These days the internet is not just confined to computers. There’s a whole new world of activity related to IOT, or the internet of things. With more and more devices being powered up and connected to the internet, there are more opportunities to integrate technologies using M2M, which is better known as machine to machine connectivity. Machine to machine transactions are completely changing the game, and Telgoo5 is at the forefront of this new innovation with sophisticated infrastructure and IOT systems that are maximizing the technology and using it to help your telecom business.Continue reading
Machine to machine (M2M) service provision is changing at a rapid pace. The days of communication service providers (CSPs) being satisfied with offering vertical solutions in a single area are fading quickly. A recent Bain report on trends in the IoT industry indicates that enterprises are blaming IoT vendors for not helping them to integrate IoT solutions into their businesses. CSPs, therefore, need to strategize to be in position to help their customers. One way to give the needed help is to offer bundled services across various verticals/enterprises to cater to the unique needs of the users in the Internet of Things (IoT). How can a BSS/OSS partner help your company to adapt to the unique needs of the IoT industry?Continue reading
With the world population increasing at an alarming rate and food grain supply unable to meet the requirements, a bleak future awaits us. As resources get depleted with each passing day, a solution needs to be found sooner rather than later. In this perilous situation and with the population fast approaching 10 billion mark, fast IoT development has emerged as a ray of hope.
IoT Development Benefits in Agriculture
Many people do not know that agriculture is not an optimized process. Practiced since the dawn of human civilizations, its development has not corresponded with the rise in levels of IT and telecom industry. While agricultural equipment has seen timely upgrades, quality internet connectivity has remained a distant dream. Hence, the information about best agricultural practices (irrigation, fertilization etc.) has not benefited farmers. The result: insufficient produce, the rising price of food commodities and a hungry world. The situation is especially grave for farmers plying their trade in the developing countries. They are toiling hard in the field but the rewards are not forthcoming due to persistent natural calamities and adverse climate changes.
What Is Needed for Transforming Agriculture?
IoT as a technology has been revolutionary in all aspects. Its employment in healthcare, automobiles and daily appliances has made life simpler and safer than it used to be. Despite its mass appeal, it is still not fully harnessed in the field that requires it the most – Agriculture.
What makes a lack of use of IoT in agriculture alarming is the fact that it can be integrated in this field without causing any disruption. The farmers can continue working the way they are and no wholesale changes are required to start the transformation. The only thing required is good IoT data connectivity and a reliable IoT infrastructure. All the efforts are required from the outside to add real value to the tasks performed by the hard-working farmers.
For transforming agriculture, the following IoT requirements need to be fulfilled:
- Access to high-speed internet
- Satellites for Imagery and Positioning
- Autonomous Vehicles
- Control Systems
- Automated Hardware
Key IoT Development Areas in Agriculture
When the aforementioned requirements are fulfilled, IoT development in agriculture can begin to work its magic. Below are some newer applications of IoT in agriculture:
Controlled Precision Farming
To ensure better yield, it is best to incorporate precision farming in agricultural practices. With the use of sensors, control systems, and robotics backed by reliable IoT data connectivity, it is possible to enhance the quality of the process. Precision farming makes use of techniques like VRI (Variable Rate Irrigation) optimization and soil moisture probes. The optimization of the irrigation process is directly responsible for increasing produce by enhancing water utilization efficiency. The soil probes can offer agronomy support along with providing recommendations to farmers.
Monitoring of Cattle
Livestock monitoring in real-time can provide timely updates to farmers about the health of animals. It can help a farmer in many ways. For instance, if a cow or sheep is found to be sick, it is possible to separate it from the herd to prevent the spread of the disease. The use of IoT technology can prevent mass epidemics that can wipe out a major chunk of cattle population.
Use of Drone Technology
Drones flying over a farm can monitor the quality of crops and provide beneficial updates to the farmers. Some of the advantages of drones in agriculture are crop health imaging, integrated GIS mapping and mass-level monitoring of crops in real-time. Crop health imaging instantly gives farmers an indication about the current crop conditions. Real-time monitoring and GIS mapping give a clear idea to farmers about what’s going on and what needs to be done.
Data Analytics for Improving the Yield
It is almost impossible to store the large amount of data generated via IoT sensors on traditional hard drives and storage systems. Therefore, IoT development on the cloud platform becomes extremely important. The SaaS based IoT platform allows for the storage of tremendous amount of data as it saves data across multiple datacenters. With high-quality data analytics capabilities, it is possible to analyze climate conditions, livestock and the nature of soil of farmland. All the data processed via data analytics aids IoT development and the resultant decisions, as it provides pertinent turnkey information that can be readily put to use. Case in point being, it becomes easier to analyze the condition of crops at any particular instant as the data is streamed in real-time from sensors. Also, the trend analysis done on temperature and weather conditions help farmers ascertain what the weather would be like in the coming days.
IoT use in Greenhouse
Greenhouses have been used for a long time to increase agriculture productivity. It has been seen that manual intervention in the greenhouse process leads to a reduction in production of food grains. An intelligent IoT network, on the other hand, can serve as a catalyst to improve the production considerably. With sensors and monitoring devices like pH and moisture sensors integrated with the greenhouse, it is possible to control the climate, optimize irrigation and constantly improve the quality of soil for deriving the best output. It is even possible to integrate solar-powered IoT sensors, which considerably reduces the amount of money spent on energy procurement.
The pace of IoT development has increased in the past few years. It is high time that we start using it for enhancing the quality of agricultural practices. With the use of many IoT applications like drones and precision farming, it is possible to enhance the quantity and quality of yield to meet the requirements of the future. As farming is not optimized to meet the current food crop requirements of the world, there is a need to bring in new tech like IoT to promote best practices amongst ill-informed farmers. IoT development and IoT data connectivity need to improve simultaneously for the welfare of the world.
Vcare provides an amazing platform in Telgoo5 to fulfill both these requirements. It has a capable team of seasoned employees and managers who are always ready to help you in your business endeavors.
There are many things that make IoT special. It connects a device to another, allows control of the device from a remote location and has the ability to make life simpler for all of us. Considering what it can do, IoT Services Company and enterprises have started treating it as a phenomenon that will bring about a digital transformation. However, such is the nature of IoT that its employment alone is not sufficient for bringing about a change. Just like the beauty of a thing lies in the eyes of the beholder, the value of IoT lies in the way a business intends to use it. For all the IoT business solution and devices we have, they will be worth nothing if the business employing them is not using them innovatively.
As traffic on the roads increases with each passing day, the risk of accidents has become a cause for concern. Such is the nature of driving that even the safest of drivers fear for their lives. In this gloomy scenario, IoT solutions and services have emerged as a possible remedy for reducing the driving risks.
Intensive R&D and enhanced technology have played a vital role in the evolution of healthcare services. But, such is the nature of human anatomy that we are still left with certain untreatable ailments.
A lump in the breast still sends shivers down the spine of women. Young human beings with a healthy lifestyle still keep on getting diagnosed with terminal illnesses. And, the word cancer still brings life to a standstill. It seems like that all the good work that technology can do for us, it can’t do that one thing, which we desire the most – a cure for cancer.
Do you know the count of connected devices is going to be close to 80 billion within the next decade? Factor in the human population (which is already 7.7 billion) and the growing number of IoT services provider, and it means that there will be almost 10 CONNECTED DEVICES FOR EVERY PERSON LIVING in the world. Continue reading