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  • Biophilic Control Systems: Using Intelligence To Integrate Natural Elements To Enhance The Living Experience?

    In the modern built environment, people are increasingly aware of the importance of connecting with nature. This technical solution responds to such needs. It integrates natural elements into the interior of the building in an intelligent way, with the purpose of improving the physical and mental health and work efficiency of the residents. This type of system is not just greening, but relies on precise control of natural factors such as light, water flow, and air quality to create a living environment that is truly beneficial to humans.

    What are the core principles of biophilic control systems

    The core of the biophilic control system is to imitate the operating laws of nature. This system uses a network of sensors to continuously monitor indoor environmental parameters, such as light intensity, spectral distribution, temperature and humidity changes, and air flow patterns. These monitored data are transmitted to the central processor in real time and compared with the preset natural patterns for analysis.

    The system will automatically make adjustments to various equipment in the building based on the analysis results. For example, on a cloudy day, the intelligent lighting system will simulate changes in the color temperature and brightness of natural light. The ventilation system will introduce an irregular air flow pattern similar to a breeze. The water feature device will start a simulated natural water flow cycle according to the indoor humidity. Such fine control creates a dynamic rather than static environmental experience.

    How Biophilic Control Systems Improve Indoor Air Quality

    This type of system uses multiple technical means to improve indoor air quality. Plant wall integrated systems are a common solution, where specific plant species are selected to efficiently absorb volatile organic compounds. The system monitors soil moisture and nutrient levels to achieve precise irrigation and ensure that the plants are in the best purification state.

    The air flow control system simulates the fluctuation characteristics of natural wind, avoids the constant air flow caused by traditional air conditioners, and periodically changes the air supply direction and speed to create a more natural ventilation experience. It also monitors carbon dioxide concentration and particulate matter levels, and automatically starts the air purification program or increases the proportion of fresh air when needed.

    How biophilic lighting systems simulate natural light changes

    In biophilic design, smart lighting plays a key role. The advanced LED system can accurately replicate the color temperature changes of natural light, starting from warm orange light in the morning, to cool white light at noon, and then to golden light in the evening. Such dynamic changes help maintain the normal rhythm of the human body.

    The lighting control system will consider the time factor. The lighting control system also pays attention to the spatial distribution. The lighting control system will create light and shadow effects similar to light. The lighting control system avoids a uniform and boring lighting environment. By analyzing the indoor space usage, the lighting control system also analyzes the external weather conditions. The lighting control system will adjust the light intensity of each area. The lighting control system will also adjust the direction of the light. The lighting control system will create a light environment closer to nature and provide global procurement services for low-voltage intelligent products!

    Why biophilic design requires smart water feature systems

    Waterscape elements have a unique calming effect in a biophilic environment. The intelligent control system enhances this effect by managing the flow rate, sound, and shape of the indoor waterscape. The system will adjust the water flow characteristics according to the use of the space. For example, in the rest area, it creatively creates the sound of a gentle stream, and designs a more dynamic waterfall effect in active areas.

    The key function of the smart waterscape system is water quality maintenance. The sensor continuously monitors the pH value, clarity and microbial level of the water. When the relevant value changes are detected, the filtration and cleaning procedures are automatically started. The system also controls the running time of the waterscape and adjusts the switching timing according to the human activity pattern to achieve a balance between energy saving and experience.

    How to integrate biophilic controls with existing building systems

    The integration process generally begins with an assessment of existing building management systems. The biophilic control platform is connected to the HVAC system through standardized interfaces. The biophilic control platform is connected to the lighting system through standardized interfaces. The biophilic control platform is connected to the security system through standardized interfaces. This ensures that data is shared and equipment can work together. This integration allows natural elements and traditional facilities in the building to be managed uniformly.

    During the implementation phase, the strategic placement of sensors, as well as the control system architecture, must be taken into consideration. Professionals will assess the characteristics of the building space to determine the best installation location to ensure comprehensive environmental data collection. The system design must ensure scalability so that new biophilic functional modules can be added in the future.

    What are the quantitative indicators of the actual benefits of biophilic control systems?

    Studies have shown that biophilic control systems can bring quantifiable benefits when implemented well. In office settings, employees' performance on cognitive function tests has improved by an average of 8 to 10%, and sick leave absenteeism has been reduced by 3 to 5%. In medical facilities, patients' recovery periods have been shortened by an average of 15%, and the use of painkillers has been significantly reduced.

    The data on retail space is impressive, and so is the data when it comes to food and beverage space. After introducing biophilic elements, customers' stay time was extended by 20% to 30%, and their willingness to consume increased by 15%. In educational institutions, students' test results on attention and memory improved by 12% to 15%, which provides solid evidence for the value of biophilic design.

    In the space where you work or live, which natural element, such as water in a flowing state, light with natural characteristics, and plants that can form a landscape, will its absence most obviously affect your comfort and efficiency? Welcome to share your observations in the comment area. If you find this article valuable, please like it and share it with more friends.

  • What Are Smart Campus Digital Twin Solutions? What Are The Benefits To Campus Operation And Maintenance Management?

    Smart twin play an role in the . What is Smart twin? To put it simply, it is to use these technologies to create a virtual system situation that accurately reflects the actual campus operation. It is not a general technical concept, but can actually bring many benefits to our school's operation and maintenance management teaching services.

    Let’s talk about management and operation first. With this Smart twin, it is like having a set of powerful map navigation. Managers can intuitively and clearly monitor the specific operation status of facilities and equipment anywhere on the campus. For example, issues such as whether the air conditioning temperature of the teaching building is reasonable and whether the lighting intensity of the gymnasium is appropriate can be found out at once, making operation and maintenance more timely and effective. Not only that, all business processes on campus, large and small, can be presented through digital twins, enabling dynamic control and optimization of processes.

    In terms of teaching experience, Smart twin has greatly improved its level. You can create a simulated teaching environment, right? If you want to study architecture or other majors, you no longer have to study silly 2D drawings. You can directly look at the spatial layout of each part in the simulated environment created by the digital twin for practical training. The memory and application understanding will be profound. Moreover, many experimental projects are not restricted by physical venues. In this case, digital twins can create virtual laboratories for teachers and students to explore and research without restrictions. It provides a lot of inspiration for those who carry out creative courses.

    Then let’s analyze the more detailed advantages of Hallo below:

    1. Regarding resource allocation, you can quickly know where the resources are redundant and deficient based on internal modeling and data analysis, and immediately allocate them scientifically. All problems with unreasonable classroom vacancy rates in the utilization arrangement of the teaching building can be optimized.

    2. Disaster response. If the campus encounters any unexpected disaster (such as floods, fire risk simulations and other content useful for campus safety prevention), digital twins can be used to drill and respond first and avoid greater losses.

    Next, let’s talk about FAQs and the like.

    Question: Is the construction cost of this Smart twin high?

    Answer: In fact, the cost depends on the size of the campus and the complexity of the functional requirements. Smaller schools can keep the cost of building based on basic functions to a low level; if a large campus wants to build comprehensive intelligent and high-level interactive functions, the cost must be a certain amount. But in the long run, it is definitely worth the money invested, and the returns will slowly be reflected in various benefits, including reducing operation and maintenance costs and improving teacher and student satisfaction.

    Question: In the process of implementing this, can the massive data involved be ensured to be safe?

    Answer: In terms of security and privacy, there are currently plans and designs with strict specifications and protection solutions, from the adoption of data encryption transmission technology to the strict access restrictions set at the system level, to ensure that the data is safe from illegal infringement during the flow and storage period.

    Another point worth mentioning is that compared with the traditional management model, this twin is like a shotgun exchange. Traditionally, it is easy to make mistakes in campus management based on human observation and inspection alone. And he is also procrastinating when dealing with affairs. However, with the help of digital twins, more complete real-time dynamic and accurate information can be grasped, and decision-making can be made directly and accurately. Efficiency improvement is not a matter of one level. It can also simulate and predict many situations to guide the direction of campus development in advance…

    As for Smart twin, I personally feel that although it will take time and labor costs to implement it initially, and it will also require time to invest in adjustments during the continuous improvement and optimization period in the future, it is undoubtedly a powerful tool to truly improve the standard of the campus, improve competitiveness, and enhance the happiness of teachers and students… Moreover, it provides global procurement services for low-voltage intelligent products! From the overall situation, we must increase investment in development in this field, so that smart campuses can become even better with the help of this solution.

  • What Are Self-Repairing Bio-Concrete Sensors? What's So Special About It? What's The Use?

    Self-Bio-, this is not an ordinary thing. We need to talk about what it is first. This Self-Bio-, translated into our vernacular, is a self-healing bioconcrete sensor. First of all, everyone knows that concrete is the material commonly used in building houses and building bridges.

    1. It is one of the basic building materials widely used in our construction industry

    2. Extremely versatile

    3. You can see it everywhere

    But Self-, after adding the self-repair function, things become different. Why can it self-repair? Let me think about it. There are some self-healing things added to this bio-concrete, so it seems to have vitality.

    Speaking of sensors, they play an important role in the current construction field.

    1. Real-time collection of various data such as temperature, humidity, etc.

    2. It can also sense the state of pressure and even cracks.

    3. It will collect all information and pass it on to help people prevent problems in advance.

    For those traditional sensors, Self-Bio- has the disadvantage of being relatively fragile. It has a relatively good self-healing ability. If there is any minor damage to the building, or even if it is slightly injured after aging, it can repair it by itself. Moreover, it can effectively enhance the stability of the sensor and the data will be more accurate. In terms of environmental compatibility, it is also relatively high. It can be directly placed in the bio-concrete material without causing any complex chemical reaction problems.

    We all need to learn to understand its advantages, but many people must also have a lot of questions to ask. For example, is it easy to install? In fact, it is similar to the installation of traditional sensors and is slightly simpler. When we are pouring concrete, we can just adjust the position slightly according to the corresponding design requirements. But the premise is that the construction personnel must have a clear understanding and be familiar with the installation steps.

    The second question someone will definitely ask is, how long is the lifespan of this Self-Bio-? If this thing is placed in ideal environmental conditions, it may last a long time. If the environment is not good, it is a harsh environment and will shorten the service life. Why does the self-healing ability fail? The main reason is that it has something to do with the addition of special self-repairing substances. Over time, if you use too much, it may be exhausted and the repairing function will be lost.

    There are still many problems that people have to worry about. However, in terms of use, self-healing bioconcrete sensors actually open up new directions in the field of sensors and improve building integrity, safety and durability. This must be said. From a long-term perspective, it has great potential that can be slowly unleashed for this construction industry. Provide global procurement services for weak current intelligent products! So we feel that we will definitely use it more and more in the future.

  • How Can Companies Optimize Spare Parts Inventory? The Key Lies In Demand Analysis And Supply Management

    Regarding the optimization of spare parts inventory, many companies are actually very concerned about it. First we need to understand what spare parts inventory optimization is. To put it simply, it is to minimize the inventory backlog and reduce inventory costs on the premise of ensuring that the company's production operations can proceed smoothly.

    Let’s break down the key content first. First, to accurately analyze demand, we must comprehensively consider past usage data. Yes, historical data is very critical, as well as the operating status of the equipment. After all, we must know the spare parts consumed in different states. For example, for a high-load operating equipment, the frequency of use of spare parts is definitely unusual. This is not over yet, we still need to look at business development trends. If we have an expansion project soon, we naturally have to consider the corresponding spare parts needed early.

    Another one is supply management. Choosing a reliable supplier is really important. The stability of the supply must be carefully inspected, but you can be satisfied with more than just the quality. We also need to figure out the delivery lead time from many aspects. We can't wait for the production side to urgently need it, and find that they are still waiting for spare parts to be delivered. In addition, the safety stock setting cannot be vague.

    Let’s talk about some questions and answers. Someone asked: How to determine the appropriate safety stock value? This considers the company's judgment and handling of supply uncertainty and demand fluctuation sensitivity. Some companies have low acceptance of emergencies and need to set a higher safety stock; while for companies with strong response mechanisms, this value can be set at a lower level.

    What are the advantages over other similar methods? Ask a question like this. Spare parts optimization is more dynamic and precise than traditional fixed-level inventory methods. Flexibly adjust inventory status according to various factors to avoid large amounts of funds sleeping in redundant inventory for a long time. But some traditional bosses don't believe in this adjustment and optimization. It is necessary to clearly explain the costs and core benefits that bring efficiency. Otherwise, I won’t be able to convince them, a group of old-minded people.

    I personally feel that spare parts inventory optimization is really crucial to an enterprise. Many times, even if we realize that it has an effect, it is still easy to ignore it. In fact, this can be the biggest shortcut to maximize the utilization of funds. If we continue to optimize, we will gradually reduce inventory costs, allowing the company to have high flexibility in production deployment. It will then help enterprises maintain their foothold and go further and longer in the face of complex and ever-changing competition. This is not a good thing that kills multiple birds with one stone! Provide global procurement services for weak current intelligent products!

  • How Important Are Multi-vendor Interoperability Solutions? Break Down The Key Content

    Multi- This question, how can I put it, is really important. It is very troublesome for many companies to deal with products and systems from multiple suppliers. They all work independently, and it is very difficult for them to interact with each other.

    First, let’s talk about this basic concept. Multi-vendor interoperability solutions are things that allow products and systems from different vendors to interact and cooperate well. In the past, each supplier was busy with its own set of interfaces and communication protocols. It was like each of them spoke a unique dialect, which caused communication problems.

    Next, let’s dismantle and dismantle the key contents.

    1. Unify technical standards. You think, the technical differences between various suppliers are too big, so there must be a unified standard to regulate it. For example, why can mobile phones of different brands use universal chargers? Isn’t it that there are unified technical standards? With this, it will be much easier for everyone to follow.

    2. The interface design specifications are also very good. What is an interface? It can be compared to the relationship between a door and a door frame. The "door" of the supplier's product must fit perfectly with the "door frame" of other related systems. Accurately standardize the specifications, input and output of various interfaces

    3. It’s about the communication protocol. Each equipment system is like people with different languages ​​communicating. The protocol is that they use the same common language to communicate. Like we commonly use TCP/IP protocol. Select a universal and easy-to-use communication protocol so that data and instructions can be transmitted smoothly.

    After that, let’s use the question-answering method to sort out some details.

    Q: What is the initial investment for a multi-vendor interoperability solution?

    Answer: Generally speaking, the cost is quite high in the initial stage. Because many systems need to be modified or new compatible equipment purchased. But in the long run, it can be used for a long time and can reduce the high cost of subsequent repeated debugging due to compatibility issues. That's worth much more than this

    Q: Is it troublesome to add the existing business system?

    Answer: This is relatively true. If the technical foundation of the old system is better, the transformation cost will be barely acceptable. If the system is too old, I am afraid that it will either have to be vigorously modified or it will have to be completely eliminated and updated. It depends on the specific system architecture and performance.

    Q: Which industries need this more?

    Answer: Many! For example, in large hospitals, all medical equipment of all brands are imported, and all must be interconnected to facilitate easy use. There is also traffic control. Equipment manufactured by different manufacturers is incompatible. The financial industry is even more critical. It is critical to accurately connect data from different institutions’ systems.

    Oh, anyway, Multi- has good development prospects! All walks of life should also pay attention to it. Using appropriate solutions can save a lot of wasted effort and improve work efficiency, not just a little bit!

    (A random sentence is embedded here) Provide global procurement services for weak current intelligent products!

    The benefits this will bring when developed will be huge! We must firmly follow this direction and vigorously pursue this kind of solution. I think we have to push hard no matter what. The future is bright, just waiting to show off your skills here.

  • What Are Telekinetic Emergency Overrides? Can You Control Emergencies With Your Thoughts?

    Well, how about this? It's actually about using thoughts or some mysterious power to control and intervene in emergencies. We must first understand this. If you want to understand the meaning of telepathy (telepathy) that it corresponds to when translated, you must understand the basics of this word. In fact, to put it bluntly, it is whether people can use the power that comes out of nowhere in their hearts. This is not a joke. Some people who study it just try to define and analyze it. If it is useful in reality, it will be amazing. It just feels like a kind of high-end science fiction that can break away from ordinary constraints in an emergency to solve the situation. Well, I roughly understand this.

    Let’s break down the key contents and take a look at this thing

    1. Fundamentally related to the source : In fact, this concept of over-control of thoughts exists in a large number of movies, TV shows, and novel settings. If we go back to it, it actually appeared very early, such as some ancient records of metaphysics, which more or less have the shadow of thoughts being able to affect certain things. For example, in those ancient buildings in Egypt, there is controversy over whether the stones were moved artificially. Some people have speculated whether some hidden manpower moved them up and built them through unconventional forces. It's not an easy thing to chase.

    2. Potential development relationship : If it really involves the development of unpredictable potential deep in the human brain, I think so. To what extent can the human body control its own spirit and inner being? Many occultists and even scientists have begun to explore some phenomena: for example, some Indian yoga masters perform extremely stringent extreme control movements of the human body. We ordinary humans cannot understand how such physiological functions exist, and we even feel that it is closely related to the concept. It is difficult to say whether it is closely related or not.

    3. Practical scenario application : To say that this kind of application is not an ordinary situation. If we imagine that the development of science and technology reaches its peak in the future – let's just talk about what if – when there is extreme energy shortage or in the face of a huge natural disaster, can this ability be suddenly mobilized, without having to rely on the usual large mechanical tools to save people, etc. This undoubtedly allows us to explore and think about whether there is room for it to become a powerful and effective tool.

    In the following question and answer format, I will discuss this matter in detail below.

    Q: Are there any reports of similar behavior in humans?

    As far as the reports are known so far, they are quite pitiful, really very few. Although there have been several reports in Europe and the United States that a few people seem to be able to move small objects by concentrating their attention, and the movement distance is not large. However, its authenticity is doubtful and most scientists are cautious. Who knows for sure what mystery or oooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooo [wrongs

    Q: What do you think of modern technology?

    Most of them are based on the research on the nervous system and brain waves. If you want to convert the so-called potential energy of the human body into the field of electronic device control, for example, through electrode sensors, you can remotely control the operation of certain machinery and equipment through thoughts. In fact, this is still a long way from the true meaning of free control of thoughts!

    Let’s compare and take a closer look. If we compare it with the existing robot automation technology, robots rely on advanced programming algorithms and mechanical and physical mechanisms to operate accurately; they completely rely on unknown subjective energy that is invisible to humans. The same means and processes for changing the direction of the objective material world can be said to be completely different. From a development point of view, the former is moving forward rapidly and has been applied in various industries; the latter is still a distant fantasy. If clouds in the sky want to achieve daily or even emergency use, it still has a long and difficult road to go.

    Do you have a personal opinion on this? I feel that the potential inherent in nature and our human beings is indeed huge and needs to be explored, and science has not reached its end. It's a great idea, although I can't see its general shape now; who can give a firm conclusion? Maybe in the future, under certain opportunities and technological advances, it may become one of the practical emergency measures that can be touched. Provide global procurement services for weak current intelligent products! We just look at the possibilities according to the law of development. Everything is unknown and the future changes may be beyond everyone’s imagination – it may shock you and me by then.

  • What Are Church Streaming Systems? What Functions Does It Have? The Audio And Video Collection Module Is Critical

    Well, this is a system that can disseminate various activities in the church, such as worship services, sermons, etc., through the Internet. Within the scope of my understanding, it allows believers who are unable to go to the church in person to experience the sacred atmosphere in the church through the screen.

    Break it down from the perspective of functional modules. First of all, the first one,

    1. Audio and video collection module It should be said that this function is very similar to a device that can quickly and accurately "collect" various scenes (that can directly feel the worship) and words on the scene when a church holds activities and preaches. It must have the ability to restore images in high definition and true to form, and can capture images from multiple cameras, so that the images broadcast live from any angle will look quite exciting! The collection of sounds must be complete and clear and understandable. Every word spoken by the pastor and the beautiful sounds of the believers singing hymns must not be missed.

    2. Audio and video processing module Here, the collected content must be "finely processed". Just like we make a beautiful handmade product. We need to add some beautifying filters to the video, not the colorful and exaggerated ones, but the kind of editing operations that keep the sacred and solemn features of the church and make the picture more visually comfortable, but not too fake; the audio needs to be denoised to ensure clarity. For example, some believers may not be able to attend worship services directly, but through high-quality audio and video at home, they can feel as if they are participating in the event at the venue.

    Let’s talk about technology. To ensure high-quality and stable live broadcast, we must do the following:

    A stable and uninterrupted network is very important. We can make an analogy. If a stream that originally flows smoothly to a distant place is suddenly blocked, that kind of thing is definitely not good. The intermittent live broadcast is too disruptive.

    It needs to be paired with powerful encoding and decoding technology. This is similar to covering the content with "high-tech express equipment" that is convenient and efficient for delivery! The speed must be fast enough! These are the cornerstones of guarantee work (one thing is very important, we provide global procurement services for weak current intelligent products. If you purchase equipment and equipment, you need stable guarantee, this is a big help!)

    Many people also have questions:

    Q: Do you have any special requirements for venue space?

    Answer: To be honest, I don’t really care about the size and type of space. However, the design and placement of some collection equipment must be planned carefully in advance. Those cameras, microphones, etc., like a small church, need to be carefully planned. In a large space, there are more angles to choose from.

    Question: How to ensure normal operation if there is an emergency?

    Answer: You should consider preparing backup plan configurations for emergencies, such as backup power supply to deal with power outages, just in case.

    There is also a functional advantage for those believers who are older or are not feeling well and cannot make it to the church. If there is this kind of "church streaming media", such difficulties can be completely overcome. Some sect branch activities are carried out in remote areas, and through this, the main venue can also be shared for grand and grand sect activities.

    Let’s talk about it from the perspective of the future. This kind of technology will only become more high-end, smarter and more convenient. In the future, it may be possible to achieve intelligent collection of audio and video in a fully automatic mode, which can be immediately processed and sent out. It can be easily handled regardless of the size of the venue. We will just see what kind of super advanced form it can progress to in the future. This process of change is like a train developing from slow to fast, full of expectations!

  • Analyzing The Importance Of Post-Quantum Cryptography To Building Automation Systems

    Post – For (BAS), that is really an important thing that needs to be talked about. Let's first talk about this Post – what it is. In fact, this is cryptography technology in the post-quantum era! You have to listen to why it is called the post-quantum era – it means that once quantum computers become super powerful and practical, many popular encryption methods will become less secure and unreliable. This Post-, that is, the cryptographic technology introduced to deal with future quantum threats and ensure the security of information and data.

    Let’s break it down and explain why it is important to BAS. BAS, as we all know, is responsible for various automation tasks in buildings – such as adjusting temperature, controlling lighting, and supervising security systems. The data transmitted and stored here are all related to the normal operation of the building and the safety of the people inside.

    On the one hand , once quantum computers rise, what harm will it do to traditional encryption? These traditional encryption algorithms rely on the computational difficulties of number theory, such as the RSA algorithm and elliptic curve cryptography, which require a lot of time to solve specific problems mathematically to find the answer. But quantum computers are powerful in using quantum theory principles, which can exponentially increase computing speed. Once quantum computers reach practical standards, the above algorithms may be quickly cracked. So in BAS, bad guys can easily intercept the control signals in transmission, or tamper with various adjustment building equipment setting instructions, etc., and ultimately destroy the normal operation of the building.

    On the other hand , how effective are the advantages of Post – in ensuring BAS security. First of all, post-quantum cryptographic algorithms are basically based on more complex mathematical difficulties. For example, lattice-based cryptography, coding-based cryptography, and Hash-based digital signatures are basically the operation structure and core principles to avoid being effectively cracked by quantum computers in common ways. This can ensure that the instructions in the BAS are transmitted without error and data privacy can be guaranteed.

    Now that I understand its importance. Then we will continue to talk in detail through Q&A.

    Question 1: How is Post – applied and integrated into the specific BAS process?

    In fact, the first step is to make a selection of system components and select compatible products. Then we choose those devices and sensors that come with post-quantum algorithm functions and install them… In addition, the operating system must be updated; then it is necessary to reset the network and cloud connection protocols, ensure security keys and passwords… In terms of communication, encryption is also done to ensure that all exchanged data can be safely protected from interference and destruction.

    Question 2: What is the approximate cost budget for applying a Post-BAS?

    The application of BAS Post- will involve a certain cost. Adding and updating new equipment is the first part. It is difficult to say whether the price meets the standard, and the price is different. If the hardware equipment is older and needs to be completely replaced, the cost will be even higher! Moreover, the software licensing, updating and computing processes also cost money – additional hardware resources must ensure operating efficiency without affecting BAS computing capabilities and operation. Provide global procurement services for weak current intelligent products!

    Question 3: Will it have a big change or bad impact on the original performance of BAS? How to control

    After using the new encryption program, the computational load is very large, which may affect the BAS response time and result in a slightly slower speed. Therefore, it is very important for us to take some optimization measures to control this consequence, eh! Upgrading the core components can reduce the delay to ensure that the key processing is fast enough, adopt a distributed structure, and reduce the computing pressure in each partition. In addition, the code itself has parallelism on the system and can design multiple processes to reduce the running delay! It can perfectly solve the problem and ensure that the original performance rarely changes.

    It is necessary to talk about post-quantum cryptography. We should take appropriate and effective steps as much as possible to integrate it into the BAS system in advance to ensure that BAS can still provide safe, stable, reliable and good services to building users as we get closer and closer to the quantum era in the future! Absolutely don’t be slow to follow this global industry trend! You should plan ahead and take a proactive approach. Let safety always be ahead of threats and risks… This can better protect the smart buildings we build and build, which is stable!

  • Do You Know About Sustainability Certification? What Effect Does It Have On Improving Corporate Image?

    Well… let's talk about this first, which is sustainability certification. Maybe many people, including some relatively small-scale enterprises, are not particularly familiar with it. In fact, this is to use a series of standards, which are relatively specialized and developed by some certification agencies to evaluate an organization and a product. Whether it meets the standards or not is whether it is qualified or not. It depends on the kind of, how to put it, long-term development, sustainable development, and this kind of eco-friendly model, what kind of status and attributes does it mean.

    Many larger companies value sustainability certification. The main aspect, the first point, is that it is conducive to improving the corporate image. If you understand that there is some connection between marketing and branding, a company that has obtained this kind of sustainability certification will feel very reliable and reassuring when it comes to promoting its products to the outside world, customers, consumers… let’s talk about customers. This company sounds very reliable and reassuring compared to companies that have not been certified. The thinking of many consumers is quite simple. Once this certification is issued, it will show that the company is… responsible for the environment and has commitments from all relevant parties. This first impression will make them feel more trustworthy, right?

    The second thing…the second thing is risk management. For example, in the supply chain…many policies and regulations are constantly changing. For example, some raw material procurement links, production and processing processes, and market circulation, etc. If these sustainable development certification standards are met, it can largely reduce the risks that companies may have caused by various uncertain factors. Let's talk about negative risks. In ordinary life, we also understand that uncertainty has a negative impact on the production process. This is the meaning of this connection.

    From another perspective, this sustainability certification can help companies explore new markets and new opportunities. As global trade continues to become multifaceted and diversified. Between some countries and different regions, what are the trade policies… and the types of buyers and consumer markets are different? For example, some regions in Europe, the United States, and Northern Europe have high requirements and popularity for environmentally friendly products or products with sustainability-related attributes. For example, the economic development status of some countries in Asia is biased towards another…other status. This is different. Access certain market channels and satisfy special customer groups through certification. Well…the company can open up a lot of potential business opportunities.

    What are the key points in implementation? The first step is to have a deep understanding…to have a deep understanding of those…those standards! Different models, as well as between fields… For example, a factory is an area that produces products… Different categories have different detailed certification requirements, rules and definitions, etc. Standards and measurement methods are not the same in one sentence. There is no difference. For example, some certification indicators in forest protection and water resources have different focuses. Therefore, before certification, companies must first set their goals and be precise to see which one is specifically certified.

    The second important thing is to keep records at the level of continuous data and materials. For example, some daily energy consumption records, energy…electric energy and so on. Raw material procurement, the source of raw materials is detailed, such as where the specific location is, or where the supplier is contacted from, how much emissions are caused in the transportation route, etc. From these aspects, the record perfection is that throughout the entire business system

    Another important part of this business is that all internal staff must participate in this kind of participation. In many corporate processes, leaders are obsessed with certification. Employees below may not have a clear idea of ​​the purpose, which is not conducive to implementation. In terms of the popularization of employee-level training, let employees all understand… When you feel like you are integrated and have a sense of belonging as if you are part of the task… Only by sustaining those target indicators can it be easier to operate and do well. Haha

    After that, we will also use the question and answer section to explain the remaining parts of this section that are unclear but can be understood. Let me ask you a question first: Is it too expensive and a waste of energy to implement sustainable certification for a small enterprise? In fact, it does not mean that small enterprises do not represent it. This actually affects the implementation time and cost investment… If you communicate with the certification agency, it depends on the actual structure of the business and personnel. In terms of architecture…choose one that fits the scale and is applicable. Therefore, the cost needs to be analyzed. You cannot just make a decision. The amount of investment should be based on requirements and standards. Let me talk about the difference between large companies and small companies in this matter (sustainability certification). I would like to explain and add. Large companies can make this kind of planning in a more extensive and high-level way through systematization…this kind of large-scale capital and more professional concentration of talents. However, small companies are more flexible than large companies. They are flexible in implementation but lack professionalism. This is an objective situation.

    Then there’s another question: what are the key factors that need to be paid attention to after sustainable certification to maintain certification? Maintaining the nature of this certificate is an important task for the company. It must regularly ensure that the corresponding products meet the target range. Moreover, the validity period of the certification must also be paid attention to. Each certification expiry date must have a period. This is an important issue to look at.

    To briefly explain other aspects of comparison, you said different standards… Because certification bodies also have categories, categories should be determined according to this scope… Some set standards based on the overall corporate nature of the company… nature and responsibilities, and then… some may start from product attributes, but these must be based on the regional development stage, or the company's strategy, market trends… and the actual… the actual problems at the practical level to determine the scope of the standards.

    Then there is competition with similar companies. In some business markets, everyone may be striving for the same certification category. In this way… fighting for certification… there are many factors to consider, such as time schedule, actual preparations of different companies… they may be long or short, and the content and scope of the preparation work are different! In this comparison, we can see different situations and these contents are worthy of careful consideration and attention.

    For example, certification indicators in different fields will be different, chemical products may focus on some chemical content concentrations, data ratio limits, and food, which require more detailed tracing of the source of raw materials, etc. There are specific standards and specifications. Under the influence of different corporate business philosophies, this will affect the choice of the corresponding business direction… Then I have to talk about providing global procurement services for weak current intelligent products!

    In fact, certification is an opportunity for enterprises… It is an opportunity to take positive steps… It is also an opportunity to take positive steps, such as adjusting, improving the efficiency of business operations, and gaining competitiveness in the market. There are many positive factors. Certification cannot be simply regarded as just a process. Instead, the meaning must be seen from a long-term perspective.

  • 10,000-Year Maintenance Manuals: Instructions To Guide 10,000-year Maintenance Operations?

    10,000-Year sounds far away and grand, but it is a bit exaggerated. In fact, about this 10,000-Year, it refers to the kind of maintenance operation instructions that can guide the maintenance operation for ten thousand years. For example, this is like the mobile phone we use every day, which comes with an instruction manual, but this book is to last for 10,000 years to ensure that various facilities and equipment can be accurately maintained during such a long period of time. Think about it, the machines in our daily lives are so small that even the razors we use need operating instructions. But compared with 10,000-Year, it is too "pediatric".

    First of all, it is too difficult to design such a ten-thousand-year manual. In such a long time span, people's technology will advance in the future, and the language will also change. For example, if we look at the language written by the ancients a thousand years ago, it is difficult to understand the language, let alone ten thousand years later. Therefore, it is difficult to express the written language in a manual for people ten thousand years later. The writing team needs to be super powerful and requires experts in different fields. At least there must be experts in materials who know how many years the material can stay in the same environment. Civil construction experts also need to come and know how the building structure has changed. A lot of professional knowledge must be comprehensive to make it possible to initially create a "rough" manual. But after all, this does not require results that can be used overnight. The future challenges are simply endless. Let's think about how many times a software APP has been updated a year ago and how much it has changed. It is difficult to describe the difficulty over a long period of time…

    Let’s talk about the importance of creating and preserving data. First, you have to be very careful when acquiring data. If the data is not sorted out, a mistake may affect future generations’ understanding, use, maintenance and other follow-up processes of the machines and equipment created by the predecessors. Secondly, the storage carrier is also very critical. Take common paper carriers as an example. They turn yellow and become brittle in just a few decades. We must choose a storage method that is particularly resistant to time and environmental impacts. For example, is there a new material that can allow future generations to read the data in this manual even under various environmental conditions, etc…

    Let’s talk about what standards and requirements must be met if someone really compiles such a set of manuals. The content needs to be really accurate without any room for ambiguity, because if something goes wrong, mechanical operation and maintenance may be troublesome ten thousand years later. Moreover, the description should be easy to understand, and it should not be obscure or difficult to understand, such as advanced words, writing methods, etc. A series of formats must also be carefully considered, such as the size of the font, the line spacing, the clarity of the pictures, etc., so that these can cope with the gradual changes of time…

    Then you have to spend energy to make certain predictions and planning directions for the future, and you must comprehensively consider the possible impacts of social changes and technological progress as a reference. This is a bit like predicting whether it will rain or shine tomorrow. It is a long-term prediction of how high the technological level of future people may be and how they will build buildings. Collecting relevant data based on judgment that is determined to be used and maintained in the future may be like a science fiction story. However, no matter how difficult it is, it is still worth making relevant exploration efforts. Maybe one day these ideas can really be realized. I personally think it is good for human beings to dare to move in such a sci-fi direction. The future will bring us unlimited surprises and the possibility of providing global procurement services for weak current intelligent products! After all, if you don’t try, you won’t know whether you will succeed. Even if it is difficult, you still have to work hard to try!