To build a SMART GARDENING system, we need some sensors related to gardening and farming. Soil moisture and temperature are two parameters that we can use to build our smart gardening system. As water supply is becoming scarce in today’s world there is an urgency of adopting smart ways of irrigation. The objective of this system is to detect the moisture content of the soil and depending on it sprinkle water. This entire information will be sent to the user’s mobile phone.
It’s a very big deal to dry the clothes during the rainy days. The weather can change from sunny to rainy anytime. This paper will introduce the techniques which will automatically retrieve-in the roof over the clothes when it is the sunny day and oppositely retrieve-out the roof when it is raining. This roof doesn’t allow the clothes from becoming wet due to rain. To automate this task, a rain sensor is attached to the roof which senses the weather and sends the data to the microcontroller. So, when it the sensed data is ‘ON’, it intimates to the controller, GSM sends the message to the user simultaneously when it indicates to the DC motor which automatically opens the roof and vice-versa. The power is supplied to this project to make all the tasks happen. This system can be easily installed in residential societies.
Sensors placed in the tank which continuously informs the water level at the current time. This information will be updated on the cloud and using an android application, the user can visualize the water level on a Smartphone anywhere that is connected to the Internet. According to the level of water in the tank the motor functioning will be automatically controlled, at a low level of water motor will automatically turn on and when the tank is about to fill up it will cut off.
The aim of the automated light management system using IoT is the conservation of energy by reducing electricity wastage as well as to reduce the manpower. Energy wastage can be avoided by switching off lights automatically. The saved energy can be efficiently utilized for other purposes like residential, commercial, transportation, etc. This system basically works when darker outside with the help of sensors otherwise the light turns off automatically.
Smart Shed: For a working couple, it is hard to find time to have laundry day where the cloth is dried through the whole day. It’s a very big deal to dry the clothes during the rainy days. The weather can change from sunny to rainy anytime. This paper will introduce the techniques which will automatically retract-in the roof over the clothes when it is the sunny day and oppositely retract-out the roof when it is raining. To automate this task, a rain sensor is attached to the roof which senses the weather and sends the data to the microcontroller. So, when the sensed data is ‘ON’, it intimates to the controller, IoT sends the message to the user simultaneously when it indicates to the DC motor which automatically opens the roof and its vice- versa and we can store the rain water that is kept by roof.
As water supply is becoming scarce in today’s world so we use harvesting water for irrigation purpose. The objective of this system is to detect the moisture content of the soil and depending on it we can produce artificial rain in the given area.
There is also a security room in the society which monitor and controls each and every thing in the society. The entrance of the security room is highly secured by using a finger sensor and then OTP.
INNOVATION: We can store water when there is no use and make it usable for irrigation purpose and also for artificial rain.
POTENTIAL IMPACT ON GLOBAL: It is very helpful for people that live in society and by taking the use of these things it is very helpful for the organization by saving water and use it when there is a need.
Water Purifier: Safe and readily available water is important for public health, whether it is used for drinking, domestic use, food production or recreational purposes. Improved water supply and sanitation, and better management of water resources can boost countries’ economic growth and can contribute greatly to poverty reduction.
One of the major problems that every user's face is that the quality of the water can be felt only after tasting/drinking it. Another issue of concern is that the filter changes are not obviously seen so technical advice is sorted too.
1. Analytics for identifying the issue according to the water parameters
2. Provide an solution to step by step display the procedure for fixing the issue
3. A list of recommended tools as per the problem identified by the analytics engine.
4. GPS information of the purifier having the issues
5. Priority based on the usage statistics of the purifier
6. Prediction of the components to be stocked based on the current usage trends.