• Blockchain academic credentials, in short, are a way to use blockchain technology to record and prove academic achievements. It is not simple, it is very different from the paper academic certificates we were familiar with in the past

    Blockchain academic credentials are like a safe deposited on the blockchain network. Every academic achievement, degree, transcript, etc. is safely kept in it, and it cannot be modified or faked. Why are you so awesome? Because of the characteristics of blockchain, there are records in each chain link that cannot be faked.

    Let’s talk about the key content in modules:

    1. In terms of safety, traditional paper certificates are prone to being counterfeit. However, blockchain academic credentials rely on blockchain encryption technology to encrypt and store information, nest encryption algorithms layer by layer. It is too difficult for anyone to tamper with data. It's almost impossible! In terms of data transmission, the protection of hackers and other things is quite complete.

    2. In terms of transparency, although it is very safe, the transparency is also good! Persons with permission can check the authenticity of the certificate, whether there are any errors in the specific grant content. Unlike traditional traditions, sometimes it is vague, and we don’t know whether there is water injection or not! With this blockchain academic credential, the information is refreshing.

    3. Convenience cannot be ignored! In the past, I had to use it with a paper certificate and wanted to go abroad, so I had to notarize and seal it! Very troublesome. Blockchain academic credentials can be operated with one click and will be instantly transmitted to the other party. It can also be connected with various systems that require authentication, which is much more convenient

    Next, let’s answer questions:

    Question, will this blockchain academic credential be expensive? In fact, this depends on the service provider and other situation. However, in general, you may have invested a little more at the beginning, but in the long run, it is much more cost-effective than notarization again and again! It also saves a lot of time and energy!

    Let me ask you again if the company can recognize this blockchain academic credential? In fact, more and more companies are understanding and believing in it! For example, some high-paying technology companies have fast updates in their technology and strong ability to accept new things! I value these novel methods of vouchers. Compared with tradition, tradition sometimes has trust and concerns.

    To be honest, this blockchain academic credential has great prospects! Whether it is personal job hunting, study, or management of certification agencies, it has brought about a particularly big change! It will make the recognition system in the entire academic field more efficient and concise. Provide global procurement services for weak current intelligent products! Maybe we will find some opportunities to combine across fields in this new field, and we have something to look forward to.

  • Introduction to "Parking Guidance System"

    When you look for parking spaces in the parking lot, there are really all kinds of problems. And this, that is, the parking guidance system, can solve these troubles for us! The parking guidance system, simply put, is a system that can help us find parking spaces quickly and accurately. Through a bunch of equipment and technology, we can provide real-time feedback on parking space information to our drivers and friends.

    The composition module of the parking guidance system

    It usually has several important modules:

    1. Parking space detection subsystem : This is a device that detects whether each parking space is occupied. There are many technologies used. For example, ultrasonic detection can determine whether there are cars parked by detecting whether there are objects on the parking space blocking the reflection of ultrasonic waves; there is also video detection technology that monitors whether there are cars parked in the parking space through the camera. No matter which method is used, the purpose is to provide parking space occupancy situation in particular.

    2. Central controller : Just like the human brain! It needs to process the data transmitted from the following detection modules for statistics and analysis, obtain parking space information in each area, and provide corresponding basis for subsequent guidance planning. It is equivalent to a role of a commander-in-chief coordinating various affairs in the parking guidance system.

    3. Guide display subsystem : When we drive into the parking lot, we see signs and display screens, which are all components of the guide display subsystem module! It uses light arrows and various simple and clear information symbols to guide our car owners to the free parking spaces smoothly according to the planned route.

    Questions and Answers Related to the Working Principle of Parking Guide System

    Customer Question 1 : Oh, Master, ask you how do you know where there is a parking space when you go to this parking guidance system?

    The explanation answered: The main thing is to rely on the parking space sensor. It’s the ultrasonic sensors, video sensors and other things mentioned just now! They kept monitoring the status of the parking spaces in real time. When the parking space is empty, the signal is given that there is no car to occupy the space. After parking, you can also find the change of the signal and say that it is occupied in a very timely manner! This signal is transmitted to the central controller according to the program for calculation and counting. In this way, the information provided by no free parking spaces is updated in real time.

    Comparative analysis: In the early years, when there were no such things as intelligent parking space detection, parking lot management was too slow to do manual registration by people. It was very confused and inaccurate after a day! Now this advanced parking guidance system can be achieved in a timely and detailed manner. It is better to make management work or to make parking convenient for people, and they have reached a very large level of level. I want to mention something here – provide global procurement services for weak current intelligent products! It can also provide corresponding good resources for the equipment and technology required for parking guidance systems. These can be used faster and lower prices. We need to use the module components of the system mentioned above.

    Customer Question 2 : Yes, is there any difference in the application of such a system in very large and complex commercial parking lots with a large number of parking spaces and smaller parking lots in residential areas? Where does it reflect it?

    Note: Oh, let’s look at large commercial parking lots. The parking traffic is very large, and the same situation is not the same at different times. The number of driving into the parking lot at noon and midnight is no different, and there are many types of vehicles to take special care of! Some special settings are set in such special areas as parking spaces for disabled people and special areas for takeaway delivery vehicles. In such places, we often need a more flexible and advanced dynamic routing and scheduling algorithm, a lot of direction signs, and timely feedback information to the user's smart terminal APP and other device functions. But for relatively small community parking lots, the main function is to stabilize some normalized scenarios and provide more services. Everyone’s parking routines and rests in the community are usually in a regular way! Generally, the scale is smaller, and it pays more attention to simpler cost-effectiveness, and the simplicity of equipment deployment. Simple optimization methods such as setting up some specific display devices at the entrance of the building unit can basically meet the normal needs of people in the park!

    I think the parking guidance system is definitely a very necessary system in parking configurations in modern buildings. No matter where it has developed into a very special and important supporting element that ensures that everyone can come in quickly, find parking spaces quickly, increase turnover rate, and go out smoothly. Especially when the technology develops more and more wonderful solutions and new scenarios can be applied. I believe that the benefits it brings to our travel and parking in the future will definitely be greater and greater!

  • What is this "PoE"? It is to expand the power supply distance over Ethernet. What everyone should know about this PoE is the technology that can power and transmit data to the device simultaneously through Ethernet cables. However, its original power supply transmission distance will be limited. We usually need to increase the power supply distance, and there are several ways to try.

    First of all, there is one thing to consider using better quality cables. Good quality low attenuation cables that certainly help. Generally speaking, if you choose this standard CAT6 and CAT6a cables, they can better reduce the signal attenuation, which can increase the effective distance that PoE can transmit and supply power to a certain extent. Also, industrial-grade cables often have very low attenuation rates. If the budget is appropriate, you can consider choosing this type of cable, which is helpful for expanding the distance.

    1. We can also think about using PoE extenders. This thing plays a relay role. If PoE has been transmitted to a certain distance, then put the PoE extender in the middle of the line to further amplify the signal and electrical energy, which is like adding a force to the power transmission and continue to extend and transmit. The expanders on the market have different expansion capabilities and specifications, and can be selected based on their own network size, equipment used and the expected transmission distance.

    2. In addition, for devices that do not have particularly strict bandwidth requirements, you can consider reducing the speed. This method is quite effective. Everyone knows that the level of data transmission rate and the degree of signal attenuation are mutually influencing. So as long as you lower the transmission rate, it will be like driving slower and you can go to a farther destination at the same gas station. Then the effective distance of PoE power supply will be expanded.

    Some people asked me, how can I expand the distance by choosing a multi-core cable? There are several cores in a multi-core cable, which is more than ordinary cables. Generally, a few more copper cores can help share the current when working, and it will enhance this distance within a certain range. But it cannot be unlimited. It is limited because it still has its own losses, and it is impossible to truly solve the fundamental transmission capability problem. It also needs to be matched with a better way.

    Then some people may ask, if the power supply voltage is increased, can the PoE distance be expanded? The idea sounds good. In principle, increasing the power supply voltage can overcome the resistance of the wire itself, and the voltage will be reduced. But it is not recommended to do so! Many of the PoE devices that people use now must follow relevant power supply standards. If the voltage is increased at will, it may affect the service life of the device. Maybe it will be more dangerous to burn the device directly.

    Let’s compare it with wireless technology. For traditional wireless distance expansion, many of them use wireless relay routing and other devices, but many of them face the problem of interference and instability. It's different from expanding distance by enhancing PoE power supply. PoE can ensure reliable transmission over network cable transmission, and at the same time serve and power multiple Ethernet-dependent devices. This is much more stable and easier to use than wireless!

    In fact, the combination of different methods of extending this PoE distance may be super good. You can first choose a better cable routing and add a PoE extender in a reasonable location. It is also necessary to adjust the appropriate speed for devices that do not have any feelings about transmission bandwidth. If you use it in conjunction, it may exceed the expected expansion transmission distance. Just do it like this. Provide global procurement services for weak current intelligent products! Moreover, there are always equipment requirements for various types of scenarios that require network configuration environments. Just select and debug according to your own different requirements for the network. Just do it like this and feel at ease!

    I think that there are so many ways to expand PoE distances, which can always help users worry about this. If you carefully study and make some matching according to actual needs, you can find a very good solution!

  • In today's society, whether it is a commercial place or a civilian building, the so-called 24/7 is a very critical existence. Well, I have to explain this concept to you first. Usually, we will understand it literally on 24/7. This should be the whole process, from morning to night, 24 hours a day, 7 days a week, and we are providing such comprehensive support for construction operations! That, simply put, uh, this support involves many aspects, including but not limited to stable operation of equipment and facilities, site order, uh.

    Let’s talk about it in detail one by one. Among them, equipment management is a key point and it is much more important.

    1. Maintenance of power equipment: It is necessary to ensure that the power supply is stable, reliable and stable, and the voltage meets the standards. Er Sometimes if the power supply is not stable, those electronic devices cannot operate stably. We must inspect and maintain power pipelines and distribution cabinets on time, and use high-quality cables and wires as much as possible.

    2. Ventilation and air conditioning control: Maintaining a good ventilation environment means ensuring the fresh and refreshing air in the building, and also making the temperature and humidity appropriate. People may feel uncomfortable if the temperature is incorrect or the humidity is high. Therefore, you need to clean the humidifier regularly, detect the air outlet, and ensure normal operation.

    Let’s talk about environmental monitoring and control:

    First, this air quality must be tested from time to time. Use advanced equipment that can detect harmful gases, of course, if the air quality fails to match, you can immediately issue a warning;

    The second content is that temperature and humidity need to be strictly regulated, and cannot be high or low at times. For example, use temperature and humidity sensing equipment to control real-time situations at any time and take appropriate adjustments.

    The next emergency response cannot be ignored.

    1. Fire prevention measures must keep up! Set up automatic smoke monitor equipment, and the location can be located at every distance, so as to ensure that an alarm is immediately issued when smoke occurs. It must also be equipped with advanced fire extinguishers or fire hydrants that meet the standards, which can be placed in a place that is easy to access at a glance, and someone must go to special management and inspection. When a fire occurs, quickly respond to emergency rescue and evacuate people in the building! Therefore, emergency avoidance routes must be practiced, and rescue plans and other contents should be formulated;

    2. Accident response: When various accidents occur, emergency plans must be activated immediately, maintenance and other assistance, and human resources must be organized to deal with the impact of the accident.

    Some people may want to ask if this support has a great advantage? Well, let me talk about a few comparisons here and you will understand something when you hear it. Previously, a company, Ha, did not provide corresponding comprehensive support, and often interrupted power outages, which had adverse effects on their employees' daily offices such as electronic documents, which caused information loss! There is also a company's office area equipment is often shortened, and its efficiency is very low! However, on the other hand, companies that have adopted reliable 24/7 have basically not experienced these situations in these situations.

    There are also related issues that may be more concerned about. Maybe everyone is the cost. Under normal circumstances, it is determined based on the specific type and size of the building. The size of a commercial center is quite different from a smaller office building. Large-scale construction support requires greater investment, so there is also a lot of cost. There are advanced and ordinary functions of intelligent monitoring systems, so the cost will be high and low, yes. In addition, the frequency is regular maintenance for one month. If the maintenance frequency is different, the corresponding cost difference will also occur. Anyway, the actual payment must be evaluated based on the specific situation of the building.

    Someone asked again, can the problem be solved immediately if an accident occurs? In fact, most of the support teams have a quick response system. 24/After you are waiting for the emergence of emergencies, it will be dealt with and resolved immediately! Some professional service companies take relevant professional measures to intervene within a few minutes after receiving the message! Of course, the time-consuming process and solution is determined according to the severity of the accident. Therefore, the faster the response, the more beneficial it is to reduce the overall negative impact. Hehe.

    My personal opinion is that these 24/7 must be taken seriously. It ensures the normal operation of building facilities and optimizes environmental conditions, and also helps solve emergencies and dangerous situations. So no matter how large the enterprise is, our construction user units, etc., this is important, and the consequences are quite negative (providing global procurement services for weak current intelligent products!).

  • Kits, if you want to talk about what this is, it is used to replace old systems. Sometimes our old systems fail or cannot keep up with the situation, so we rely on this thing to be refreshed and reusable. This is OK, let the old equipment continue to play its value, and the remaining little value can save a lot of money!

    In terms of type, different fields have their own related replacement kits. Some are used in industrial fields and production equipment; some are also used for office software and office systems for office environments! For example, some old control systems in the factory will be replaced with such kits, and they will run more accurately and better.

    There are so many ways to purchase! First of all, you have to work hard in the brand selection process. There are many good brands in the market, some of which are very well-known like Schneider and Siemens. Schneider is highly reliable and product durability is a unique feature. Siemens has always been able to continuously update technology and functions for these hardware devices. When purchasing, there are adapter interfaces that need to be paid attention to. Is it consistent with the equipment interfaces we have now? Although some products are kits in terms of name, but the specifications are inconsistent, there will be major problems with docking during installation!

    The cost is also an unavoidable thing. Some well-known brands may often put a lot of pressure on the price; but some niche brands with good technical strength can find some cheap and affordable! So how should we choose a brand? From the perspective of one's own budget. Compare several brands more, and then study and examine how it actually brings us after replacing it?

    Using these kits, installation steps are discussed. The differences between kits in different industries are obvious. Let’s talk about the office weak voltage. Let’s first check the compliance of the new and old docking interfaces, which will particularly affect the installation; then disassemble those that need to replace the original and old components with new kits, and organize the relevant cables to ensure that they are arranged in a regular manner. Later, we will install the new kit and check the relevant parameters of the startup. Pay special attention to some parameters that have a great impact on the use effect. Do you do the installation process step by step according to the requirements? This cannot be neglected

    Some friends may ask "How long can this thing last?" This means that you should take care of it carefully, such as cleaning it regularly according to maintenance procedures and maintaining an environment suitable for temperature and humidity conditions to use; at the same time, there are no particularly unexpected and harsh conditions. Then it's absolutely fine if you use it for a few years

    There are other people who want to ask: Why is the price difference so big? There are several reasons here. First, those big brands and niches have different R&D costs. Some things are very different. During R&D, big brands have high technical requirements and huge investments. The prices will increase, the brand value and market acceptance, and some complex things in the production process are all involved here.

    From the perspective of adaptation. Everyone knows that different equipment has different electrical parameters and specifications. If you don’t choose and see if the matching matches are appropriate, even if this kits are not installed, it is a useless guy.

    Another thing I need to know is that there are restrictions on procurement, import and export in some places in different countries and regions. When purchasing these, please be careful in advance to see if there are any restrictions on local regulations before purchasing them.

    After a while, I have said a lot about kits knowledge. I personally think that if I choose this thing well, it will save us a lot of money. Moreover, we can upgrade the system based on the actual production situation, which is indeed a great help to save a lot of costs. Let’s add it, provide global procurement services for weak current intelligent products! So if you need to pay attention to some of the above-mentioned weak electronic products, you can pay attention to this one. Anyway, if you broaden your horizons and comprehensively make plans based on various practical factors, you will definitely be able to purchase something that is quite suitable. Don’t be afraid of trouble and ask more questions. Isn’t our goal to be easy to use in the end, and work can be done with worry and efficiently!

  • Many friends actually have a lot of questions about nearby commercial building automation contractors. Commercial building automation contractors, simply put, are professionals who can automate and control systems such as lighting, air conditioning, and security in commercial buildings so that they can operate better. For those of us who want to do commercial construction related automation, finding a reliable and important thing nearby is the most important thing, and we must not be careless and cannot be careless. It is related to the effectiveness of the entire building automation project, and whether it is safe or not to be troublesome for long-term use in the future.

    First of all, let’s talk about how we can find suitable commercial building automation contractors nearby:

    Search through that kind of online business directory. Nowadays, there are many online platforms specifically used to query service merchants, such as yellow page websites, which can search and find nearby related contractors based on keywords such as region and specific services.

    The second method is recommended by an acquaintance. Ask those friends who have worked in commercial building development or decoration projects, have personally dealt with contractors and have practical experience.

    2. There are many key links to screening:

    First, be sure to check the contractor’s professional qualifications and performance. Let’s see which industry certifications this company has to prove that it is qualified and legal, what are the actual results of similar engineering projects that have been handled by others, etc. Only with many examples and good results can it be reliable.

    Second, evaluate their relevant technical capabilities. Let’s see how well you master the current cutting-edge automation control technology, whether it can match the needs of commercial buildings, and whether it can meet the needs.

    We also provide global procurement services for weak current intelligent products! It is a good channel and help.

    Here are some key details to add to everyone in the form of a question and answer:

    Question 1: Will some small and medium-sized contractors pay more attention to our small project? Some small contractors may pay a high level of attention, but the premise is to remember to strictly follow the judgment standards and conduct careful investigation. In comparison, those large and well-known companies generally have more advantages in terms of resources and technology, but it is also possible that large projects take over more small projects and deal with them more often. Anyway, each has its own advantages and disadvantages.

    Question 2. Is it related to the size of the project if these contractors can be in after-sales service? Strictly speaking, there should be no absolute connection. Excellent and professional contractors, regardless of large projects and small businesses, will treat them equally for the after-sales process, and will be responsible for maintenance and repairs. Follow-up on a series of problems.

    Anyway, I personally say that finding a suitable commercial building automation contractor is like finding the right key. If you spend more time studying this, you will definitely not suffer any loss, otherwise there will be big hidden dangers. We should make good plans and implement them seriously to strive for fewer mistakes to ensure that the entire commercial building can operate the automation system smoothly and achieve the best expected results!

  • Many people may not be familiar with this concept. In fact, it is the monitoring of the quantum timeline, which can accurately observe some changes in the relevant time states in the process experienced by quantum events. Don't look at this ordinary thing, it's actually quite complicated and critical.

    To talk about the key content specifically, let’s take a look at several important modules. First of all, monitoring methods are diverse. Traditional classic monitoring methods combined with high-end instruments such as quantum clocks can achieve some unexpected results. There is also a clear distinction between macro and micro monitoring scenarios, and different means must be chosen for different situations. For example, microscopic experimental scenarios in scientific research require extremely accurate quantum-level observations, and the method must be special and accurate.

    Next, data processing is a big project. The monitoring data is scary, and these data are intricately related. Regarding the monitoring records of the collapse time of the wave function, as well as the time of the jump of the particle state, the special data must be used in special methods, specific methods, and the data must be interpreted clearly to ensure that the analysis method used can be accurate so that the relationship between the quantum state and time cannot be accurately presented.

    Then, the third point is based on the influence of space-time scale. Considering that the quantum event is in different space-time, due to our usual understanding of traditional physical concepts. In fact, this timeline at the quantum level does not run in the regular way we traditionally understand! Different experimental settings also use observation methods to explore quantum time measurement errors from a high-precision perspective. Many factors are considered to determine the true error range to get the results!

    Next, we will use the Q&A form to add some other small details.

    Q: What will happen if you do it? Alas to put it simply. For example, the equipment accuracy is limited, and it is difficult to monitor extreme accuracy when some conditions do not allow it. Then there are interferences in the experimental environment, and there are many interferences in the chaos of microwave radiation. These situations will make the monitoring data inaccurate or impossible to analyze at all

    There is also comparison. What is compared with optical time measurement? In terms of optics, the accuracy is often easy to adjust to a higher scale, because the related optical equipment technology is much more mature. However, on the quantum side, it can mine deeper and smaller data and analysis range, but it is incomparable to optical! In addition, in terms of data acquisition principles, optics are mostly based on optical wave propagation analysis, and quantum monitoring analysis is more complicated and difficult to establish related monitoring of quantum characteristics and rely on these principles.

    Speaking of which, it provides global procurement services for weak current intelligent products! Let’s talk about this short comparison. If you look at it in contrast with linear time monitoring, linear analyzing data is a rigid method. Just follow its simple linear reasoning and follow a single path! But for affirmation, we must analyze multiple possibilities at the same time! Considering the various possibilities under those superposition states, it’s a mess!

    Question and answer details

    Q: Can a system be tracked and monitored for a long time? If you want to say it, it actually depends on tracking things. Just some ordinary quantum systems can do this for a long time in the control environment. But those unstable quantum particles are prone to change too much, such as often participating in complex reaction processes, which is not so easy to track for a long time. When tracking, you must also control the environment and try to avoid disturbing the system's own status. Ensure that monitoring is relatively correct and true.

    Anyway, I personally think that the field has a bright future, but there are also hidden thorns and the knowledge is still very great! We have to keep exploring it!

  • Many people who have to discuss these topics in AR Cloud for are actually not very clear about what this refers to. The AR Cloud for mentioned here has a great effect. AR Cloud, simply put, is an augmented reality cloud. We put some information related to facility management into this cloud, and can be used to re-iterate when needed through augmented reality technology, which is always convenient.

    Let’s talk about the key parts of AR Cloud for separately.

    1. Data collection

    First of all, this data collection section is always important, and it is necessary to collect the parameter information of each equipment and pipeline in the facility management. To collect equipment name, model parameters, and the detailed and specific technical information of each device are related to post-management. You can find a professional team to be responsible for this matter.

    For example, a company did not do a precise collection of facility data before, but the equipment was damaged later. The maintenance master did not know the real information of the equipment at all, wasting a lot of manpower and time.

    2. Mapping and positioning

    This part is related to spatial positioning. With accurate positioning, you can better find the equipment or management information you want to check. To model the three-dimensional three-dimensional space where the entire facility is located, each device must be accurately positioned in the specific position of this model so that it can be viewed through AR technology. For example, a large commercial building has many small cabinets and equipment on different floors. The positioning of them is accurate. You can quickly find out where they are through AR viewing.

    3. Real-time data update

    A lot of new data will be generated during the operation of the facility, and old data may gradually not keep up with the changes. To monitor data changes in the monitoring facility, you must have a monitoring mechanism so that new data can be added to AR Cloud in time. In this way, you can know the latest situation when using it, and avoid using eliminated fake data management operation errors, ensuring that facility management is dealt with in the latest and most accurate situation.

    4. Security management docking

    Although we mainly talk about the good aspects, let’s talk about a few simple words about security. Data security and user permissions must match well, and the level of access to cloud data by users with different permissions must be clearly stipulated.

    Here are some details through Q&A:

    Q: What does the collected data include?

    Answer: I just mentioned some things. In addition to the basic information about the equipment model and the equipment procurement year, and when was the last maintenance, and even the description of major problems that occurred during use are all contents and are of reference value. You must also note that some data items cannot be missing, otherwise it will be very troublesome when using them.

    Q: What is the basis for the real-time data update cycle?

    Answer: This actually depends on the dynamic settings of the facilities. If the changes are a little slower, the collection and updates may be collected every week or a month; facilities with drastic changes such as production equipment that have been operating, and even daily and hourly may be the most suitable collection and updates.

    Q: What is the better place to map and position and traditional methods?

    This has a lot of highlights . It is often recorded through drawings and documents. It takes a lot of time to read, which is very troublesome and poor efficiency. With AR Cloud plus corresponding positioning, you can see the corresponding device location directly through the virtual augmented reality interface. The information is clear and real-time update is much more convenient.

    I personally feel that AR Cloud for has broad prospects and will definitely have a significant impact on the comprehensive management and rational use of facilities. It can better help manage optimization. Provide global procurement services for weak current intelligent products!

    The location information of cabinet equipment in different areas, facility layout, maintenance trajectory and records, as well as various related dynamic information, is of great significance to the rapid investigation of equipment failures, the fine management of maintenance planning, and cross-departmental collaborative operations: maintenance personnel can use the augmented reality interface to obtain on-site equipment in real time to efficiently locate faults, accurately query historical information, and eliminate problems. Facilities users can refer to spatial modeling and dynamic diagrams, conveniently grasp the distribution of facilities and accurately understand operation guidance, and promote the maintenance of good facilities and continuous optimization of performance through smooth and effective daily use.

    The positioning process covers the identification of reference information such as equipment space modeling and landmarks. The equipment data realizes full life cycle tracking. Operation records are included in historical data for traceability query and experience summary. The system will automatically trigger relevant notifications and alarms based on maintenance conditions to ensure timely tracking and handling of problems.

    Based on the complexity of work area, equipment type and maintenance tasks, you can customize the operation steps and task-related guidance to improve operators' response proficiency and problem-solving skills. The task guide for operators to perform specific operations is directly given according to the AR content, and it is clearly presented from the selection of maintenance tools to the detailed installation process.

  • AI – In fact, this thing is a model that uses artificial intelligence technology to analyze facility performance. Let’s talk about the basic concepts first, that is, using algorithms such as artificial intelligence to process a lot of data generated in the operation of the facility. For example, what is a facility – such as machinery and equipment in factories, as well as various systems in buildings, elevators, air conditioners, etc., which are considered facilities. Through analysis of data, discover some internal rules of its operating status—

    Let’s talk about some key module splits here

    The first aspect is data collection, which is the top priority! Various functional facilities generate massive data:

    1. The position sensor should collect the location information of the equipment to understand the spatial distribution;

    2. Performance sensors must collect indicators in real time, and data can be presented in any situation such as machine temperature and humidity.

    Second, let’s talk about data storage, which can be complicated. A large facility may generate hundreds of T of data in a day. It’s not a joke:

    1. A distributed file system can be used to store a large amount of raw data, such as a file system

    2. The time series database also performs very well here. Saving data based on time series is beneficial for analyzing the periodic changes of the facility.

    Let’s talk about the big module of the data analysis algorithm:

    1. Regression analysis: The performance can be inferred based on the collected data, such as whether the performance drop can occur based on the usage time of a certain mechanical equipment;

    2. The abnormal detection algorithm is also of great importance: it can timely and accurately identify abnormal conditions in the running data. A certain device has always been running stably, and the parameter value suddenly exceeds the range, and the warning can be found through the algorithm immediately.

    Then we add some details in the form of a question and answer

    Question 1: Is the more data you run, the better? In fact, it depends on the specific needs; from the overall trend, it is fine to collect enough data to form a running model, but if too much useless data is collected, it will also cause the computing speed to be reduced;

    Question 2. How to optimize the performance parameters of AI analysis model? It mainly looks for the best in model construction and large-scale data testing; for example: using new samples to try different models to optimize performance may work, and it is also constantly adjusting its complexity.

    Speaking of which, there is still a big difference between AI and ordinary facilities that have not been introduced:

    Most ordinary people are based on past basic experience and fixed thresholds to alert. If the temperature of the air conditioner in a certain area is always stable at 20 degrees, then the whistle will be immediately sounded; but I cannot understand why the temperature changes, and maybe the relationship between external factors is not clearly considered. With the help of AI, we will analyze the relevant data more and find the essential connection, and may contact the conditions of external temperature, surrounding personnel flow and other conditions to be accurately predicted and analyzed!

    We have to say that the performance analysis benefits of AI intelligent drive facilities are quite valuable; I think it has a great help to the transformation of modern facilities operation and management; provide global procurement services for weak current intelligent products! Digging treasures from data can effectively allocate resources, improve the overall effective output value, and promote the orderly progress of various facilities in a more intelligent and orderly manner.

  • As-a- is a different pricing model. Let’s talk about this model first from its concept. It is not like the old tradition of buying products and just getting it done. It is priced based on service. In other words, customers spend money to buy not only a specific object—and also various corresponding services that continue with the object! For example, unlike in the past when buying a TV, if you pay the money and take it away, you don’t care about what’s going on; instead, after buying this TV, they still manage debugging and regular maintenance.

    Then here, let’s perform module disassembly analysis and analysis of this key content:

    1. Basic Features Module

    As-a-, the first feature is that it has a very high flexibility. For customers, companies don’t have to spend a lot of money to purchase high-cost equipment. Being able to choose what services to rent and how long to rent based on your own needs and actual work progress. Relatively reducing investment can reduce corporate costs. For example, a small sales office team didn't know what the future development would be like at first. If you want to build a large sales management software, it would be too expensive to buy it in full, but if you choose As-a-related sales software to rent according to the number of users and the length of time, it is not high, and it is also very convenient to adjust the investment according to the development.

    Let’s talk about the continuous update: because it depends on services, suppliers must update and improve services frequently. For example, some office applications use As A service method, company users will receive new advanced office assistance functions pushed by software suppliers at any time. By maintaining the market frontier position in this way, it is not easy to eliminate it.

    2. Billing details

    This is a common situation for billing by dosage. Suppliers will set specific technical indicator references to count the usage and then price them. For example, cloud storage service providers bill based on the amount of data stored by the enterprise and the frequency of call. If the company's product sales fluctuate strongly in season, the business capacity will be billed more during peak seasons; if the off-season use less, the corresponding low cost is very fair and reasonable. For example, some PaaS or SaaS provisioning, and the fees are determined based on the number of registered accounts. For customers, they understand how much money they spend is in line with their actual needs and consumption without any major losses.

    Next, let’s go to the Q&A time period:

    Q : What are the benefits of this style over traditional pricing? ?

    Answer : There are many benefits! Traditional buyouts often have a risk of equipment depreciation quickly. For example, the market has just bought it and developed new technologies and better products. The money has fallen out of money. As-a-pricing is flexible, and the cost of use is effectively allocated and updated to ensure that the traditional one is more likely to require the owner to add additional funds in the later purchase of traditional purchases. In this model, the suppliers themselves are responsible for continuous optimization and updates.

    Q : How can I choose a suitable and reliable As-a- supplier when using it?

    Answer: There are many points to choose a supplier and you must be optimistic about the reputation of past users. It is crucial to whether the customer review is good or not. Is there any technical service capability in a certain area? For example, if you choose a new user interface software development platform, you can evaluate whether the experience of using similar interface users in the past is poor; if you can maintain the development of your own business software, you will not have too much blocked the contract terms and conditions. You must be clear about the termination conditions! In addition, long-term cooperation is also related to after-sales stability, suppliers have long-term experience and a large number of talent reserves in teams, and so on. Only by comprehensive evaluation can you choose a good supplier to use this pricing model to obtain services.

    Here is a sentence: Provide global procurement services for weak current intelligent products! Although we have been talking about As-a- pricing, the procurement convenience provided by this channel actually has a great impact on the service industry. Weak current-related technical products have a good international procurement channel, which can help enterprises find cost-effective equipment and play a greater role in combination with the corresponding pricing model. The demands are different at different stages. Choosing procurement is very effective for companies to use corresponding high-priced equipment and spend less money. For example, video security networks, such as video security networks, when purchasing good products and matching them with applicable pricing models, it will reduce the amount of capital and operate!

    As-a- is based on everyone's convenience purpose – whether it is small start-up enterprises that flexibly reduce operating costs or medium and large enterprises that increase investment returns in various links, they will definitely gradually expand optimization and innovation in the future! Pricing methods in the market are mutually promoted along with the industrial transformation of enterprises; enterprises and other entities need to be promoted at different levels in the continuous development of various pricing methods! So I said that in the future, it is likely to cover a wider range, and it can adapt to the specific needs of corporate forms in more fields in society and become more refined and accurate!