#IoTautomation

[harshathusm]

IoT in Manufacturing

IoT in manufacturing enhances efficiency, reduces downtime, and improves predictive maintenance. Smart sensors and real-time analytics help monitor equipment performance and optimize production. IoT-driven automation streamlines operations, ensuring higher productivity and cost savings. Manufacturers leverage IoT for supply chain management and quality control.

[jinactusconsulting]

"How are real estate professionals adapting to the rise of automation, and what skills are becoming more valuable in this automated landscape?"?

Real estate professionals are adapting to the rise of automation by embracing new technologies, upskilling, and focusing on areas where human expertise remains invaluable. Here's how they are adjusting to the automated landscape:

Embracing Technology: Real estate professionals are increasingly adopting automation tools and digital platforms to enhance their efficiency in tasks such as lead generation, marketing, and client management.

Data Literacy: With the abundance of data generated by automation, real estate professionals are learning to interpret and analyze data effectively. They use data insights to make data-driven decisions and provide better advice to clients.

Customer Experience: Real estate professionals are prioritizing their role in delivering exceptional customer experiences. While automation can handle certain tasks, personalized interactions, and excellent service remain critical in building client trust and loyalty.

Advisory and Negotiation Skills: As automation takes over repetitive tasks, real estate professionals are focusing more on their advisory and negotiation skills. Understanding market trends, property valuation, and effective negotiation strategies is becoming increasingly valuable.

Tech Savviness: Real estate professionals are becoming more tech-savvy to navigate and integrate various automation tools, ensuring they can optimize their workflow and effectively use technology to benefit their clients.

Creativity and Marketing: With automation handling some aspects of marketing, real estate professionals are emphasizing their creative skills to develop unique marketing strategies that stand out in a competitive market.

Adaptability: The real estate industry is evolving rapidly due to automation. Professionals who can adapt to changes, embrace new technologies, and stay ahead of market trends are better positioned for success.

Specialization: Some real estate professionals are choosing to specialize in niche markets or certain aspects of the real estate process, establishing themselves as experts in specific areas where automation may not fully replace human expertise.

Cultural Awareness: In diverse markets, cultural awareness and sensitivity are becoming essential skills. Understanding the needs and preferences of clients from different backgrounds helps real estate professionals cater to a broader clientele.

Legal and Regulatory Knowledge: As automation interacts with legal aspects of real estate transactions, real estate professionals must stay updated on relevant laws and regulations to ensure compliance and protect clients' interests.

Market Research: While automation can provide data insights, real estate professionals are honing their market research skills to analyze trends, identify emerging markets, and forecast opportunities and risks.

Time Management: Real estate professionals are optimizing their time management skills to balance human interactions, business development, and using automation tools efficiently.

By adapting to the rise of automation and focusing on these valuable skills, real estate professionals can thrive in an increasingly automated landscape. The key is to leverage automation as a tool to enhance their expertise, provide better service, and deliver value to their clients.

[zenatixsolutions]

Watch how IoT-powered automation can aid industries in energy monitoring, energy analytics and energy optimization, machine health visibility, and electrical health and safety.

[kidzwings]

We bring you online coding classes for your kids at reasonable fees. Contact Kidzwings for more details.

[arunas17]

Environmental Monitoring System – Architectural Layers of IoT

There has been a paradigm shift in the way the world is communicating, the way objects are connected and the process in which information is transmitted. Thanks to the Internet of Things (IoT), every corner of the globe is connected to every other corner. We are in an era of IoT and the trends and sensors developed are a class apart from anything we have seen so far. IoT automation has taken the world by surprise at the way the IoT trends and devices interact with teh physical environment. One such use of the Internet of Things is something which is much needed for a sustainable life – environmental monitoring. Environmental monitoring systems using IoT is very important for the protection of our environment.

Any IoT interface, even in an environmental monitoring system, follows a seven layer framework on which it works:

Sensors – Sensors are the entry point into an IoT system. They act as the interface between the real and digital world and in the environmental monitoring system, the IoT devices help in collecting information about:

Waste management – the load the trucks can carry, the routes the trucks are currently taking and the load the trucks are carrying now

Vehicle tracking – Sensors to track the vehicle movement are used to feed data about the location of vehicle, speed of the vehicle, parking space availability and the route the vehicle is taking

Air & water safety – Air and water samples are monitored to analyze the impurities

Weather monitoring – IoT trends have improved to monitor the weather continuously to feed in details of current weather conditions and cloud movements

Sensors to gateway – This layer transmits the information from the first layer, sensors, to the next level, gateway. This follows a protocol with rules, syntaxes and semantics.

Gateways – Gateways are just transmitting devices to send the data collected to the back end, where the actual analysis of data takes place. This is the interface between the internet and the transmitting devices.

Gateways to internet network – This layer is responsible to transmit the data to wide area and far off locations and the protocols used include wi-fi, satellite and cellular networks.

Information processing – The main use of the IoT devices is not only the data collection, but the analysis of the huge amount fo data and using it in decision making. The raw data collected from the pervious layers is stored in the cloud and processed using advanced analytics and other processing systems to display value added information to the user:

Waste management data analysis helps analyze the optimum usage of the trucks, the areas where the garbage has to be collected and the best route to the destination

Available parking spaces highlighted in green lights, live tracking of the vehicle to track your/your package’s location, condition of the vehicles to protect the environment form harmful emissions and the optimum speed

On site testing helps reduce pollution and also prevents contamination of water bodies and related disasters

Valuable forecasts help prevent loss due to disasters and save human life, by taking necessary precautions

Internet to user – The final layer, where the information is displayed to the user, is mainly comprised of the internet, ethernet and wi-fi.

Value added information – The information presented can be used to track the parameters and monitor or take action accordingly.

[netedge-computing-solutions]

The team at NetEdge has vast experience in delivering IOT and Automation Services to various clients.

[kevell-corp]

Why IoT is becoming so crucial?

Precisely the Internet of things describes the network of physical objects, things that are primarily embedded with sensors, software, and other technologies for the key purpose of connecting and exchanging data with other devices and systems over the Internet. This eventually made all users to integrate the technology in all fields.

Kevellcorp Product Solutions for different fields

Smart Building

Automation

Home Automation

Agriculture

Hospitality

Health

Industry

Kevellcorp are frontline organization which is popular for building own IOT product from scratch by understanding customer requirements, go through enhance research and give best solution for sake of global users.

Final Recommendation

It is enumerated that many people found IoT products to be amazing accolade gem among the recent flood of IoT products on the global market. The users can certainly try IoT products for some unique features and want something that is absolutely distinctive. Eventually the IoT products provide nice variety to the users that they actually find in global market.

[ajeevidigital]

Ajeevi Digital, an IOT Device Manufacturer, completed various projects in Smart Waste Management, Smart Water Management, Smart Transport Management, Smart Parking by providing IOT solutions. Ajeevi Digital inviting Channel Partner from PAN India. #ajeevidigital #channelpartners #panindia #iot #iotautomation #iotsolutions #saturdaymorning #SaturdayThoughts #AtmaNirbharBharatAbhiyan #makeinindia

[zenatixsolutions]

Benefits of IoT Powered Monitoring In The Industrial Sector

What would you prefer? Manual readings by the staff or automated monitoring of all the critical parameters?

Watch on to learn about the various benefits of IoT powered monitoring in the industrial sector.

Learn more: https://www.zenatix.com/solutions/industrial/

[arunas17]

THE FUTURE OF SMART FARMING

WatchNET IoT devices provide reliable, flexible, and more efficient environmental monitoring solutions to master growers’ greenhouse owners.

The long-range LoRa wireless devices are easily installed that saves a lot of labor cost and is easily scalable to suit any future expansion.Our dashboard includes E-Map and graphs gives great data visualization for quick actionable decisions for the best results.Soil Moisture, Soil Temperature, Electrical conductivity of water, Co2, Light, Air quality, Water presence of dryness, wind pattern and many other variables can be monitored.Read more

[zenatixsolutions]

Real-time monitoring and maintenance is the future of building management systems. By using IoT technology to monitor and control various systems and equipment, building managers can improve comfort, and air quality, and increase energy efficiency.