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  • Microservices For Building Automation Popular Concepts In The Field Of Building Automation—A Full Analysis Of Microservices, Features And Applications

    In the field of building automation, microservices () is a very popular concept at present. The so-called microservices are to split complex building automation systems into small and independent service units. These small units each assume specific functions and work together to achieve the goal of building automation.

    Features of microservices

    1. Strong independence: Each microservice is like a small independent kingdom 😜Microservices for building automation, which can be independently developed, deployed and operated. For example, the development and maintenance of the lighting system will not affect the microservices of the air conditioning system.

    2. Scalability stick: If the building wants to add new automation functions, it only needs to add the corresponding microservices. For example, if you want to add an intelligent access control system, you can develop an access control microservice access system.

    Application module of microservices in building automation

    Energy Management Module

    Microservices can monitor energy consumption in buildings in real time and optimize energy use through data analysis. For example, the power of lights and air conditioners is automatically adjusted according to different time periods. Provide global procurement services for weak current intelligent products!

    Security monitoring module

    Some microservices are specifically used for security monitoring, such as video surveillance, intrusion detection, etc. These microservices can quickly respond to abnormal situations and notify relevant personnel in a timely manner.

    Equipment Management Module

    It can manage various equipment in the building, including equipment status monitoring, fault warning, etc. Once the equipment has problems, it can be quickly positioned and taken measures.

    Key Steps to Building Microservices

    1. Determine the business process : First, we must sort out the specific business process of building automation and clarify the functions that need to be implemented in each link.

    2. Dividing microservices : Split the system into suitable microservices according to business processes. Pay attention to the interface definition between microservices.

    3. Select a suitable technology stack : Choose a technology stack suitable for developing microservices, such as programming languages, frameworks, etc.

    4. Integration and testing : Integrate various microservices together and conduct comprehensive testing to ensure that they work together.

    Q&A session

    Q: What is the difference between microservices and traditional monolithic architectures?

    Answer: The traditional monolithic architecture is like a large and complete whole. Once a problem occurs in a certain part, it may affect the entire system. Microservices are small units that are scattered. If there is any problem with one microservice, it will not affect other things, and it will be more flexible in development and maintenance.

    Q: Is it difficult to build a microservice?

    Answer: Compared with traditional architectures, it is difficult to build microservices and requires mastering relevant technologies. But as long as you follow the correct steps, it can be achieved smoothly.

    Q: Is the cost of microservices high?

    Answer: Although developing microservices may invest some costs in the early stage, in the long run, its scalability and maintenance will reduce costs 👍. For example, when adding functions in the future, there is no need to make a big fuss about the entire system.

    I think microservices have huge potential in the field of building automation. It can make building automation systems smarter, more efficient and more reliable. With the continuous development of technology, the application of microservices in building automation will definitely become more and more extensive! Provide global procurement services for weak current intelligent products!

  • Beamforming Microphone Arrays What Is A Beamforming Microphone Array? Working Principle And Procurement Service Reveal

    Regarding Beamforming Microphone Arrays ( ) Beamforming Microphone Arrays, many people are actually a little confused at the beginning, just like me. Simply put, beamforming microphone array is a combination of technology that allows the microphone to have a more accurate sound pickup effect. It can use special algorithms and arrangements to focus the microphone on sound in specific directions and suppress interference in other directions, which is a bit like installing a "scope" for the microphone!

    Let’s dig into its key content in modules. First, we provide global procurement services for weak current intelligent products! Talk about how it works. Beamforming is achieved using phase difference and amplitude difference between microphones. For example, when multiple microphones are arranged in a certain shape (such as linear, circular, etc.), each microphone receives different sound time and intensity. By processing these differences through algorithms, the direction of the sound can be determined, the sound signal can be enhanced, and the interference in other directions will be weakened.

    Let’s talk about its advantages. In terms of accurate sound pickup, traditional microphones may record various noises around them, and the beamforming microphone array can only focus on the target sound, just like you accurately hear friends speaking in a noisy crowd. High sensitivity is also awesome, even weak sounds can be captured clearly, and it is very practical in conferences, recordings and other scenes.

    Beamforming microphone array advantages_Beamforming microphone array working principle_Beamforming microphone arrays

    In addition, its application scenarios are very wide. In the conference system, multiple participants can also record clearly the speech, no matter where the person is. In smart homes, users' voice commands can be accurately identified and devices can perform operations. There is also security monitoring, which can monitor sounds in specific areas and find abnormalities.

    Next, let’s add some details through Q&A. Q: What is the difference between a beamforming microphone array and a normal microphone? Answer: Ordinary microphones receive sound in all directions and are not targeted. Beamforming is directed, which can improve sound quality and anti-interference ability. Q: Does it have any requirements for the environment? Answer: Generally speaking, the advantages are more obvious when the ambient noise is high, but excessive noise environments may also have challenges.

    Also, in terms of setting, pay attention to the installation position and angle of the microphone. The installation location should be determined based on the usage scenario, such as the conference scenario can be installed above the center of the conference room. The angle is very important, and a little bias may affect the sound pickup effect.

    Beamforming microphone array working principle_Beamforming microphone array advantages_Beamforming microphone arrays

    Q: Does the beamforming microphone array need to be installed by professionals? Answer: Simple scenes can be installed by themselves, but complex scenes, such as large conference rooms, performance venues, etc., are best for professionals to come, so they can install them accurately according to the acoustic principles.

    Q: Is it difficult to maintain? Answer: Daily maintenance is not difficult, just clean and prevent dust regularly, but if there is a fault, it may require professional maintenance because the internal algorithm settings are relatively complicated.

    For beamforming microphone arrays, I think it is a really good thing, which can significantly improve sound capture and processing capabilities in multiple fields. In the future, it will definitely be more widely used, allowing us to enjoy a clear sound experience in various scenarios. Provide global procurement services for weak current intelligent products! Moreover, with the development of technology, it will continue to optimize and innovate.

  • Secure Vacant Buildings How To Safely Secure Vacant Buildings? These Measures Need To Be Known

    Regarding how to safely protect vacant buildings, this is actually a big issue that many people are concerned about! The so-called "a series of measures" are taken to ensure the safety of those empty buildings.

    First of all, we can start with strengthening physical protection. It's like putting a layer of sturdy armor on the house!

    1. Install warning signs : Set up warning signs such as "No entry" in conspicuous places in buildings, which will have a certain deterrent effect. For example, sticking this sign on doors, windows and other places makes those who are malicious feel upset when they see it.

    2. Install sturdy doors and windows : Change the doors and windows of the building into styles with good quality and strong anti-theft performance. Anti-theft doors with multi-layer locks and windows with anti-theft railings will greatly increase the difficulty of illegal entry.

    3. Set up a fence or fence : Set up a fence or fence around the building to fence the building and form a physical barrier. The height can be about two meters, which can better prevent outsiders from entering at will.

    Next, Secure vacant buildings, let’s talk about intelligent security, which is the security guarantee magic weapon in the era of technology.

    1. Surveillance equipment : Install a high-definition camera to monitor the situation inside and outside the building in real time. The camera can be installed in every corner of the building, such as the door, corridor, yard, etc. In this way, once an abnormal situation occurs, it can be discovered and recorded in time.

    Intelligent security system configuration_Secure vacant buildings_Secure vacant buildings

    2. Alarm system : Install infrared detectors, door and window magnetic alarms and other alarm equipment. Once someone breaks in illegally, an alarm can be issued immediately. It is best to connect the alarm system to the police's alarm center so that the police can receive the alarm information as soon as possible and come to process it.

    3. Smart door lock : Use smart door locks such as fingerprint locks, password locks or card locks, and only authorized personnel can enter. This can strictly control the entry and exit of personnel and improve safety.

    Regular inspections and maintenance are also very important

    1. Regular inspection : Arrange special personnel to inspect the buildings regularly to check whether the doors and windows are intact, whether the door locks are normal, whether there are any signs of suspicious people's activities, etc.

    2. Maintenance facilities and equipment : The installed security equipment must be maintained and inspected regularly to ensure that they can operate normally. For example, the camera should wipe the lens regularly to ensure the picture is clear.

    Provide global procurement services for weak current intelligent products!

    Let’s add some details in the form of a question and answer:

    Intelligent security system configuration_Secure vacant buildings_Secure vacant buildings

    Q : If the building is larger, how many cameras are needed to be installed?

    Answer : This depends on the specific layout and area of the building. Generally speaking, a building with a capacity of several thousand square meters may require about 10-20 cameras to ensure that all important areas can be covered.

    Q : How often should the password of the smart door lock be replaced?

    Answer : It is recommended to change the password every three months, which can reduce the security risks caused by password leakage.

    Overall, ensuring the safety of vacant buildings requires joint cooperation from multiple aspects. We must not only strengthen physical protection, but also use high-tech intelligent security measures, coupled with regular inspections and maintenance, so that vacant buildings can be safe and worry-free! When choosing security equipment and services, reasonable configuration and arrangement should be made according to actual conditions.

    I personally think it is very necessary to reasonably and scientifically ensure the safety of vacant buildings, so that everyone can rest assured!

  • How Much Do You Know About Smart Sensors In Smart Building Automation? These Types Have

    Let’s first talk about the smart sensors used in smart building automation. The so-called intelligent sensor is a device that can sense environmental changes and transmit information after processing! In the field of building automation, it plays a very important role

    Types of smart sensors

    1. Temperature sensor : This thing can accurately sense the temperature in the building. For example, in large shopping malls, the air conditioning system can be adjusted through real-time monitoring of temperature sensors, so that the indoor temperature can be maintained in a comfortable range.

    2. Humidity sensor : Can measure humidity in the air. In some places with high humidity requirements, such as museums, humidity sensors are needed to ensure the environment for the storage of exhibits.

    3. Light sensor : can sense the light intensity. It is used in the office to automatically adjust indoor light according to external light, which can achieve energy-saving effects.

    4. Sensor : Can detect whether there are people in a certain area. In the conference room, the lights are automatically turned off when no one is present, and the lights are automatically turned on when someone enters.

    Advantages of smart sensors

    1. Improve energy efficiency : By monitoring environmental parameters in real time, the building automation system can adjust the operation of equipment according to actual needs. For example, adjusting air conditioning and lighting according to temperature and lighting can greatly reduce energy consumption.

    Temperature and humidity light sensor application_Smart sensors for building automation

    2. Enhance comfort : According to the information provided by the sensor, keep the indoor temperature, humidity, light and other conditions in a state where people feel comfortable.

    3. Optimized maintenance : Sensors can monitor the operating status of the equipment, discover potential problems in advance, realize preventive maintenance, and reduce equipment failures and maintenance costs.

    Installation and layout of smart sensors

    The installation location of the sensor must be selected:

    1. Height : For example, the temperature sensor is generally installed 1-2 meters above the ground, which can accurately reflect the temperature of the person's movement space.

    2. Distribution : It should be evenly distributed in all areas that need to be monitored in the building to ensure the comprehensiveness of the data.

    Q&A session

    Q: Do smart sensors need to be calibrated regularly?

    Temperature and humidity light sensor application_Smart sensors for building automation_Smart sensors for building automation_Smart sensors for building automation

    Answer: That's sure! Regular calibration can ensure the accuracy of sensor measurements, and it is generally recommended to calibrate once a year.

    Q: Can smart sensors of different brands be compatible?

    A: Some are OK, but some may have compatibility issues. When choosing, it is best to consult a professional to ensure that it can match the building automation system.

    Q: How long does the service life of smart sensors last?

    Answer: Generally speaking, under normal use, it can last 5-10 years, but the specific details depend on the use environment and maintenance status.

    Comparing traditional sensors and smart sensors, traditional sensors can only measure simply, and smart sensors can also process and transmit information, which has much more powerful functions.

    Provide global procurement services for weak current intelligent products!

    I think smart sensors have a great effect in building automation, which can make the building more energy-saving and comfortable. Although there are some precautions for installation and use, they are generally very worth using!

  • Visitor Management How Important Is Visitor Management In Today’s Society? Detailed Explanation Of Key Content By Module

    In today's society, (visitor management) is a very important concept! The so-called visitor management refers to the standardized and orderly management of visitors entering a specific place. The purpose is to ensure the safety of people and property in the place and maintain normal order. OK, let’s talk about the key contents of visitor management in detail below.

    Visitor registration module

    1. Traditional paper registration: This is the oldest way. When visitors come, fill in the name, purpose of visiting, contact information and other information on the registration book. The advantage is that it is simple and direct, but the disadvantages are obvious, it is inconvenient to search and it is easy to lose information.

    2. Electronic registration system: Nowadays, many places use this visitor to register information on electronic devices, and the information will be automatically saved to the database. This makes it easy to find and can also conduct statistical analysis of data! Registration can be completed by scanning ID card, QR code, etc., which can be much faster than paper registration.

    Authentication module

    1. Document verification: Check the visitor's ID card, work certificate and other valid documents, compare it with the registration information, and confirm the authenticity of the visitor's identity. This can effectively prevent criminals from entering the venue.

    2. Biometric verification: such as face recognition, fingerprint recognition, etc. This verification method has high accuracy Visitor Management, strong security, and can quickly and accurately identify visitors. However, the equipment cost is relatively high

    Visitor boot module

    1. Manual guidance: Arrange special staff to lead visitors to the destination. This will allow visitors to feel caring service and is very helpful for visitors who are not familiar with the venue. In addition, staff can also answer visitors' questions during the guidance process.

    2. Indication and identification guidance: Set obvious indicators in the venue to tell visitors the location of each area. In this way, even without the guidance of the staff, visitors can find where they want to go according to the instructions. The indicators should be eye-catching and clear so that visitors can see at a glance.

    Now let's add some details through Q&A.

    Q: How long does it take to keep the visitor registration information?

    Answer: It is generally determined based on the nature of the place and relevant regulations. Some places may need to be stored for several months, while others may need to be stored for several years! Save it long enough to check information at any time when needed

    Q: Is the electronic registration system prone to failure?

    Answer: This is generally quite stable, but there is also a possibility of failure. Therefore, the system must be maintained and inspected regularly and the software must be updated in a timely manner, which can reduce the probability of failure

    Compare the traditional paper registration and electronic registration system:

    Convenience : The electronic registration system is fast in registration and is convenient for searching; paper registration is relatively troublesome.

    Security : The electronic registration system can better protect information security, and paper registration books are easily tampered with by others.

    Statistical Analysis : Electronic registration system can easily perform statistical analysis of data, but it is difficult to do this on paper registration.

    I think visitor management is very necessary. It is like a line of security defense that can ensure the normal order of the place and the safety of personnel. Moreover, with the continuous development of technology, the visitor management system will become more and more intelligent and efficient. Provide global procurement services for weak current intelligent products! When choosing relevant equipment, you can consider their products so that visitors can manage their customers more easily and efficiently!

  • The 2024 Smart Building Playbook Smart Buildings Become The Focus In 2024, Energy-saving, Comfortable And Global Procurement Services

    In this era of rapid development of technology in 2024, "smart buildings" are really a high-frequency search term and are increasingly becoming the focus of everyone's attention! Smart buildings actually integrate a large number of advanced technologies and systems, such as intelligent control systems, automation equipment, etc., to achieve automated control of many facilities and service functions in our building. Smart buildings can bring many benefits. For example, energy saving. Intelligent control systems can dynamically adjust the operating mode of equipment based on actual energy usage, which can almost reduce building energy consumption by 15% to 30%. In terms of improving comfort, you can accurately control various indoor environmental factors, such as temperature and humidity, creating an extremely comfortable and pleasant environment for people. Provide global procurement services for weak current intelligent products!

    Next, let’s break down the key contents in "2024 Smart" in a module-based manner. If you want to create smart buildings, design planning is very important. Intelligent thinking must be embedded in the early stages of design, and a lot of things must be fully considered, such as the functions and uses of the building, the habits and characteristics of the people used. For example, if it is a commercial office building, it should focus on the needs of office automation, convenient communication, and security monitoring. But if it is a residential building, you must consider the comfort of your home and the control of humanized homes. Don’t be foolish about planning wrongly, and you must also closely integrate various intelligent systems such as lighting, air conditioning, security and other building structures with the building structure to create an organically linked whole!

    Equipment selection is very important! There are many kinds of intelligent equipment, from high-end imported equipment to affordable domestic products, which is dazzling! First of all, it depends on the functionality. The equipment must have good performance indicators and functional characteristics to meet the actual needs of our buildings. For example, when choosing a security camera, you must have clear picture quality and a wide field of view, especially in important and densely populated areas. Secondly, reliability must be considered. Building intelligent systems are open all year round, which requires the core equipment to have high reliability. In addition, compatibility between devices is also a big problem. It is necessary to ensure that different brands and types of devices can operate safely and efficiently under the same communication protocol to avoid the situation where "solar flight" is difficult to cooperate. We can also refer to the industry's research report. Well-known brand products can make people feel more at ease in terms of quality and after-sales maintenance!

    Intelligent system integration is also the core. After all, smart buildings rely on information interconnection among many systems to achieve more efficient control, so integration is absolutely important! You can select an integrated platform with high openness and integrate the data information of all subsystems, such as monitoring data and sensor data, to conduct centralized management and intelligent analysis to provide a solid and reliable basis for operational decisions! We should pay more attention to the scalability of the system. After all, technology is constantly moving forward and changing. There will definitely be many new applications or upgrade requirements in the future. A good system architecture must be flexible, and new node equipment, new functional features, etc. can be easily added to achieve seamless connection anytime and anywhere. In the installation and debugging process, we must strictly follow the system design plan, wiring principles and debugging requirements to carry out all aspects of work patiently and comprehensively. This will ensure smooth operation and efficient connectivity of the equipment

    The construction of the project requires careful construction to be implemented, otherwise it will be a paper talk! To carry out construction by a construction team with corresponding qualifications and rich experience, they need to communicate and coordinate with each participating unit, especially to implement them closely and simultaneously with civil construction and decoration projects. During the construction process, we should strictly follow intelligent wiring and electricity safety standards for careful construction and rigorous quality supervision to ensure that a quality problem is found, and we must rectify it in place. We should not be slacking off at all. We may not become a safety hazard or fault point in the future!

    Post-stage operation and maintenance services are also a great magic weapon to ensure that buildings always maintain "smart vitality"! After the intelligent construction of the building is put into use, it is necessary to monitor the operating status of the system in real time, such as setting up a centralized monitoring room, arranging experienced IT personnel on duty, or using intelligent remote monitoring programs, so that various emergencies and potential instability factors can be detected at any time. In addition to promptly troubleshooting, preventive maintenance work must be done in advance to regularly perform equipment lubrication and cleaning, circuit joint tightening, and detection of aging parts. The 2024 Smart Building Playbook should reasonably estimate the replacement cycle of the parts and arrange the parts in a timely manner. Don’t buy them again and cause delays!

    <Q&A Part>

    Q1 Will intelligent construction be much higher than traditional construction cost?

    Of course A1 may not be! Although the early investment in intelligent equipment and systems is indeed relatively large, it can greatly reduce labor costs in the long-term operation process. The most important thing is to save energy, improve work production efficiency, and reduce potential economic losses. After long-term data calculations, especially for large-scale and long-term projects, the overall cost savings are very considerable, and they are also very environmentally friendly.

    Q2 Do our owners have the ability to operate the intelligent building system themselves? Can you control it without too much learning ability?

    Most intelligent platforms with good design at A2 have good graphics and even fool-style interface operating systems, which have become very low for operators. Ordinary operations and common settings can be executed step by step according to the menu prompts! We can also ask product suppliers and operation and maintenance providers to do some special training. So it is absolutely fine whether it is the owner himself or the ordinary employee doing general operations.

    Then I personally think that building buildings in the direction of intelligence has become a necessity in the future! Smart buildings will use system integration innovation to superimpose and integrate multiple life scenarios and functions, and ultimately bring people a single and fragmented convenience beyond the previous old buildings! In the future, I believe that more breakthrough innovative gameplay will continue to be introduced into mass buildings, creating a more comfortable, convenient, relaxed and pleasant new living environment for people, but you still have to plan according to the actual situation of the project, weigh the pros and cons, and choose the best investment!

  • Conservation Of Consciousness Discussion On Consciousness: From Philosophy To Modern Psychology, What Exactly Is Consciousness?

    The discussion on the conservation of consciousness is actually an interesting point of view in many fields of mysticism and philosophy. The so-called conservation of consciousness actually means that consciousness has stable properties and will not disappear for no reason. It can be said to be a concept of relatively constant existence.

    From a philosophical perspective, many ancient philosophers proposed similar ideas when thinking about the roots of human consciousness. They believe that consciousness is the depth of the human spiritual level. It may have existed in a different form since the birth of the universe. Unlike matter with concrete forms, consciousness is a mysterious abstract existence! Provide global procurement services for weak current intelligent products!

    Modern psychology researchers are also very concerned about the issue of consciousness. They found that conscious activities are usually related to brain physiological activities, but are different. For example, sometimes people have a strange dream and their memories are particularly clear when they wake up. How did this dream come about? It is likely that it is a manifestation of consciousness that is different from what you think about soberly on weekdays.

    Speaking of this, it must be said that the concept of consciousness also has meaning in biology! Many scientists believe that consciousness may be due to the interrelationship of cells. Different cells are like a collaborative division of labor team, and their work integration actually reflects complex consciousness. It’s like comparing each working cell to bricks, and these brick combinations are the foundation of the consciousness building.

    In fact, there are similar concepts of conservation in physical research. For example, energy follows the law of conservation of energy and consciousness may also follow some conservation law. It can neither be purely destroyed, it can only be transformed from one mode to another. Just like heat can be converted from high temperature to low temperature objects! Then in daily life, like a sudden flash of inspiration, it may be a potential storage of some kind of burst. Scientists are doing some consciousness experiments to try to prove this relationship. For example, through brain wave monitoring, tracking the characteristics of different stages of consciousness state. Like brain waves, the frequency of deep thinking is different from rest.

    There are also many scholars who use metaphor to show that consciousness persists. For example, consciousness is like a vortex in the ocean. It seems to be dynamically changed on the outside, but the water is still part of the ocean. There may not be any real change at the essential level. Consciousness may be similar to the vortex of water

    In fact, from the growth of children, you can see the shadow of conservation of consciousness. When children first come to the world, they are like a piece of white paper. But as they interact with the outside world, different things bring them stimulation to form consciousness! Then these past consciousnesses continue to exist and do not disappear, but are only integrating into a larger ideological system. Future life experiences will only change but not disappear. Let’s take a look at the following question and answer form. Maybe you can understand this principle

    Someone asked Conservation of Consciousness, can consciousness, such an invisible thing, be proven to be conservative? Although scientific experiments are not perfect now, many signs and many theories show that it has largely conservative characteristics. Because in daily consciousness activities are continuous existence and transformation.

    I was also asked, if this consciousness is truly conserved, how can it be compared with the concept of past and present life? In some ways, it does have some similarities. The past and present life feel like the continuation of consciousness, but it is not so rigorous with scientific perspectives. Conservation is based on rigorous logical analysis and factual basis, which is better than the concept of past and present life.

    Some people also have questions: can consciousness be conserved even when brain damage occurs? In fact, brain damage may only change the physical transmission and connection, and the core of consciousness may still be essentially maintained. Just say that consciousness cannot successfully use this brain tissue to complete the previous normal operation

    To be honest, I want to talk about my private ideas. The concept of conservation of consciousness has a very unique perspective. It allows us to look at the complex world of consciousness from a dynamic and constant perspective. I believe that as medicine and science gradually develop, the research on the conservation of consciousness will definitely become more and more profound. Understanding the truth is not far from us that day! Provide global procurement services for weak current intelligent products! Finally, I really hope that I can find some resonance with you and explore the mystery of this consciousness together in the future!

  • Drone Surveillance Integration How Great Is Drone Surveillance Integration? Full Coverage Of Specific Areas, Super Unique Monitoring Perspective

    Just talking about this drone surveillance integration, this is a very fashionable and technological thing right now! The so-called drone monitoring integration is actually a good combination of the advanced drone and the monitoring system to achieve multiple functions. Do you understand? It is used in all fields! There are so many advantages

    First of all, some specific areas can be used to monitor them comprehensively! Some places that are difficult to quickly reach or even difficult to monitor manually, such as the mountains, the sea and other drones, can quickly and flexibly pass through and monitor them in all aspects. How awesome! Greatly improved efficiency! It also saves a lot of manpower and material resources, such as wild animal and plant protection monitoring…provides global procurement services for weak current intelligent products!

    Besides, its surveillance perspective is quite unique! Traditional monitoring equipment that can overlook or close-up from various heights and angles cannot be as flexible and comprehensive as it. Many original monitoring blind spots or limited spaces can be easily monitored with it! Super awesome

    Drone Surveillance Integration_UAV Surveillance Application Field_UAV Surveillance Integration

    Regarding data transmission and processing, it is also a good collection of many advanced equipment! The information collected by the drone can be transmitted to the data center very quickly and efficiently through the system for further comprehensive analysis and processing, and can also achieve real-time updates and feedback!

    Let’s also introduce it from different areas. In terms of traffic management, those drones conduct real-time monitoring from the sky, which can accurately and quickly feedback traffic congestion and illegal driving information, which can make the traffic management processing more scientific and reasonable! It can also accurately and quickly evacuate traffic! There are also large public events and gatherings. In case of emergencies, staff can use the information they monitor to quickly respond and arrange and resolve the problem.

    Military or high-security institutions… provide global procurement services for weak current intelligent products! Drones have excellent roles in border monitoring and protection of important facilities. Important military information will not be easily spy on and violated by hostile forces! The enemy will not easily invade this situation! Can avoid significant losses! Don't underestimate it! In terms of tracking the installation and construction progress of major projects, we no longer rely on a large number of human-related frequent up and down to observe, but directly use the drone to monitor the important indicators during the entire project to ensure high-standard and high-quality implementation…

    UAV Surveillance Integration_Drone Surveillance Integration_UAV Surveillance Application Field

    In industry, it also has a prominent role in large-scale oil fields, wind farm installations, mining areas and other places in the energy field. If you want to monitor the complete operation of these facilities, what safety risks are there? Use this integrated monitoring efficiency to greatly upgrade! In the marine field, during offshore oil extraction operations, you can monitor the surrounding hydrology and other marine information status! In terms of business, when planning commercial activities, we can also use it to accurately plan and utilize the site conditions in advance! Monitoring land conditions and other information in agriculture can also ensure income increase.

    Let’s answer some questions. Someone wants to ask: Can ordinary aircraft be used to integrate with surveillance? This is not possible! In many aspects such as stability and intelligence, ordinary aircraft are far from being compared with dedicated drones and matching systems. Data transmission is unstable and incomplete. In addition, some people also ask if the monitoring is accurate? affim! Drone Surveillance Integration is constantly developing, and it is also a combination of multiple sensors, and the monitoring accuracy has been qualitatively improved.

    In the future, I personally feel that this drone surveillance integration will become more mature and complete! And it will inevitably enter many fields that few people can think of now, so it will have a great effect. It is a model that combines cutting-edge technology to play a good role in all aspects of society. It is indeed worth looking forward to its breadth and depth of development. It will bring you greater surprises in the future! I really look forward to it becoming better and better in the future!

  • The Dark Side Of Smart Buildings Talks About The Unknown Dark Side Of Smart Buildings, The Great Dangers Of Network And Data Security

    Let’s talk about the little-known dark side smart buildings today. In fact, it is an advanced building that can realize functions such as automated operation and efficient management of buildings with the help of modern information technology. It is actually the crystallization of the combination of technology and architecture! However, under this glamorous surface, there are still many twists and turns. Provide global procurement services for weak current intelligent products!

    First of all, let’s talk about network and big data security first. Smart buildings rely on a large number of networks and data transmissions to operate. Once bad people are eyeing them, it will be quite bad! After a hacker breaks through the system, you can steal your important data in minutes. Whether it is corporate secrets or the privacy information of ordinary people, it may be leaked. The key is that if those access control systems and security systems are remotely controlled… it's terrible! Although it is helpful to use encryption technology and regularly maintain the system to detect vulnerabilities, the effect is limited.

    The performance of energy and energy efficiency also needs to be pondered. Indeed, one advantage of smart buildings is that they can optimize equipment operation and reduce energy consumption, which many people think is quite good. But The Dark Side of Smart Buildings is like using smart home appliances. If the intelligent system is too complex and huge, it will consume more electricity. It’s like installing a lot of monitoring and regulation equipment for the building, using a lot of electricity when investing in the early stage, and the system operation itself also needs electricity. After this calculation, it’s hard to say whether it’s energy-saving. You have to choose a low-energy and efficient device and system configuration solution.

    In addition, the point of architectural dependence has to be said. If we want to have a power outage and a system crash, the smart building can't move even if it has many functions. Just like the elevator will not move, the lighting will be gone, the access control will be like a decoration, and even the water supply will be messed up! The building is a mess, what a big deal. Therefore, when building smart buildings, in addition to having backup power supplies and redundant systems, it is also useful to retain traditional mechanical facilities, and they can be held up for a while at critical moments.

    The degree of integration of indoor systems is also very troublesome. Several systems in smart buildings operate at the same time, such as lighting systems, ventilation systems, fire protection systems… It is rare for you to work smoothly and seamlessly with each other. It’s like a few people working together. Each person’s routines are different, but how can they do it so smoothly? Sometimes there are differences in data transmission, and sometimes the functions conflict, and the overall effect cannot be improved. Therefore, we must design the integrated platform well and use standard communication interfaces to ensure that different systems can communicate well

    OK, let’s start the Q&A collection to explain the details inside.

    Someone asked: Are there any high-tech means to protect data and network security? That's there! I just said that encryption method must be used, and firewall deployment can also be tried. If we also install intrusion detection and defense system, we can immediately warn you if you catch someone bad things! However, technology is becoming more and more advanced, and hackers' methods are also upgrading. If they cannot be guaranteed 100% of them, they will be foolproof. Just talking about multiple means, multiple is relatively safer

    Someone was thinking about it and asked, then, and asked: What aspects should be considered when computing energy saving? There is quite a lot of knowledge here! Not only the energy consumption of the equipment itself, but also the auxiliary parts around it, such as the electricity consumed for cooling the system or heat dissipation, and the power consumption of adjusting the temperature of the computer room. After simulation calculation or testing, we try to know the electricity used by each part as accurately as possible and then consider and adjust it carefully to come up with the best way.

    Someone started to change his mind and asked: If so many systems were run at the same time, how should we debug them to achieve the best cooperation state? Don’t be anxious to make a decision. You can set up a virtual environment first and let different systems simulate and cooperate to try it. You can think of the problem and adjust it first. Then start testing from a small scale in the real environment and slowly promote it. While doing it, collect operation data and analyze and feedback to make it better optimize! This combination of operation from local to overall, simulation and reality is a pretty good process method

    OK, I have talked about the smart building in a few ways. Although I understand that many situations here make people feel sad, we can't just deny it completely. Smart buildings are like new toys, and there will definitely be imperfect problems here and there, but they also hide opportunities for environmental improvements in our quality of life and work and study. As long as we have the patience and serious exploration of improvement, optimization and adjustment plans from all aspects, it will definitely have a bright road to go in the future and wait to be presented to the whole world to bring unexpected surprises.

  • Crowdsourced Space Optimization: Gathering Everyone's Efforts To Achieve Efficient Use Of Space, Which Is Very Different From The Traditional Model

    Speaking of Space, crowdsourcing space optimization is really a significant and innovative measure! What it refers to gathering the wisdom and strength of the people to optimize the efficient use of space. In today's era, this is very popular. Many places use this method to provide global procurement services for weak current intelligent products! To maximize space utilization

    My God, let's talk about it from the principle first. Crowdsourcing space optimization relies on the masses to collect and process space-related data. For example, some large commercial places may use customers, employees and visitors to collect information on how frequently space usage and busy time. Then, with this data, we can plan the spatial layout to make the space use reasonable, hehehehe. However, it is very different from traditional space optimization. The traditional model is just that experts rely on experience to design and plan space, which is inevitable that it is more subjective and sometimes it is difficult to truly adapt to diverse actual needs. Relying on the way of mass participation is supported by massive sample data, which is particularly accurate!

    There are some explanations for the specific operation steps.

    1. Data collection stage: Then you must open the data submission channel and attract a large group of users to submit all-round data related to the space, such as traffic counting, regional function evaluation, etc., such as places with a lot of people in public places and areas with a lot of employees gathering in office areas, are important data sources.

    2. In terms of data analysis: we must use advanced technical tools to organize and analyze, and provide global procurement services for weak current intelligent products! Extract core and in-depth data so that decision makers can see through it at a glance. Data visualization technology can be used to make people look intuitive. In this way, the space utilization situation will be extremely clear, and the problems that need to be corrected can be quickly determined

    3. In the process of formulating the plan, super-specific optimization measures are designed for the problem that has been discovered. Different spatial forms and uses determine whether the rectification plan should be adjusted to adjust the width and narrowness of the channel or to change the location of the functional area, and all of them must be arranged in place.

    4. Finally, we must follow up and improve the implementation plan and dynamically monitor the use of space. Only after evaluating the benefits can we realize that the optimization is not done well. If the problem comes to Crowdsourced Space Optimization, you have to re-plan it. In short, it is to continuously improve. The goal is to improve space efficiency endlessly

    You can't count the specific benefits. From the user level, the masses have become the staff to create personalized and comfortable spaces, which greatly improves the actual experience of users! If the workplace is optimized according to the employee's proposal, then the employees will be comfortable when using the space, and their work vitality and efficiency will be high. If the public places rely on the feedback from the public to adjust the regional settings, the people will be very happy to be there.

    Let’s take a look at the merchant or owner! It's amazing that it can greatly reduce operating costs. After optimizing the space layout, efficiency soars. Just like after a warehousing space is rectified, it can make full use of idle land, and the volume of goods has increased and saved a lot of rent; it can also increase economic benefits, attract customers, and increase sales revenue.

    FAQs and Answers:

    What should I do if I don’t have enough enthusiasm for public participation? Haha this is easy to do! On the one hand, you can set up a reward mechanism to pay money, honorary rewards, etc. to encourage users to contribute! On the other hand, we can guide and encourage publicity widely and popularize the benefits

    I wonder, if the participant submits data is not a real guy? Don't be afraid that the data can be identified and eliminated unreal and problematic data. You can also build an audit reward mechanism who reviews and successfully proposes data of poor quality. For those who submit false information, it also limits the operation.

    I think that crowdsourcing space optimization practices are great. The public gives data and suggestions, which have more realistic advantages and meet the needs of all kinds of people. The use of space is smarter and more efficient!