A data logger is typically designed to collect and store data over time, allowing users to monitor and analyze trends, make informed decisions, and respond to changes in real-time or through historical analysis. In the context of IoT, data loggers are often used to gather information from sensors deployed in different locations or on various devices.

Key features of an IoT data logger may include:

• Sensor Connectivity: Support for connecting to various sensors or devices that measure physical parameters such as temperature, humidity, pressure, light, or other environmental factors.
• Data Storage: The ability to store collected data in a centralized or distributed manner. This data storage may occur locally on the device or in the cloud.
• Connectivity: Integration with communication protocols to transmit data to centralized servers or other devices. This could include Wi-Fi, cellular networks, Bluetooth, or other IoT-specific communication protocols.
• Real-time Monitoring: Some IoT data loggers allow for real-time monitoring, enabling users to observe changes and receive alerts or notifications based on predefined thresholds.
• Energy Efficiency: Given that many IoT devices are deployed in remote or challenging environments, energy efficiency is often a crucial consideration. This includes low-power modes and efficient use of resources to prolong the device’s operational life.
• Security: As with any IoT device, security is paramount. IoT data loggers should implement robust security measures to protect the collected data from unauthorized access or tampering.

Applications of IoT data loggers are diverse and can be found in industries such as agriculture, healthcare, manufacturing, transportation, and environmental monitoring, among others. They play a crucial role in enabling data-driven decision-making and automation in various sectors by providing insights derived from the collected data.

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While IoT sensors have been around for a few years now, the integration of Ai software is sparking massive change in many markets.

By integrating Ai modelling with smart sensor data collection, companies can now have an IoT system that not only collects data for them and make it easily accessible, but also have greater insight into the system efficiency and functionality. Smart sensors with AI modelling capabilities can analyze entire systems and recognize when a part of the system is not working at optimal capacity, and alert management to the inefficiency.This innovation can be used to ensure that systems are running at maximum efficiency, which help companies save money when budgeting for repairs and maintenance.

Take a cold storage unit for instance – with a simple IoT temperature sensor, management would be able to view the temperature at any given moment and would be alerted if the temperature went above or below a preset threshold.

While alerts get the response team to remedy the situation and move the goods being temperature controlled to another location, one should ask the question – Could this have been averted?

Yes in 99.9% of the cases. How? Ai Algorithms corelate data such as rate of change of temperature over time, the duty cycle of the compressor, the pressure of the coolant, and the flow rate of the air.

 Ideabytes IoT® algorithms analyze these parameters – and predict the degradation of the system over time giving maintenance and management enough time to take corrective measures. Instead of a 15 minute of warning about imminent failure, one will have days in which to plan preventive action to avert a failure.

IoT systems are revolutionizing industry workflows and processes by analyzing a plethora of data that would be tedious and difficult, when done manually. Efficiency gains is the watchword to drive business profitability and Ai is just the tool to give management a crystal ball to predict the future with a high degree of accuracy.
How can Ideabytes IoT® benefit your business? Avail of a no-charge consultation with our experts.

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This market penetration, along with the growing need for commercially farmed food and produce, has led to massive expansion of technology in farming. It is now estimated that the market share for IoT in agriculture is approaching $6 billion.

Within agriculture and farming, IoT devices can help with many things. The most commonly use smart devices in farming are cloud-enabled sensors that provide data inputs on certain elements like moisture content, ambient humidity & temperature, soil PH levels, CO2 and various things like that. What sets apart smart IoT devices from other sensors, is the AI aspect that allows them to not only record and track the data points from the sensors, but also to provide insights and suggestions based on the readings. These insights can then be used to fully optimize the farm operations, leading to a better managed farm with an average higher crop yield, thus producing more revenue.

Top IoT Uses in Agriculture

1. Monitoring Climate Conditions One of the most common uses for smart agricultural devices is for monitoring the weather and climate. By using IoT sensors that pickup temperature and humidity, smart farming devices can map weather patterns and climate conditions to help choose which crops to plant, and also to help improve their overall yield.
2. Greenhouse Automation Greenhouse management has typically always been done via manual controls. This technique is now very outdated, and doesn’t work nearly as well as an automated solution., By using smart greenhouse devices like sensors and controls, farmers can automate lighting, temperature, soil condition and more. With the added touch of AI enabled smart farming devices, the AI can learn the optimal conditions for growth, and automatically set the proper conditions for the greenhouse to produce the highest yield.
3. Crop management Crop management devices are incredibly helpful for commercial farmers. IoT crop management devices can help to not only collect data on crops, but also alert farmers if there are potential issues that are arising. If the sensors pickup a pattern in the precipitation, PH level, or any other data point that could jeopardize the crop’s health, the system will alert the farmers so that they can plan accordingly.
4. Precision farming Precision farming is all about maximizing efficiency and optimizing the overall growth and crop yield. This is by far the most widely used aspect of IoT in agriculture, and it involves the use of smart sensors to collect and analyze copious amounts of data on the farm field, including lighting, temperature, soil conditions, CO2 levels, infestations, and more, and then analyzes and turns these data points into actionable intel. Farms can then use this intel to optimize the yield of their crops, while also reducing the cost of maintaining it, overall increasing their profits.
5. Predictive analytics for smart farming While precision farming focuses on taking care of your current crop, predictive farming is geared towards planning out the next year’s crop. This includes collecting data on weather patterns, current soil conditions, risk of diseases and infestations, and then turns this data into predictions for the next year. These predictions can include what crops to plant, when the best time to plant them will be, optimal harvesting time, and more.

The post IoT IN AGRICULTURE: The Top 5 Uses for Smart Farming appeared first on Blog | Ideabytes IoT®.

While a recipe may be tried and true, the chef always samples their creation in the making and adding a pinch of this and a dash of that – for a perfect dish! Ideabytes IoT®, synchronizes each of the parameters, monitoring the growth from seedling to harvest. Ai processing of growth imagery compute growth rate, identify any bacterial or fungal risks, adjust parameters in real-time to achieve optimum yield.

Take mushroom farming as an example. Mushrooms have 6 distinct phases of growth and each phase requires a different set of control parameters (moisture, light, humidity) to get the highest yield. Manually processing a multitude of variables is not realistic and static algorithms don’t cut it either. What is needed is automated continuous data collection using IoT sensors along Ai models detecting issues for quick adjustments and remedial actions to ensure optimal results.

Companies like Ideabytes® Inc specialize in data collection, consolidation and processing with platforms like Ideabytes IoT® and developing IoT sensors such to provide a turnkey solution for farmers in Greenhouses or Open field cultivation. IoT sensors are created specifically for the agricultural environment, providing reliability and accuracy. These sensors work by collecting data on temperature, humidity, environmental, soil parameters, growth tracking and water levels, and automatically provide analytics to farm managers to optimize growing conditions.

The systems can be managed over a web-browser or a dedicated application, so it can be viewed and controlled anywhere, anytime where internet is available. Ideabytes® solutions are perfect for industrial farming and greenhouses.

What sets Ideabytes IoT® aside from other smart agricultural system companies, is their innovative AI system adaptations. Ideabytes IoT® smart sensors are able to provide not only the raw data for farm managers to view, but also provide AI driven insights and suggestions to maximize the system efficiency. This AI system can detect anomalies in the fruit and vegetable growth, soil contaminations, and more. So, if there is an issue with the system, or if something is not running optimally, managers will be alerted right away for remedial actions.

By using smart farming techniques, farmers can maximize their produce yields. Smart IoT systems with Ai can help with optimization from crop planting to harvesting, saving farmers time and money which ultimately increases the bottom line and profit margins.
How can Ideabytes IoT® benefit your business? Avail of a no-charge consultation with our experts.

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Data is the best thing a farmer can have to maximize crop yields and even minimize costs to help farms maximize operational efficiency. Smart devices are able to gather all of this data. They have the ability to observe weather systems and soil conditions, monitor animal temperature, and more.

Some of agriculture’s most powerful and innovative technological advancements come from digital tools that farmers can use in the palms of their own hands. These devices help farmers increase crop yields and improve efficiency. Some examples of these types of devices include

• Internet of Things (IoT) devices
• Chips
• Monitoring equipment
• Sensors

Smart devices are revolutionizing agriculture. Here’s how

IoT Devices

Internet of Things devices are completely changing the face of agriculture. These types of devices use technology to assess water, crops, and soil. They can easily capture and understand what is happening on farms and what fields need more pesticides and fertilizer.
Once this information is collected, farmers can view the data and make exact adjustments where needed. Other smart devices can track cattle to monitor a herd’s health. These types of devices are built for intelligent farming and provide data on demand.

Smart Devices Help Farmers Get Ahead

The farming industry is extremely competitive. Smart devices allow farmers to get ahead by monitoring commodities markets to ensure the harvest is properly timed. These types of devices help farmers improve their operations, increase efficiency, and save money.
Monitoring Livestock

Farmers need all the help they can get when they are monitoring a herd of cattle. Smart devices offer a wide range of solutions for farmers when it comes to monitoring livestock. Some devices monitor body temperature and send signals to vets when an animal is ovulating, saving both time and guesswork. Other devices can also alert farmers when an animal’s body temperature is rising or when they are sick so that they can be removed from the herd.
These devices all have the ability to send data to vets. This is beneficial for farmers who live in very remote areas.

Smart Devices and Water

When farmers can control soil and water, they can increase their crop yields significantly. Smart devices have the ability to provide farmers with real-time sensing systems to help improve their crop quality. These devices also help optimize resource use. These sensors have the ability to respond to the primary needs of crops by detecting water levels and iron content of soil. This gives farmers the invaluable knowledge they need to streamline their operations and better manage their crops.

Providing You With Digital Metrics to Improve Your Farming

The future of farming lies in technology. Smart devices give farmers the ability to monitor crops 24/7, allowing them to check metrics and ensure crops are meeting expectations. IdeabytesIoT provides you with accurate metrics on all aspects of your business. We can maximize your productivity with digital metrics and help you make more informed decisions on harvesting and planning to improve your day-to-day farming operations. We can help with monitoring, greenhouse automation, crop management, livestock monitoring, and more. Contact us today to see how we can help.

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This same principle of value-added service through an app can also apply within an organization – and not just in a business to consumer relationship. If your company had an app with an internal communication network, it would allow employees to better interact with one another, sharing files would be made easier, and it would create a much better work environment all around. With an internal communication network, apps can even be taken one step further by using software and sensors to integrate automated data employees and management to have access to.

The Internet of Things (IoT) is a term that is used to describe the monitoring, management, and maintenance of all inanimate assets by adding a digital sensor to it and connecting it to a network that can analyze volumes of data every second, alert the maintenance staff when thresholds are reached, and using Ai algorithms, analyze the trends and suggest solutions to mitigate forseen problems.

For businesses, this could mean getting a communication enabled sensor (Wifi, LoRA, Bluetooth, LTE, Zigby, Ethernet, RS-485) that transmits data continuously to a network server.
Software like Ideabytes IoT® comes with an analytical engine, Ai Algortihms, trend analysis, interface to a NOC, and connectivity to a mobile application and smart watches. Data can be stored in the cloud or on-premises servers which can be interfaced to the NOC or mobile/web applications. At a low CAPEX and OPEX, a short ROI, a business can be empowered by IoT.

Once the decision to adopt IoT, there is no limit to the possibilities. Companies like Ideabytes®, who specialize in IoT Solutions for Businesses, are continuously breaking ground with new IoT innovations and increasing their solutions for businesses. Their latest break through is smart watch integration. Now, their solutions can send updates and alerts to smart watches, further increasing communication within companies and allowing management to act faster to solve any problems that can arise.
The bottom line is that in today’s world, businesses need to be taking advantage of every opportunity they must improve and grow their business. By integrating IoT solutions, companies can greatly expand their internal communication, and be alerted to issues quicker and solve problems faster. This in turns optimizes their operational efficiency and gives them a massive competitive advantage.

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