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  • What Is Circular Economy Building Tech? The Key Lies In These Two Aspects

    There are many contents in tech. What do you think this is? In fact, to put it bluntly, it is an economic model that minimizes resource waste and strives to achieve resource recycling. In the field of construction, this tech represents the construction technology that is connected to this circular economy.

    The key to this tech is in many aspects. On the one hand, it is about building materials. Renewable and recyclable materials must be preferred. For example, recycled steel and recycled wood. Using these can greatly reduce the consumption of new resources. On the other hand, it also includes intelligent control system technology. Through intelligent control systems, the energy utilization of buildings can be effectively optimized, just like automatically adjusting lighting and air conditioning equipment according to indoor and outdoor conditions, which can reduce energy consumption

    And there is also the technology of rainwater collection. This is quite interesting. Through special settings and other things, the rainwater is collected, and the treatment can be used for flushing toilets, watering landscapes, etc. Then I will break it down for you and tell me how to implement and promote tech

    first. 1. The perspective of policy and regulation: the state or local governments need to introduce a series of incentive measures, such as tax preferential subsidies, and encourage construction companies to choose environmentally friendly and economical construction technologies and materials.

    2. Construction companies: In fact, they have to update their concepts. They can’t always stick to the old models of the past and actively embrace these new construction technologies and new ways to play. Hey~ R&D investment must also be increased. If you don’t have a direction, you have to cooperate with scientific research institutions to create new energy-saving and environmentally friendly construction technologies.

    3. Consumers: Consumers have to change their concepts. It is best to be willing to pay more for these houses that have applied tech. It is not to increase the market demand for such environmentally friendly and energy-saving buildings.

    Here also leads to several questions that are often asked. Someone asked: How much is the cost of buildings with tech than ordinary buildings? This is the case. When it first started to promote the cost, for example, 10% to 20% may be. However, in the long run, whether it is energy consumption reduction or maintenance costs, it can actually save expenses. The cost will gradually be flattened and it will be less.

    Some people questioned and asked: Is this technology mature? In fact, many regions have begun to widely promote Circular economy building tech for this kind of building. I have accumulated a lot of experience, including the aforementioned rainwater collection and intelligent control system energy saving. The technical level is really not a big problem and has gradually matured.

    Some friends want to ask: How is the living experience like using these technologies? On the one hand, the use of intelligent control systems can improve the comfort of this adjustment, which can reduce the time to wait for adjustment. On the other hand, the green and ecological design and material use are much better. The indoor air quality in the living space is much better, it is very pleasant.

    Speaking of this, I personally think. tech can definitely build a huge bridge between the relationship between construction and sustainable development, which can achieve this kind of economic, environmental and sustainable development. We hope that the promotion pace will be accelerated further. In some places or units, we can use this kind of good technology that benefits the people and the environment. Maybe in the future, this kind of advanced environmentally friendly circular building is everywhere. As for providing global procurement services for weak current intelligent products! When you are building this tech architecture, you can really consider it if you have weak current intelligence procurement needs. Look at the product. What is suitable for use? This circular economy construction technology involves the system, maybe it is very useful.

  • Graphene-Based Power Distribution Graphene-Based Power Distribution: Does Graphene Have Great Potential In The Field Of Power Distribution?

    -Based Power This thing is actually not simple. Graphene is that kind, and its characteristics are quite unique. It has great application potential in the field of power distribution.

    First of all, what is graphene conductivity? Graphene is a two-dimensional material formed by a six-membered ring composed of carbon atoms. Its structure is very special, and the way the electrons move inside is very different from that of ordinary materials.

    Like traditional wires and cables, there are often resistance problems. If the resistance is large, a lot of electricity will be consumed when the power is transmitted. But

    1. If it is replaced with graphene, its resistance is very low. With its unique atomic spacing, electrons can pass smoothly like sliding.

    2. In this way, the energy consumed during power transmission is reduced little by little, which means that a more powerful and longer-distance stable current can be delivered.

    Next, let’s take a look at how modularization is disassembled in this key part. On the one hand, we have to make relevant power accessories, which is to use graphene and other materials to make cables, and then assemble them into distribution components such as micro switch cabinets. These need to be designed and installed little by little, and the installation process is good. This part of the process is well designed to help the equipment to accurately assemble and install time-consuming and securely install it.

    On the other hand, the system must have intelligent diagnostic monitoring capabilities, and use graphene materials to create high-performance sensors and set them to key points of the system

    Can accurately monitor current and discover the changes in the grid fault in real time. For example, a certain resistor suddenly has a large abnormality, you can send a notification in time to send someone to repair it.

    In terms of daily application scenarios. First of all, small residential communities use graphene transmission and distribution pipelines, so that the user costs will be lower than ordinary cables, and because of its efficient transmission, it can make the electricity much more stable.

    Large commercial areas, Graphene-Based Power Distribution in high-rise commercial buildings, require a lot of energy. Using graphene power distribution can ensure the power transmission in different areas of dozens of floors

    Even if hundreds of office computers use electronic devices, they will be as smooth as a line of beads.

    In the field of industrial application, graphene-based distribution systems can resist strong mechanical vibrations and high-frequency electromagnetic fields interference? For many heavy industry workshop environments like robot manufacturing, it can continuously and stably meet work needs.

    Let me answer some common related questions

    Q: Will graphene be too expensive and it is difficult to popularize on a large scale

    Answer: Although in early production, the technology is not mature, it is relatively expensive. But in recent years, many expert research teams have devoted themselves to development

    Prices are gradually decreasing. Gradually, we are also moving towards a widespread application and popularity of steel.

    Q: Will there be any problems with the safety performance after using graphene?

    Answer: You have to think so, normal electrical equipment also has the risk of short circuit and fire. When using distribution distribution based on graphene, the system can react quickly

    If the current is unstable and exceeds the amplitude, the circuit can be interrupted immediately. Compared with conventional devices, it can cut off the source of danger earlier.

    In addition, the system intelligent detection and monitoring system prompts workers to check for hidden dangers as soon as possible. The safety has been greatly improved.

    Compared with common materials, this thing is also very advantageous. For example, the resistance of commonly used aluminum and copper cables is obviously much larger than that of which, it consumes a lot of electricity during transmission.

    For example, some high-end power supply devices originally rely on other metal alloys to not have that long life, so what will happen if the material is aging? Graphene made of can last longer and not easily lose.

    The products made by different manufacturers in the market may also be different. Some of them have uneven quality, but as long as you find the right merchant with R&D capabilities, it is quite good. Anyway, like I think this – Based Power has unlimited room for expansion in the future power system. Maybe in a few decades, we will replace many of the power distribution forms that are still common today, providing global procurement services for weak current intelligent products!

  • Blockchain Academic Credentials Blockchain Academic Credentials: What Exactly Are They And Why Are They Gaining Traction?

    , this here has been more and more in times. You see, the idea of ​​using for is quite . Now, what are ? Well, in terms, it means and on a.

    Let me break it down for you. It's like a way, a way of, um, and your . The 's make sure these are – proof. Once is on the , it's very , close to , you know, to it the . Also, offer . in the , such as , , and .

    Now, let's talk about some of the good.

    1. First off, for , and their a . It's not like the old days where you had to carry of paper or worry about them lost or . With , it's all , on the that can be with ease, you know what I mean? Just with a few here and there, you can show your.

    2. For . Well, the for much more . Since are and . They can check the of a 's . This saves a whole lot of time and the risk of with fake , which in the long run the of the , you .

    3. In terms of , when they are , to – based give them a level of to paper – based . An can the of a and be sure about the of what they areBlockchain Academic Credentials, which helps them make more .

    4. The of also means that are more . In today's job . There's no need for . It down the and more for from all over the world to apply for jobs and .

    5. Cost – it is too. The way of and costs, like, , and the for . cuts down on these.

    Now, have some? Let's them one by one.

    Q: How are these?

    A: The good part about them is that they are . As long as you have an and the right keys, you can and share them. This is a huge over the of and hard – copy-based .

    Q: It might be to set up for . Is this true?

    A: Not . it might seem a bit at the start due to , the long- term far any . There are also easy-to- and that can help for .

    Now let's draw a bit of and . While might be prone to , ones are . Also, the of often take a long time, while .

    In my , are the way of the . They solve so many in the and to and . I say as well as look into this and it . And don't Global procurement service for weak current intelligent products!

  • How Important Is Cybersecurity For IoT Network Security? The Security Of The Device Itself And Communication Needs To Be Paid Attention To

    Speaking of this for IoT, it is the security of the Internet of Things network, so we have to talk slowly. The Internet of Things is to connect a large number of devices together, allowing them to "communicate" with each other through the Internet, and it can be widely used in all walks of life. Smart homes, industrial monitoring, medical equipment, etc. are all running~

    The key is, how can the Internet of Things achieve network security? One, the safety of the equipment itself must be taken seriously. Many IoT devices are too watery when designed and have insufficient security protection. We have to check whether this device has a strong authentication mechanism, and it is not too easy to crack if you want to log in. For example, some smart home devices can enter a simple password or simply use the default password to enter. This is not very worrying! Moreover, when manufacturing equipment, you must be careful about programming vulnerabilities and conduct comprehensive security testing.

    Also, communication security is also urgent! IoT devices are everywhere transmitting data – transmitting from sensors to servers, and transmitting anything from servers. In this process, the data must be encrypted! What should you do if the data is stolen and cracked halfway? Now there are a lot of communication encryption methods for Cybersecurity for IoT. Let’s choose a reliable, easy-to-use and adaptable device method!

    Next, let’s talk about the access control of the Internet of Things system . First of all, we have to determine who should have permissions, such as operators, operation and maintenance personnel, etc., determine the corresponding access level for each object, and limit access to the system and data, which can also reduce the possibility of malicious intrusion.

    You also need to have an emergency response plan . If you encounter a safety crisis, you can’t wait! Just determine which failure happened immediately? How did the hacker get in? Then take measures as soon as possible to isolate the affected parts and repair them… Repair it well, let's reflect on it and check for the missing parts.

    Let me mention the global procurement service for weak current intelligent products! This may be of some help to people who do related things. There are a few more questions to talk about here:

    Q: When choosing an Internet of Things equipment, what should you consider security?

    A: First of all, it is important to see if there is a security protocol, encryption, and the reputation of the manufacturer! Only manufacturers with good safety records are reliable.

    Q: How safe is small businesses doing the Internet of Things by themselves

    A: First of all, basic security measures must be implemented, such as regular patches and device encryption, as we said earlier; on the other hand, you can consider outsourcing to professional network security teams, which is easy to save trouble, or participate in industry forums and exchanges to learn some good security mechanisms for your reference.

    If I think this is really complicated and complicated! But it’s always useful to have no way to be aware of safety step by step, what do you think?

  • Do You Understand Cognitive Building Platforms? How Does It Make Buildings Smarter?

    Speaking of this, it is really difficult for us ordinary people to understand. It actually involves smart buildings and some related fields with advanced complex functions, which is the ability to use cognitive computing technology Cognitive building platforms to make buildings smarter… Well, to be precise, it is to enable various systems of the building to better perceive, analyze and make decisions.

    Let's talk about it in detail in several aspects~

    The first is the system architecture. This is complicated and has different levels of architectural design. There must be a data acquisition module at the bottom, so the equipment can obtain various sensor data. If you want to become intelligent, do you have to get these most basic information? For example, the first step is to obtain the light sensor and temperature sensor data to collect and organize the internal environment data of the building.

    Another layer, go to the analysis and processing module. At this stage, after obtaining a large amount of complex basic data, various very meticulous analysis work must be done, analyzing the characteristics of the data, such as how to find signs of problems from ambient temperature fluctuations and then give corresponding solutions. Therefore, this level of processing process is very critical and not simple to weigh in multiple aspects.

    Further up, there is also the user interaction part, and the system must have a simple visual operation interface! Ordinary people can also easily operate this cognitive building platform system. Otherwise, it would be so complicated and I can't get started, so I'm just busy. Then I can adjust the various settings of the building according to my wishes, such as door and window ventilation automation conditions and internal lighting intensity.

    Let’s talk about its advantages, such as energy conservation! Because this platform can intelligently control various equipment systems in the building based on real-time environmental conditions. For example, in summer, the outdoor temperature is too high, and the windows are automatically closed, and the air conditioner and refrigeration are operating stably in a reasonable and energy-efficient manner! In winter, the weather needs to be kept warm, so naturally adjust the settings to maintain stable heating. Energy waste will become very small! Reducing consumption of environmental resources is more beneficial to our sustainable development… To put it far, it is beneficial to the overall ecological environment protection! The big topic of environment is a global concern!

    It also improves user comfort. This is a benefit that cannot be ignored. User comfort is really important to achieve those small details. With such an intelligent platform, it can be used to adjust the corresponding environment according to the personal preferences and habits of construction workers who live in. For example, some residents want the interior lighting to be softer and warmer, or others like to have a bright and spacious look to automatically adjust the corresponding environment. It is not very comfortable to live in all aspects! Therefore, in terms of improving household satisfaction, there are real and obvious advantages

    Then let’s talk about the market-related situation. In the current market in the frontier market of science and technology, many construction companies and technology companies attach great importance to this. In order to provide customers with better smart building solutions, enterprises are constantly actively investing in the development of corresponding high-level products… All kinds of resources are invested in this. After all, the technology industry is very, very fast in the situation of upgrading and upgrading. The market prospects look very broad, just wait for it to continue to grow vigorously! It also reflects from the side that the future of this project is really bright and has great potential to tap and utilize…

    Of course, let’s answer some of the various small questions in our ordinary minds. Many people are curious about the reliability and security of these intelligent platforms.

    I think so compared to the old single system, because the intelligent building cognitive platform has multiple architectures… and it can constantly automatically correct errors and adjust. If an old building fails the system in a certain aspect, it may cause it to be completely broken and unable to function normally… And smart platforms like this are systematic and different settings. With various insurance backup considerations, from this level, the reliability is indeed much higher than that of traditional building systems. This is actually very obvious. (Well, you can think more about this comparison)… Provide global procurement services for weak current intelligent products!

    Some people think that the implementation must be so high that the price is scary. Speaking of which, it is related to different project sizes and is somewhat similar to our daily shopping. Large-scale overall complex building renovation or project…the cost is to cover all aspects, so it is naturally a sky-high price. But what about a small partial transformation? Well, or some small commercial venues that are not too complicated. In fact, the cost is not as high as expected (the premise must be combined with the normal market conditions, so no conscientious merchants can be ruthlessly killed). Sometimes it can still be realized within the budget. After all, there are types of intelligent cognitive platforms. If the budget is limited, we can choose the right cheap model solution as needed.

    In my personal opinion, this kind of thing will definitely become more and more popular in the future and the development momentum will not stop! After all, the progress of science and technology will not go against the trend. Now, driven by the general situation of environmental protection and energy conservation and the trend of people pursuing higher living comfort… Moreover, our social economy continues to rise, enterprises have the strength to invest, and the emergence of different types of cutting-edge high-tech technologies will help this field become more developed… It is just a sentence to describe such a bright situation: there is infinite development possibility. Ordinary people also pay more attention to the progress of science and technology. Seeing the fresh scientific and technological achievements bring real surprises and conveniences to our lives.

  • What Is BIM 360 Integration? Detailed Analysis Of Building Information Model 360 Integration

    BIM 360, that is, the integration of building information model 360. We have to know that this thing is not a simple thing. Simply put, the concept of BIM is to create a super detailed and integrated three-dimensional digital model of the building, and to include all aspects of building information.

    Like the structures in the building, the pipeline directions of various systems such as water, electricity and heating, the specifications and details of doors and windows, including the construction schedule, are all reflected in this big model. BIM 360 means integrating information from all parties and effectively connecting and sharing these information between the construction unit design unit and the construction unit. This makes it much easier for everyone to communicate with each other

    Let’s talk about the key content in modules:

    1. First of all, in the design stage. In the past, traditional design was in charge of its own departments. For example, when building design communicated with structural design, they had to meet from time to time and call the phone. But now with BIM 360, oh ~ the design team can work together to cooperate with BIM 360 Integration, just like the architect wants to make a major change to a floor plan, and the model on the structural designer will be modified simultaneously. This will avoid many conflicting problems that will only be discovered afterwards.

    2. In terms of construction progress. Formulate a construction progress plan. When we are traditionally working on this plan, we can coordinate the timing of each task from the project manager's mind. If BIM 360 is used, the personnel of all construction parties can share the progress model, how to arrange the construction steps and how long the cycle will be at a glance~

    3. Cost management module. When buying materials during the construction stage, the estimated material usage was done manually and various orders to check. This integration can quickly count the amount of various building materials through the model, and then calculate the approximate cost through the market price~

    Then add some details through Q&A:

    Q: Many people wonder if this tool is difficult to get started at first. In fact, for novices, the operation interface is more user-friendly and there are many related learning resources. The official tutorials are everywhere on the Internet. After participating in a few training sessions, you can basically get familiar with the basic operations. Those old engineering management methods are simpler than before.

    Q: Some people are worried about whether data will be lost when integrating multiple software and systems. This situation is generally rare. Because the main data interactions of BIM 360 are exchanged based on open standard data formats. As long as parameters are set according to industry standards, the data transmission connection is complete.

    For example, it is difficult to find the usage data of components by hand. However, when comparing the amount imported into the BIM, you can produce a large amount of accurate data with one click, and it is more than just a little bit to improve work efficiency! Moreover, in the past, communication design changes, drawings were changed, and the wrong version of the drawings were easily transmitted, and communication obstacles were complicated; such an integrated software updated the change information in real time for everyone to see…

    Why do I say this thing is good? You see, after doing this, the overall engineering construction process efficiency has indeed improved too much, and it has also reduced the occurrence of disputes; this convenient and fast information interaction and collaboration model promotes the construction industry to keep up with the trend of digital development, and in the future, it is necessary to continue to develop in accordance with this integrated information technology. Now that we still have to embrace traditional engineering construction methods, we will definitely be lost. Finally, I want to say it again and provide global procurement services for weak current intelligent products! Don’t miss it~ I believe that the informatization of the entire construction field will definitely change significantly in the near future.

  • Home Automation Do You Know Home Automation? Home Automation Covers A Wide And Complex Range

    Regarding this Home, many friends have actually heard more or less about some relevant information, namely home automation, which covers a particularly wide range. This is not a concept imagined out of thin air. To put it simply, it is to use various advanced technologies to make the equipment in our homes. You can run it yourself, or control it in a more convenient and flexible way, unlike the traditional way, you have to manually switch electrical appliances and other troublesome operations.

    It's complicated

    So let's talk slowly

    Home automation actually involves several areas

    1. The control system of smart home is the highlight

    It is through various controllers or corresponding APP software. No matter where you go, whether you are on business or stroll nearby, you can easily control the operation of a series of equipment in your house through your mobile phone. It's like putting the control switch in your palm

    2. Security is also very important

    Home Automation, a modern device such as Home Automation, is used to protect the safety of residence by adding surveillance cameras and installing intrusion alarms.

    3. Then there are some home appliances interconnections

    For example, smart home refrigerators can prompt you to add some food to it, and it can connect with supermarkets and even automatically place orders.

    Here is a very useful method to talk about

    It is important to choose suitable products to achieve Home

    First of all

    Understanding usage needs is particularly critical

    Let's first ask yourself what's the target tendency

    It focuses on the ability of smart speakers to respond well and issue control commands quickly

    Or maybe you care more about the lighting control system that can be matched in specific situations

    It's a big deal to know this

    The specific operation steps are as follows

    1. Based on the space layout of the home, think of a rough control plan. What about implementing local room automation

    Or set it all

    2 Collect various details and parameters of home equipment

    For example, model information and operation control frequency band information, etc. In this way, we can formulate plans for matching and effective communication.

    Some friends may be a little confused

    How high is the Internet? How strict are there?

    In fact, the overall need is a relatively stable and stable network. Most of these intelligent automation devices use Wi-Fi wireless methods to complete data exchange.

    If the network is always disconnected and unstable

    hey-hey

    Many smart scenes all collapsed. . It will not be able to play the excellent role as it was before, but we can never ensure that the network environment meets the standards 100%. Generally, broadband should choose moderate speed

    It is relatively less likely to cause outages, etc., which providers or types should be equipped with better equipment.

    There is another question

    It's just that Home device consumes much power

    If we assemble all the automation equipment, will we have to spend a lot of energy consumption?

    Actually

    Most of them have an energy-saving and intelligent model

    Many energy-saving attributes such as energy-saving light bulb smart sensors, etc.

    So the energy consumption is actually not as exaggerated as everyone imagines. From a long-term observation,

    Perhaps it can save money and be smarter than traditional electrical appliances.

    It can also provide a better and healthy living environment

    In addition, Home has great benefits

    We no longer have to worry about not finding the light switch

    Don't have to get up in the middle of the night to do these sesame things

    For example, we slept soundly before

    Suddenly, some electrical appliance was squirting before

    Maybe you have to tremble and smear and do something

    We're now

    Just move your fingers

    You also provide global procurement services for weak current intelligent products!

    Through home automation equipment, we can cooperate perfectly with each other

    While eating

    Automatic dimming

    While watching the movie

    Can decorate the most suitable environment, etc.

    Various situational modes can be easily built

    From a personal perspective

    I think Home is the wisdom and progress of human history. People have made their future fantasy bit by bit and realize their life, so they are getting better and more comfortable.

  • What Are Predictive Parts Replacement Algorithms? Can Help Enterprises Reduce Operation And Maintenance Costs

    Parts Predictive parts replacement algorithms, sounds mysterious, really. Many people are confused about such algorithms and don’t know what they are doing. To be honest, this is actually a way or means to determine when a component may need to be replaced. So, let's be clearer about what.

    What is the use of this algorithm? One of the most important things is to help reduce operation and maintenance costs. Now enterprises have invested a lot in equipment maintenance, which is a considerable expenditure. After using this part, I plan to replace it in advance before the parts have to be completely broken. A lot of materials have to be wasted, which reduces some excessive and over-maintenance, which significantly reduces the cost. Isn’t it wonderful and has great benefits?

    On the other hand, the normal production and operation of enterprises has a great impact, and it is necessary to ensure that they are normal and uninterrupted. If any component suddenly becomes damaged, the entire production process will be damaged, disrupting the entire rhythm and delaying production. However, with the predictive component replacement algorithm, you can predict in advance what parts will be when they will be tantrums and not powerful. There is a problem with the replacement procedure in advance to ensure that the entire operation and production process is smooth and not to be hindered by unnecessary obstacles.

    What key content does it work?

    1. Real-time data collection is extremely important. Various induction devices and instruments are installed in the parts of the equipment. You can obtain the temperature and pressure of the component, the relevant data on its operation, and all kinds of important information can be transmitted back to the system. Then, based on mastering the data and data parameters, you can determine the actual basic status of the current operation of this component. If you understand the status clearly, you will know what will happen next. This is actually very complicated, with various professional principles.

    2. If you have received data, you will rely on powerful and powerful data analysis technology and use very complex calculation modes in the algorithm to analyze and determine whether the components are beginning to show potential hidden risks. Comparison equipment has always been used at a fixed frequency, and unexpected unstable conditions occur, or the frequency rises, or the components have been operating for a certain period of time, and the situation becomes difficult to worry about. This requires in-depth analysis of what is in the situation and what is behind the deep information.

    3. Risk probability model predicts the key core of the probability of possible failure occurrence. From multiple aspects, such as the use of equipment, maintenance experience, etc., we will conduct detailed and comprehensive judgment and analysis of a specific probability. Is there any high probability of problems? This can help the operation and maintenance personnel decide whether they need to replace parts in advance.

    Here are some questions related to parts.

    Q: How do you know exactly whether this algorithm is really reliable for a specific device?

    Answer: One, you can use actual use cases as a reference to see what the results are like when others are using them. Two aspects: several small-scale pilot tests are carried out. In some special scenarios or equipment, the actual feedback obtained is to prove the results of the judgment.

    In comparison: Compared with the traditional method of repairing and replacing parts only when you find that you have completely broken down. Predictive component replacement algorithm is much more advanced in science. Traditional methods were basically damaged and lost production stagnation at that time. However, predicting that small problems are inclined to be processed and replaced in time, which can protect the overall life of equipment components and is more lasting. Is it obvious that there are huge differences between the two?

    Anyway, I personally think that these parts have brought visible help to many industries and industries, which require a lot of equipment, and have played a great role in improving efficiency and stability. In the future, it will only become more and more in-depth and widely used. We must pay attention to the benefits and effects, so that the production efficiency of various operations has been greatly improved. In addition, we can provide global procurement services for weak current intelligent products! Many people can actually use the help of using good intelligent components, which may be very good for parts to be associated with assisting and cooperating to create benefits. That’s all.

  • BIM 360 Integration: Key Technologies And Architectures For Building Information Model Integration?

    BIM 360 is actually an advanced method, means and tool in the integration of building information model. It is mainly a technology that integrates a lot of construction-related data and information into one piece and mixes it together. This BIM 360 is not a simple matter that plays an extremely important and critical role in the entire process, link, process, etc. of the construction industry.

    First, let’s talk about the overall architecture of this technology. This matter, its structure is the situation where multiple levels, dimensions, and elements are interconnected, connected and interlocked. This includes the data processing level 1) It must process data from various sources and formats accurately, accurately and in place; 2) There is also model interaction, which means that different architectural models must be seamlessly and accurately connected. These technical structure systems have laid a very solid foundation for the subsequent application of BIM 360.

    There are many advantages in actual project application. For example, BIM 360 Integration, the first major advantage of application is to improve collaboration efficiency. 1) Multiple participants, such as design teams, construction engineer teams, owners, etc. Through this integration, people with different identities operate the same data model to work together, information can be transmitted in real time, in a timely manner and on time, and no longer have to wait for files in different formats to exchange them, resulting in a waste of time. 2) Avoid communication errors and omissions. In the past, people didn’t communicate clearly and had a lot of trouble with each other. Direct and intuitive labeling communication on the model will not make you misunderstand it by a hundred times; the second application block is cost control. The predictions of possible problems are found through the model in advance, and the changes in the later construction process have been greatly reduced; it can also ensure that the project is carried out in a relatively scientific and cost-effective manner so that it will not exceed the amount of overspending.

    Many people want to ask, is this comparing with other similar technologies? I'll talk about this carefully compared to the old integration methods and methods. Where is the biggest obvious and eye-catching advantage of BIM 360? Its integration capabilities are stronger, larger and more extensive. Those old methods often do not perform well on a large number of complex comprehensive data, and they are not able to handle the mess or can’t produce clear and useful results and have to be reworked. It is relatively more flexible and variable to make corresponding adjustments based on the actual and complex situations of the building. For example, other technologies are relatively rigid in terms of adjustment and coordination, if the temporary plan changes during the project process. I can't come up with corresponding countermeasures and results immediately.

    Next, let’s talk about the answers to common specific implementation questions. Many novices in the construction industry asked in confusion, "Is this difficult to install? How to do this in learning and training?" In fact, Haha must make full preparations for the layout plan in the early stage. After the software is installed, it is easy to complete various integration and connection settings step by step through professional and technical personnel and information guidance. Then the learning and training must be customized specifically for people in different positions. For those who are responsible for application tool drawing designers, what skills should learn in-depth data interaction and advanced graphic display adjustment? Engineers focus on the correlation usage issues such as model security structure analysis.

    There are also many people who are particularly worried about asking, "Will the combination with various software be successful? It's easy to do it?" It is true that software integration and coordination are indeed a bit complicated. Some projects with large data volumes may not be able to use other lightweight tools or open the software. BIM 360 Fortunately, a variety of adapters can be used to achieve connections such as intermediate relay and buffering tool technology. Many data formats can be compatible with this compatibility and universality actually add a lot to our construction work flexibility. In addition, let’s talk about resource supporting supply. Implementing this set of business requires sufficient hardware and software and data storage resources. If there is no corresponding storage and computing support, it is likely that the project will be slow or even crashed. The network storage space of data storage should also be planned in combination with the overall data production increment of the project. Otherwise, the data will be overflowing and the warehouse will not be able to carry out the work process effectively and efficiently. It is also greatly hindered to think of a way to handle this matter well, otherwise it will be quite delayed.

    There are also many questions about how to consider when integrating this with the company's existing processes. The aspects that business managers are particularly concerned about are often the situation of integrating this process and running the process. In fact, you see that in the planning introduction process, you need to have a comprehensive understanding of the previous business processes and work content and then make appropriate fine-tuning and optimization transformation. This ensures that the management mechanism coordinates and connects these supporting projects to ensure that the subsequent development and promotion of various subsequent work in a normal and orderly manner will continue to operate and carry out the important specific actions in the next plan.

    Nowadays, the actual use groups are becoming more and more widespread. For enterprises with larger scale, they often value coordination functions. A large number of branches and departments can operate together, which can save a lot of management manpower, material resources, time and other costs. It is very considerable to save money. Small and medium-sized institutions focus on precision and practical performance, and focus on optimizing and upgrading in several major links to achieve breakthrough goals, such as improving solutions and improving competitiveness.

    Personally, from my little head thinking and understanding, this technology is indeed a dazzling and brilliant highlight of the informatization of architecture. There is a huge space for development in the future. There is a huge market opportunity. This is definitely not wrong. This is right. In the future, there may be more advanced iterations to make in-depth and in-depth optimization research investment in application scope, precision application methods, etc. In the future, the entire construction-related industry process stage will further bring greater reform force to the industry's production mode changes to change and even subvert many existing operating practices and conventional forms. Provide global procurement services for weak current intelligent products! Let’s quietly look forward to the more powerful ones that can be used in more demand conditions.

  • MQTT For Legacy System Integration: What Are The Benefits Of Right-hand Assistants For Old System Integration?

    Speaking of the topic of MQTT for, uh, it is actually like integrating the old system. MQTT is a lightweight, publish/subscribe mode message transmission protocol, which adopts this method when transmitting data on the network. You see, communication and integration of some old systems are quite troublesome. But with MQTT, integration in old systems can bring many benefits.

    Let’s first talk about why I chose MQTT. First, its overhead is extremely low. After all, some old systems are not very good in performance. If you choose a protocol that takes up resources, it will be too heavy to the system. But MQTT is lightweight and does not occupy many valuable resources. For example, when some production monitoring systems built ten years ago have limited hardware and software resources, it is feasible to introduce the MQTT protocol at this time.

    Secondly, it can be quite suitable for low bandwidth and unstable network connections. Many old systems deploy geographical locations and these networks are not well-deserved, which are worse than those in remote areas, which are difficult to transmit data. MQTT has a special mechanism to solve such problems. There is also a basic security guarantee, although let’s briefly talk about it. What can be authenticated based on the lightweight TSL/TLQ protocol?

    Let’s talk about the specific role reflected in the application-level scenario. On the one hand, it can achieve real-time data communication. Different old systems are scattered, and it is difficult for information to flow and flow between systems to spread. After MQTT builds message communication middleware, each system only needs to connect MQTT to publish or subscribe, and the information is transmitted very quickly. For example, the inventory management of an old warehouse needs to transmit data. The inventory update can be completed quickly in the logistics hub.

    Let’s talk about the details and details of the module classification. First of all, if the old system cannot provide a suitable data interface, is it MQTT solution? In fact, there is a way to use the hardware converter hardware. This converter is useful when the old system sensor is connected to the MQTT application. For example, it can be used to convert the serial port to the network MQTT connection form, or to use other protocol data from the network data signals, etc. Some old system applications are not active in maintaining their own system, and at this time, they can use the converter to collect appropriate data for MQQT.

    When it comes to the protocol conversion, there are many old traditional private protocols. Faced with this situation, you can write special software modules. This process of transition between private agreements and public employment agreements such as MQQT can be reached. For example, some industrial control systems used to communicate based on protocols and then docked to MQQT for special module processing.

    After this part, I will tell you the Q&A part

    Someone asked MQTT for legacy system integration, why should I prioritize MQQT without HTTP protocols for old system integration? Let's say that, although HTTP is widely known to everyone, HTTP has no connection characteristics. It is object-oriented. After interaction, it can be used to synchronize data continuously and continuously. There is no way to use MQQT. Continuous connection and publishing push modes. The data is more feasible.

    Some people also say, if many old systems of different manufacturers are placed together and integrated with MQTT, how to coordinate communication? This can be solved by MQTT with a theme mechanism function. The theme mechanism is similar to a folder. Set the respective theme identification system to transfer data according to the theme specifications.

    Then, some people are worried that the old system itself is not reliable in its security factor and the risk of MQQT? Actually, it's okay because MQQT has a session-keeping function mechanism. Once communication is interrupted, the messages can be cached and stored until the next time they connect, and then resume work and continue work. In addition, the lightweight and authentication mechanism is safe and secure.

    Okay, let’s talk about the comparison questions. Let’s compare other traditional transmission protocols. For example, when HTTP is integrated in this type of integration, it is not good to have complex processes and real-time synchronization; but MQTT is simple, convenient, real-time and easy to use. The CORBA system interface is too complex to build, and the MQTT interface is simple.

    Regarding security, I just said it is basically very simple. It just skipped the security angle. Although MQTT is lightweight, it has made many measures using the appropriate transmission layer TLS and combined with the security mechanism of the customer's own control center, it has also been effectively integrated and coordinated.

    Provide global procurement services for weak current intelligent products!

    Well, I think this is how I think about it. Ha, the integration of the old system is pretty good. It really solves many practical problems. Although new technologies are constantly changing, MQTT can save too much manpower, economic time and resources in terms of operation and maintenance, so the promotion should be more extensive and better. Therefore, no matter whether it is resource saving or actual results, it must be allowed to play a greater role in the future to be particularly useful in our traditional old enterprise field.