220, and the business integration subsystem 320 to work together to enhance the overall function and efficiency of property management. By optimizing resource allocation, improving security and service delivery efficiency, and improving economic benefits, this new model significantly promotes the development of the property management field.

Although the present invention has been disclosed as above with the preferred embodiment, it is not intended to limit the present invention. Anyone with common knowledge in the relevant technical field can make some changes and modifications without departing from the spirit and scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the scope defined in the attached patent application.

100: Safety management system

110: Control module

112: Facial recognition subsystem

114:Biological characteristics database

120: Unmanned security subsystem

122: Surveillance camera

124:Sensor

126: Data processing module

130: Elite security network subsystem

132: Mobile applications

Claims (9)

An integrated property management system includes a security management system for a property, the security management system including: a control module configured to manage property access through a facial recognition subsystem; an unmanned security subsystem connected to the control module and configured to autonomously monitor the property and respond to security breaches, wherein the unmanned security subsystem includes a plurality of monitoring devices; and an elite security network subsystem connected to the unmanned security subsystem and configured to deploy security personnel based on warnings received from the unmanned security subsystem; wherein the control module is further configured to integrate operational data from the facial recognition subsystem and the unmanned security subsystem to coordinate security responses. An integrated property management system as described in claim 1, wherein the monitoring equipment includes multiple cameras and sensors. An integrated property management system as described in claim 1, wherein the elite security network subsystem includes a mobile application having a user interface that allows a user to trigger an emergency response. The integrated property management system as described in claim 1 further includes a community support and e-commerce platform for property management, the community support and e-commerce platform including: a central database configured to store data related to property residents and local businesses; a community participation interface configured to allow users to access local e-commerce services and emergency response through mobile devices; and a transaction subsystem configured to process sales, reservations and financial transactions between residents and local businesses; wherein the community participation interface provides customized access rights and functions based on the user's role in the community. An integrated property management system as described in claim 4, wherein the transaction subsystem includes a blockchain-based currency module configured to facilitate and record transactions within the community. The integrated property management system as described in claim 1 further includes a business operation and property management integration system, the business operation and property management integration system including: a central management subsystem configured to coordinate security, maintenance and business operations through a unified platform to reduce property management costs; and a business integration subsystem configured to connect property management with local businesses to provide joint services and a shared revenue model; wherein the central management subsystem uses a data analysis component to optimize resource allocation and service provision within the property. An integrated property management system as described in claim 6, wherein the business integration subsystem is configured to support online ordering and delivery services by coordinating a local supplier network through the central management subsystem. An integrated property management system as described in claim 3, wherein the user interface provides property managers and residents with access to real-time data regarding security, maintenance, and local business activities. An integrated property management system as described in claim 6, wherein the data analysis component is further configured to track the cost savings of linking property management with local businesses to effectively allocate resources.

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