#iotmonitoring

[doriannate]

IoT That Fills the Gaps (Literally) 🚰📲

When you’re managing dozens—or hundreds—of dispensers across a large space, manual checks just don’t cut it. Bridgera helps facility teams stay one step ahead with smart refill alerts and level tracking. No more guesswork. No more complaints. Just cleaner, more reliable spaces.

🔍 Dive into the case study: https://bridgera.com/case_studies/liquid-dispenser-monitoring/

[pragyawareinformatics8]

Best Mobile Application Development

Custom mobile application design, development, and maintenance for native and hybrid environments on the Android and iOS platforms are our areas of expertise. With our extensive experience across a wide range of domains and practice areas, we can create mobile applications that are effective, scalable, and fulfill your needs. We have provided services in a number of practice areas, including shipping, business tools, and e-government, and offer mobile application architecture

[thingsupiot]

How IoT Is Must For Electric Vehicles

As the world is moving towards a sustainable future, electric vehicle (EV) have emerged as a compelling solution to reduce emissions and revolutionize transportation. In this era  of innovation, the integration of Internet of Things (IoT) technology with electric vehicles becomes not just a choice, but a necessity. This blog explores the critical role IoT plays in enhancing EV performance, addressing monitoring challenges, and ushering in a new era of smart mobility. 

The use of electric vehicles (EVs) is rapidly increasing due to a growing concern for the environment. In 2020, the number of EVs on the road reached over 10 million, which is a huge jump of 43% from the previous year, according to the International Energy Agency (IEA). The IEA predicts that by 2030, there could be a whopping 145 million EVs driving around, showing how much people are choosing eco-friendly transportation.

And it’s not just cars – electric bikes (e-bikes) are also becoming really popular. E-bikes provide another way to travel that’s good for the planet. More and more people are using e-bikes because they’re efficient and don’t harm the environment. E-bike sales are going up a lot, and many people are picking this eco-friendly way of getting around. This rise in e-bike use is another sign that people are moving towards eco-friendly and electric transportation options.

It’s clear that the way we get around is changing a lot. More and more people are using electric vehicles and e-bikes, which is making transportation better for the planet. This big change is happening all around the world, and it’s a step towards a more sustainable future.

Facing Challenges in Electric Vehicle Monitoring:

Monitoring electric vehicles (EVs) comes with its own set of tricky problems that need smart solutions:

1. Battery Health and Efficiency:

Making sure the battery in an electric car stays healthy and works well is really important. We need to keep an eye on things like temperature, how many times the battery is charged, and how it’s holding up over time. This helps the battery last longer and work better.

2. No More Worrying About Running Out of Power:

A common worry for EV drivers is running out of power before they reach a charging station. To solve this, we need to know exactly how much power is left in the battery, where the nearest charging stations are, and how far the car can still go. Having this information right away can make people feel better and less worried.

3.  Making Electric Cars Perform Better:

We can make electric cars work better by looking at data about how people drive, how much power the car uses, and how it gets energy back while driving.

4. Keeping Electric Cars Safe:

It’s really important to protect electric cars from being stolen. We can use smart ways to stop thieves and even find the car quickly if it’s taken.

5. Checking Cars from Far Away:

We can also use technology to check how well the electric car is doing even when we’re not close to it. This helps us find out if anything might go wrong before it becomes a big problem. Fixing things early saves time and money.

6. Keeping Information Safe:

The information that electric cars give us, like where they are and how they’re driven, needs to stay private and safe. We use strong security measures to make sure only the right people can see this information.

      As more and more electric cars hit the road, we’re finding clever ways to solve these challenges. From making batteries last longer to helping people feel less worried about running out of power, technology is making electric cars even better and safer to use.

How to Identify the Problem and Alert the User:

IoT technology equips EVs with the ability to collect, analyze, and act upon real-time data to address these challenges:

1. Sensors and Data Collection:

IoT-enabled sensors monitor various parameters like battery temperature, voltage, and charging status, ensuring that data is continuously collected.

 2. Data Analytics:

Advanced analytics algorithms process the collected data to identify patterns, anomalies, and potential issues, offering insights into battery health, driving efficiency, and more.

3. Real-time Alerts:

When irregularities are detected, IoT systems can generate real-time alerts for drivers and fleet managers, enabling swift actions to prevent issues and optimize performance.

Thingsup EV Track: Revolutionizing Electric Vehicle Monitoring:

Thingsup EV Track is at the forefront of the IoT-driven��evolution of electric vehicle monitoring, offering a comprehensive suite of features:

1. Real-Time Battery Health Monitoring:

Thingsup EV Track monitors critical battery parameters in real time, providing insights into temperature, charge cycles, and overall health, ensuring optimal battery performance and longevity.

2. Trip Planning:

With accurate data on energy consumption and available charging stations, Thingsup EV Track eliminates trip planning by Giving users an access to all wide network of charging station points.

3. Performance Insights: 

BMS and Battery performance Analysis, Charge capacity and vehicle range Analysis, Charging Patterns, Data export possible for further analysis.

4.Range Anxiety Reduction: 

Thingsup EV Track calculates and displays real-time estimated range based on driving habits, battery health, and environmental factors, helping users overcome range anxiety and plan their trips confidently.

5. Smart Charging Scheduling:

The system allows users to set personalized charging schedules, taking advantage of off-peak electricity rates and ensuring the vehicle is ready when needed, while also minimizing stress on the power grid.

6. Emergency Assistance Integration:

Thingsup EV Track can be integrated with emergency assistance services, automatically sending vehicle location and relevant data to responders in case of accidents or breakdowns, enhancing safety and response times.

7. Environmental Impact Tracking:

Users can monitor their EV’s carbon footprint reduction, energy savings, and overall environmental impact compared to traditional internal combustion engine vehicles, promoting sustainable transportation choices.

8. Warranty and Maintenance Reminders: 

The system keeps track of warranty periods and scheduled maintenance tasks, sending timely reminders to users, and ensuring they adhere to recommended service intervals to maintain warranty coverage.

Conclusion

As the automotive industry accelerates towards electrification, IoT technology emerges as a vital technology that propels electric vehicles into the future. The fusion of real-time data collection, advanced analytics, and proactive alerts offered by solutions like Thingsup EVTrack revolutionize electric vehicle monitoring, enhancing battery life, optimizing performance, and gives intels to the drivers. The synergy between IoT and electric vehicles not only addresses current challenges but also forges an innovative path towards a greener and smarter future of transportation.

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[lovelypol]

"Strategic Insights: Pharmaceutical Logistics Market 2024-2033"

Pharmaceutical logistics is set to experience a revolutionary shift from 2024 to 2033, driven by technological advancements and the increasing need for efficient, secure supply chains. The integration of blockchain technology ensures traceability and transparency, while IoT devices enable real-time monitoring of temperature-sensitive shipments. AI and machine learning optimize route planning and inventory management, reducing costs and improving delivery times. Sustainability initiatives, such as eco-friendly packaging and green logistics, are also gaining traction, aligning with the industry's commitment to reducing its environmental footprint.

#PharmaLogistics #BlockchainInPharma #SupplyChainInnovation #IoTMonitoring #AIDrivenLogistics #MachineLearning #ColdChainSolutions #RealTimeTracking #SustainableLogistics #GreenSupplyChain #PharmaceuticalTransport #TechInPharma #FutureOfLogistics #InventoryOptimization #EcoFriendlyPackaging #Logistics2024 #HealthcareSupplyChain #PharmaTech #EfficientLogistics #DigitalTransformation

[virtualizationhowto]

InfluxDB Grafana Docker-Compose Configuration: Proxmox Monitoring Example

InfluxDB Grafana Docker-Compose Configuration: Proxmox Monitoring Example #influxdb #grafana #opensourcemonitoring #timeseriesdata #iotmonitoring #infrastructuremonitoring #proxmoxmonitoring #dockercompose #dockerappstack #virtualizationhowto #vhtforums

When it comes to open-source monitoring, two tools come up quite often for building out monitoring stacks for things like Kubernetes monitoring (storage, scaling, performance, etc), cloud monitoring, application metrics, and many others in your environment – InfluxDB and Grafana. There are others like telegraf, chronograf, and others that you will see referenced as well, but we will stick to…

[valiancesolutions]

Valiance Solutions helps in Created a IoT remote monitoring system for power plant, enabled data collection of sensors in a data lake environment that helped in asset monitoring.  Client is a state owned Indian hydel power generation company operating three power plants with generation capacity between 30 MW to 240 MW in India.

[kotaielectronicss]

Patient Health Monitoring System Using IoT, Can It Help ?By

Kotai Electronics

After every successful development of any helpful technology, Healthcare is one of the first sectors to implement and take advantage of it. Even though IoT remote monitoring came back in 1982 IoT still didn’t catch up with speed and popularity until the last decade. Now when we are on the verge of meeting 5g there can’t be any better time for hospitals and healthcare facilities to reap the benefits of the Internet Of Medical Things and save millions of lives with Patient Health Monitoring System Using IoT. We have a shortage of healthcare workers in every part of the world. The pandemic made it evident.

This causes excess workload for doctors and healthcare workers making them prone to making wrong decisions, at times which can be life-threatening and can also take down the healthcare centers’ reputation with it. Patient Health Monitoring System Using IoT can help here, Now let’s find out how.

Table of Contents

What is exactly Patient Health Monitoring System Using IoT

How IoT Based Health Monitoring System Works

Advantages and Disadvantages of IoT Powerd Health Monitoring System

We Can Help

Major Advantages of Smart Health Monitoring System using IoT

Disadvantages of Smart Health Monitoring System using IoT

What is exactly Patient Health Monitoring System Using IoT

Monitoring means observing and checking the progress or quality of something over a period of time; keeping it under systematic review. Factories and Warehouses are already taking advantage of IoT remote Monitoring. Here they track the health of the machines and consumables and the asset tracking management also stops things from being stolen or going missing in the facility.

For hospitals, and nursing homes similar kind of IoT is specially built to put into work by checking each and every aspect of patients’ health every time remotely from any place in the world. It includes a bunch of simplest technologies like the following and works for the long term without the need for maintenance.

wristbands

connected patches

small heart-rate calculating sensors

hygiene monitor

Temperature monitoring chip, etc.

For example, It stays connected to the patient’s body or in bed tracking the different aspects of that person’s health and even sending notifications to the selected, nearby, or free people of that facility if things are not going normal.

For example, when it tracks down cardio-vascular health it calculates the things like pulse rate, heart rate, blood pressure, mood monitoring, etc. From here if the conditions are not going normal like, if the heart rate is high or low than normal the IoT health monitoring device will send a notification to the cardiologists who were taking care of that patient and to the nurses who were nearby or who were free to at that time. It enables the ability to rapid response. It doesn’t only save many lives but also stops any patient from entering critical condition.

An IoT-based health monitoring system is often connected to a remote cloud server from where it stores the data and all the data processing also happens here. Internet Of Medical Things sometimes consists of nothing but sensors and actuators and it cant process data locally here it has to have a cloud server. The company you are taking your IoMT from must have the cloud server as a service. Here at Kotai Electronics, we provide best-in-class, super fast cloud servers for our customers.

How IoT Based Health Monitoring System Works

Sensors and Actuators- It’s the out-most layer of IoT. Here every component is a physical component. The sensor has many small physical parts that sense the environment and actuators act according to the received data to make changes in the environment. Here examples of it can be pulse sensors & temperature sensors.

Network Layer- The data sent from devices needs a medium to reach the remote cloud servers. The network layer comes into action here. It can be something like WiFi or a Broadband network.

Data Processing Layer- The received raw data gets converted into useful information. It can be as easy as reading the numbers and predicting the temperature or telling if there is an intruder in your house. All the data processing happens here. For simpler tasks usually, there is a headless system like jetson nano or Raspberry Pie. For a huge application or to work in remote places, there stays a cloud server.

The User Interface– After all the data is processed the information needs to be shown to a particular person or a group of people. The user interface in an App or in a website shows the information to the people we have talked about this concept in detail in What Are The Major Components of IoT System article, go check it out.

Advantages and Disadvantages of IoT Powerd Health Monitoring System

Major Advantages of Smart Health Monitoring System using IoT

Remote Monitoring– As the name suggests the very first advantage of the smart health monitoring system is remote monitoring of the health of the people accurately from far away places of the world. It can also send smart alerts.

Preventing serious conditions– Smart sensors track all the conditions 24×7 and also suggest what should someone do to prevent health-depreciation of the patients. This way it reduces the chance of their diseases going to more serious stages

Reduce costs remain the quality– IoMT reduces costly visits to doctors and hospital admissions and makes the tests possible from the comfort of their homes. Making things more and more affordable.

Tracking and understanding data for patients– The whole point of it is “convenience”. When it’s doing this for the doctor’s end why it can’t do this for the patient’s end as well. It helps patients check and stay alert to their health condition and helps doctors make the right decisions.

Error-free treatment- IoT health monitoring system tracks how medicines are working beyond the surface level. It checks how medicines are working in a patient’s body or how it’s not. It can also check if there is an allergic reaction and needs to be treated for that. The cloud stores the past health condition of the patient and this leads to lesser medical errors.

Brings data for future innovation– Humans and machines need to work together in order to get the most benefit of the resources. I might help humans but using only this and forgetting the experience of human doctors will be a big mistake. If we take the data from IoT and combine this with doctors’ experience and knowledge we might come out with new health machines to improve medical sciences even further

Research– Data is all that drives the IoT. These health monitoring devices are able to collect and analyze a massive amount of data, they have a high potential for medical research purposes.

Disadvantages of Smart Health Monitoring System using IoT

Puts privacy at risk– Just like IoT, it is an amalgamation of many technologies together. Having too many endpoints brings the risk of making the attack surface broad. So it brings the risk of security and privacy. IoMT stores data that are super sensitive. All that patient’s health information cant is used to god know where it is the first disadvantage of IoT powered smart health monitoring systems.

Risk of failure– All the new technologies are prone to failure for the first few years after their development. There was a time for airplanes when they are nothing but wooden frames and look at what we have now. There are technologies that are tried and tested but just like any other technology can fail in their task. Another problem can be bugs that come out of nowhere. Also, power cuts can bring issues. Also if people forget to update the software in time it also causes problems.

Initial Cost- It’s true that in the long term IoT based patient health monitoring systems save a lot of money but the initial IoT Development and implementation can go high. Also teaching the hospital staff to use the IoMT devices properly is another cause of costs going up.

We Can Help

If you have gone through all of the amazing ways IoMT can help you and your attention has gotten into and wants to know more about it. Here at Kotai Electronics, As one of the best IoT development companies of India with over a decade of experience, we can help you with that. If you want to know more you can contact us for a Completly Free Consultation today.

[sun-shine-it-solution-universe]

🌐 Unlock the Power of Connectivity with IoT Monitoring Software! 🚀

In a world where everything is getting smarter, businesses need IoT Monitoring Software to stay ahead. From real-time data tracking to predictive maintenance, IoT is revolutionizing industries by enhancing efficiency and reducing operational risks.

🔹 Key Benefits: ✔️ Real-Time Monitoring – Keep track of devices, assets, and operations 24/7. ✔️ Predictive Maintenance – Prevent failures before they happen. ✔️ Data-Driven Insights – Make smarter decisions with analytics. ✔️ Remote Accessibility – Control and monitor from anywhere. ✔️ Enhanced Security – Detect anomalies and threats instantly.

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