CN112163233A - Safety management method of building engineering project management system - Google Patents
Safety management method of building engineering project management system Download PDFInfo
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- CN112163233A CN112163233A CN202010986731.3A CN202010986731A CN112163233A CN 112163233 A CN112163233 A CN 112163233A CN 202010986731 A CN202010986731 A CN 202010986731A CN 112163233 A CN112163233 A CN 112163233A
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- 238000007726 management method Methods 0.000 title claims abstract description 86
- 238000010276 construction Methods 0.000 claims abstract description 33
- 238000009877 rendering Methods 0.000 claims abstract description 13
- 230000005540 biological transmission Effects 0.000 claims abstract description 10
- 238000005516 engineering process Methods 0.000 claims description 10
- 238000000926 separation method Methods 0.000 claims description 6
- 238000012800 visualization Methods 0.000 claims description 3
- 238000000034 method Methods 0.000 description 3
- 241000700605 Viruses Species 0.000 description 2
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- G06F21/62—Protecting access to data via a platform, e.g. using keys or access control rules
- G06F21/6218—Protecting access to data via a platform, e.g. using keys or access control rules to a system of files or objects, e.g. local or distributed file system or database
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Abstract
The invention discloses a safety management method of a construction project management system, relates to the technical field of project management, and aims to give consideration to the high efficiency of Internet sharing coordination and solve the safety problem while enjoying Internet convenience. The safety management method of the construction project management system comprises the following steps: the safety of the terminal is realized by real-time cloud rendering without cache and download; the https security transmission encryption mechanism is adopted to ensure the access security and realize the security of the transmission process; the safety of the server side is safely and efficiently realized by adopting the Linux system operation in the background. The invention is mainly applied to the field.
Description
Technical Field
The invention relates to the technical field of engineering project management, in particular to a safety management method of a building engineering project management system.
Background
At present, the nation advocates the low-carbon and environment-friendly concept, and has developed a series of mandatory standards aiming at the problems of large dust emission, large noise and large pollution of construction sites, so that the nation can perform key treatment in the future. The applications of the BIM (building information model) technology, the Internet of things, the big data technology and the ERP (enterprise resource planning) technology are more and more mature, and in recent years, the construction industry is also exploring and applying the new information technology and obtaining certain results.
At present, the world has entered the big data era, and research shows that the building industry is the big data industry with the largest data volume and the largest service scale, and the fundamental mechanism of the internet revolution is to redistribute the value of the industrial chain by improving the information symmetry and transparence capability of the final user to the whole process of the industrial chain, thereby being more beneficial to consumers and value creators. Important building information can have great influence on the future, the visual display of data can provide a manager with more rational and scientific judgment basis, and the influence of subjective factors on management is reduced. The mastering platform is used for mastering data, the construction project management system is used for gathering multi-party data information, the mastered data information can be utilized in the future, relevant big data such as information of construction enterprises, projects and practitioners are gathered, integrated and analyzed based on application of the big data, innovative application of the big data in the construction industry is explored, data asset management is promoted, the value of the big data is fully utilized, large project construction is better served, and sufficient data support is provided for strategic decisions of governments at all levels.
Disclosure of Invention
The invention aims to provide a safety management method of a construction project management system, which can give consideration to the high efficiency of internet sharing coordination and simultaneously solve the safety problem while enjoying the convenience of the internet.
In order to achieve the purpose, the invention adopts the following technical scheme:
a safety management method of a construction engineering project management system comprises the following steps:
the safety of the terminal is realized by real-time cloud rendering without cache and download;
the https security transmission encryption mechanism is adopted to ensure the access security and realize the security of the transmission process;
the safety of the server side is safely and efficiently realized by adopting the Linux system operation in the background.
The method for realizing the safety of the terminal through the real-time cloud rendering without cache and download specifically comprises the following steps:
the cloud rendering result is directly sent to the user terminal through a real-time cloud rendering technology, caching and downloading are not needed, and second-starting is supported;
after the user finishes reading, no trace is left at the terminal of the user.
The method for realizing the safety of the server side safely and efficiently by adopting the Linux system operation in the background specifically comprises the following steps:
the internal format adopts a digital-analog separation strategy to separately manage the model and the information so as to efficiently classify and manage and increase the difficulty of simultaneously obtaining the model and the data.
Further, the internal format adopts a digital-analog separation strategy, and the separate management of the model and the information specifically includes:
the model is managed according to the model, data are written into a database and are managed by the data, so that the management and query efficiency of the model and the data is improved, and the model and the data are driven in an associated mode.
In practical application, the safety management method of the construction project management system further comprises the following steps:
unique internal formats are used to add a firewall between the source data and the user's usage.
Wherein, the adoption of the unique internal format to add a firewall between the source data and the user use specifically comprises:
the source model is processed into self-defined data, and is independently stored, authorized to access and not easy to crack;
the internal format can only be opened by a matching visualization engine to effectively isolate direct contact between the user source data and the end user.
In practical application, the safety management method of the construction project management system further comprises the following steps:
all data is centrally managed at the server side, so that centralized management and centralized backup are facilitated.
Wherein, all the data are managed in a centralized way at the server end, so that the centralized management and the centralized backup specifically comprise:
all files, data and models are subjected to centralized management and centralized backup at the cloud.
Specifically, the safety management method of the construction engineering project management system further comprises the following steps:
and private cloud deployment is supported, and all hardware is placed in an enterprise, so that all data and models of a user can run in the enterprise, and the privacy and the safety of core data and assets of the user are ensured.
In practical application, the safety management method of the construction project management system further comprises the following steps:
on the basis of a firewall mechanism, the security mechanism is deployed on a basic public cloud to enhance the security guarantee of data and assets of a user by utilizing the security mechanism of the basic cloud technology.
Compared with the prior art, the safety management method of the construction project management system has the following advantages:
the safety management method of the building engineering project management system provided by the invention has extremely high safety no matter at the server side, in the transmission process or aiming at terminal access, and can effectively protect the privacy and the safety of the intellectual property rights of the user, so that the user can enjoy the convenience brought by the Internet and can also really ensure the safety of the intellectual property rights of the user.
Detailed Description
For convenience of understanding, the safety management method of the construction project management system provided by the embodiment of the invention is described in detail.
The embodiment of the invention provides a safety management method of a construction project management system, which comprises the following steps:
the safety of the terminal is realized by real-time cloud rendering without cache and download;
the https security transmission encryption mechanism is adopted to ensure the access security and realize the security of the transmission process;
the safety of the server side is safely and efficiently realized by adopting the Linux system operation in the background.
Compared with the prior art, the safety management method of the construction engineering project management system provided by the embodiment of the invention has the following advantages:
according to the safety management method of the building engineering project management system, the safety is extremely high no matter at the server side, in the transmission process or aiming at terminal access, and the privacy and the safety of the intellectual property rights of the user can be effectively protected, so that the user can enjoy the convenience brought by the Internet and the safety of the intellectual property rights of the user can be really guaranteed.
The above-mentioned implementing security of the terminal by real-time cloud rendering without cache or download may specifically include:
the cloud rendering result is directly sent to the user terminal through a real-time cloud rendering technology, caching and downloading are not needed, and second-starting is supported;
after the user finishes reading, no trace is left at the terminal of the user, so that the intellectual property of the user is effectively protected.
The foregoing, implementing security of the server side safely and efficiently by using Linux system operation in the background may specifically include:
the internal format adopts a digital-analog separation strategy to separately manage the model and the information so as to efficiently classify and manage and increase the difficulty of simultaneously obtaining the model and the data.
Further, the internal format adopts a digital-analog separation strategy, and the specific management of the model and the information separately may include:
the model is managed according to the model, data are written into a database and are managed by the data, so that the management and query efficiency of the model and the data is improved, and the model and the data are driven in an associated mode.
It should be added that, the Linux operating system is an open-source operating system, which is safe and efficient, and Linux operating systems are adopted for various countries and military parties and for calculation with higher requirements on safety and efficiency; meanwhile, because the system is an open source operating system, all codes can be seen, so that the virus cost is high and basically no virus exists.
In addition, the common models are all information and data attached to the models, the original models are opened, and relevant data can be basically checked. The model is managed according to the model, data are written into the database and managed by the data, so that the management and query efficiency of the model and the data is improved, and the model and the data are related and driven, so that the mutual association is ensured. And the model and the data are managed separately, so that the safety of the model and the data is guaranteed to a certain extent, and the difficulty of simultaneously obtaining the model and the data is increased.
In practical application, the safety management method of the construction engineering project management system may further include the steps of:
unique internal formats are used to add a firewall between the source data and the user's usage.
The above-mentioned adopting unique internal format to add a firewall between the source data and the user usage may specifically include:
the source model is processed into self-defined data, and is independently stored, authorized to access and not easy to crack;
the internal format can only be opened through a matched visualization engine so as to effectively isolate the direct contact between the user source data and the end user, which is equivalent to adding a firewall between the original model data and the user.
In practical application, the safety management method of the construction engineering project management system may further include the steps of:
all data is centrally managed at the server side, so that centralized management and centralized backup are facilitated.
Wherein, all the data are managed in a centralized manner at the server side, so that the centralized management and the centralized backup specifically include:
all files, data and models are subjected to centralized management and centralized backup at the cloud, so that the difficulty in management and backup caused by the fact that the data and the models are too dispersed is avoided.
Specifically, the safety management method of the construction engineering project management system may further include the steps of:
and private cloud deployment is supported, and all hardware is placed in an enterprise, so that all data and models of a user can run in the enterprise, and the privacy and the safety of core data and assets of the user are ensured.
In practical application, the safety management method of the construction engineering project management system may further include the steps of:
based on a firewall mechanism, the system is deployed on a basic public cloud (such as Tencent cloud) so as to further enhance the security of data and assets of users by utilizing a security mechanism of a basic cloud technology.
In addition, in the safety management method of the construction engineering project management system provided by the embodiment of the invention, the development and operation structure of the application system platform is constructed based on a three-layer architecture safety test of the background database, namely the Web application server, the middleware application server and the database server, any application server needs to access the database service and needs to pass through the middleware application server, and the Web application server, the middleware application server and the database server can be deployed in different VLANs as required to enhance the safety.
Moreover, the load balancing and middleware cluster implementation manner may include:
balancing the first and fourth layers of exchange load;
secondly, load balancing is achieved through third-party software, and meanwhile caching of page requests is achieved;
and thirdly, realizing load balancing through the configuration of the web server.
The above description is only for the specific embodiments of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art can easily conceive of the changes or substitutions within the technical scope of the present invention, and all the changes or substitutions should be covered within the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the appended claims.
Claims (10)
1. A safety management method of a construction engineering project management system is characterized by comprising the following steps:
the safety of the terminal is realized by real-time cloud rendering without cache and download;
the https security transmission encryption mechanism is adopted to ensure the access security and realize the security of the transmission process;
the safety of the server side is safely and efficiently realized by adopting the Linux system operation in the background.
2. The safety management method of the construction engineering project management system according to claim 1, wherein the implementation of the safety of the terminal through the real-time cloud rendering without cache and without download specifically comprises:
the cloud rendering result is directly sent to the user terminal through a real-time cloud rendering technology, caching and downloading are not needed, and second-starting is supported;
after the user finishes reading, no trace is left at the terminal of the user.
3. The safety management method for the construction engineering project management system according to claim 1 or 2, wherein the implementing of the safety of the server side safely and efficiently by using the Linux system operation in the background specifically comprises:
the internal format adopts a digital-analog separation strategy to separately manage the model and the information so as to efficiently classify and manage and increase the difficulty of simultaneously obtaining the model and the data.
4. The safety management method of the construction engineering project management system according to claim 3, wherein the internal format employs a digital-analog separation policy, and the separate management of the model and the information specifically includes:
the model is managed according to the model, data are written into a database and are managed by the data, so that the management and query efficiency of the model and the data is improved, and the model and the data are driven in an associated mode.
5. The safety management method of a construction project management system according to claim 1, further comprising the steps of:
unique internal formats are used to add a firewall between the source data and the user's usage.
6. The safety management method of the construction project management system according to claim 5, wherein the adopting of the unique internal format to add a firewall between the source data and the user usage specifically comprises:
the source model is processed into self-defined data, and is independently stored, authorized to access and not easy to crack;
the internal format can only be opened by a matching visualization engine to effectively isolate direct contact between the user source data and the end user.
7. The safety management method of a construction project management system according to claim 1 or 5, further comprising the steps of:
all data is centrally managed at the server side, so that centralized management and centralized backup are facilitated.
8. The safety management method for the construction engineering project management system according to claim 7, wherein all the data are centrally managed at the server side, so that the centralized management and the centralized backup specifically include:
all files, data and models are subjected to centralized management and centralized backup at the cloud.
9. The safety management method of a construction project management system according to claim 3, further comprising the steps of:
and private cloud deployment is supported, and all hardware is placed in an enterprise, so that all data and models of a user can run in the enterprise, and the privacy and the safety of core data and assets of the user are ensured.
10. The safety management method of a construction project management system according to claim 1, further comprising the steps of:
on the basis of a firewall mechanism, the security mechanism is deployed on a basic public cloud to enhance the security guarantee of data and assets of a user by utilizing the security mechanism of the basic cloud technology.
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| CN202010986731.3A CN112163233A (en) | 2020-09-18 | 2020-09-18 | Safety management method of building engineering project management system |
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Inventor after: Jing Zetao Inventor after: Cui Jingyuan Inventor after: Sun Bochao Inventor after: Li Ao Inventor after: Tian Yuanyuan Inventor after: Wang Zhenlin Inventor after: Wu Baolin Inventor before: Jing Zetao Inventor before: Cui Jingyuan Inventor before: Sun Bochao Inventor before: Li Ao Inventor before: Tian Yuanyuan Inventor before: Wang Zhenlin Inventor before: Wu Baolin |
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