This document describes a proposed mobile application called Farmer Helper that aims to provide farmers with important agricultural information. The app would give details on suitable crops for different seasons and regions, pesticide and fertilizer schedules, weather alerts, and information on government loans and schemes. It seeks to address issues like lack of knowledge on modern farming practices and difficulties in exchanging information. The app is meant to help farmers make better decisions and efficiently buy/sell agricultural goods and equipment through its modules for farmers, marketing, and citizens. It could bridge the technology gap for farmers and benefit all sectors involved in farming.

1. Farmer Helper

2. INDEX
• Introduction
• Literature survey
• Existing System
• Disadvantages
• Proposed System
• Advantages
• Software requirements
• Hardware requirements
• Conclusion
• References

3. Introduction
Farmer Helper app is a mobile application that is basically built on the idea that an app can
keep a farmer updated with all the information related to crop, pesticides, insecticides, financial
sector etc. It provides detailed information about which crop to grow in which season and
which crop is suitable for that particular area in which the farmer is living. It also provides
details regarding various banks loan rates and the current schemes provided by the government
that are beneficial to farmers.

4. Abstract
This android application is basically for sustainable development of farmers. Many times farmer is
confused to take decisions regarding selection of fertilizer, pesticide and time to do particular farming
actions. At the same time farmers are confused in selection of crop to cultivation so to avoid this problem
this application is very useful. Fertilizer schedule of each type of crop will get registered. Based on
sowing date of crop, pesticide for diseases and weather alerts if particular crop exceeds its favorable
temperature range. Crop suggestion will be given based on Soil type, geographical location in the
learning module to farmers. Farmer will get seeds and fertilizers from admin. Farmers can sell the crops
and vegetables to users.
Shopping: Farmer can buy agriculture equipment's and fertilizer and seeds purchase from admin
Marketing: Farmer can sale crops and vegetables to user.
Learning: videos links about season wide crops and agriculture best farming methods.

5. Literature review:
S. NO Journal Type with year Authors Title Outcomes
1 2014 Aniket Bhave, Rahul
Joshi, Ryan
Fernandes
An Android Based
Solution for
Remunerative
Agriculture
https://ijrat.org/downl
oads/Vol-2/april-
2014/paper%20id-
24201412.pdf
2 2015 Rachana P. Koli1 , V.
D. Jadhav2
Agriculture Decision
Support System As
Android Application
https://www.ijsr.net/a
rchive/v4i4/SUB153
091.pdf
3 2013 Lantzos, T.,
Koykoyris, G., &
Salampasis, M
FarmManager: an
Android application
for the management
of small farms
https://www.scienced
irect.com/science/arti
cle/pii/S2212017313
001461

6. Existing method:
Agriculture is the backbone of India. Farmers need advice to take decision during their farming
activities such as land preparation, sowing, irrigation management, fertilizer management, pest
management and storage for higher production of crop. Application of required amount of fertilizer at
proper time and proper proportion will help in increasing the overall productivity of the farm and also
safe guards the soil health and microbial biodiversity. Growing trends in Agricultural Automation has
led to a tremendous development of software and applications to foster information dissemination.

7. Disadvantages in Existing method:
 Lack of knowledge on modern forming.
 Transaction of information.

8. Proposed method:
Fertilizers are materials that are added to soil for the purpose of enhancing soil fertility and
improving crop yield. This mobile app can help farmers in using fertilizers effectively, so as to
achieve economic agriculture growth. The app offers you a wide range of services that makes
sure that all your needs are taken care of. This mobile app is a great help to the farmers and it
has become a powerful platform where they can interact with anyone they want to. To design an
Android Application, first of all, you need to determine what type of application you want to
build. We are an android app development company that is committed to providing a wide range
of reliable applications for Agriculture.

9. Advantages of Proposed method:
• It helps the people in purchasing the crops, pesticides and all related to
farming items.
• It helps the farmers to buy fertilizers from admin the vacant land
availability to construct buildings so it can be used by the next person.
• The proposed plan saves the time of farmers in searching and selling
their products to users.

10. Advantages of Proposed method:
• It helps the people in purchasing the crops, pesticides and all related to
farming items.
• It helps the farmers to buy fertilizers from admin the vacant land
availability to construct buildings so it can be used by the next person.
• The proposed plan saves the time of farmers in searching and selling
their products to users.

11. Implementation
• The App which contains 3 modules they are
• Farmer: Farmer signup and login, after login farmer can buy the agriculture
equipment's and fertilizers for the crops and seeds.
• Marketing: at the sometime farmer can sell their agriculture products like crop and
vegetables from the app.
• Citizens: User can sign up and login, after login user can buy the vegetables from
the farmers.
• Admin: Admin can add the fertilizer information to database. And he can add the
seeds and farming equipments.

12. Conclusion
The application would definitely help in bridging the gap between the farmers and
technology and would prove beneficial to all sectors interested in farming. In future
we would try to add the facility that by subscribing the application

13. References
• de Silva, Harsha and Dimuthu Ratnadiwakara (2008), 'Using ICT to reduce transaction costs
in agriculture through better communication: A case-study from Sri Lanka', mimeo, 2008
• [2] Fourati, Khaled (2009), 'Half Full or Half Empty? The Contribution of Information and
Communication Technologies to Development', Global Governance, 15 37-42.
• [3] International Telecommunication Union ITU (2010), Measuring the Information Society
2010, (Geneva, Switzerland:ITU) 124.
• [4] Leye, Veva (2009), 'Information and Communication Technologies for Development: A
Critical Perspective', Global Governance, 15 29-35.
• [5] Silarszky, Peter, et al. (2008), 'The Role of Mobile Phones in Sustainable Rural Poverty
Reduction', 25.