Agriculture/Livestock And Forestry

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  • Bharati Makka App

Bharati Makka App Project

  • Challanges
Maize enjoys immense patronage among farmers and markets owing to its ease of cultivation, its flexibility, wide adaptability to fit into different cropping systems and diverse uses. Maize, which is being cultivated by 15 million farmers across India, is seen as a potential crop for doubling of farmers’ income. It is necessary to develop mobile app for Maize farmers to enhance their knowledge and skill set interns leads to more production and income.

  • Implementation
Maize Agri-Knowledge Know-how App (MAKKA), which provides seed-to-seed information about maize is developed to provide up-to-date information to the stakeholders. It is a source of advisory to all the stakeholders involved in maize ecosystem. It is hoped that the MAKKA will find utility among its users and further the cause of maize farmers, traders, industries, researchers and policy makers. GISFY's Bharati Makka App has following features.
  • Supports both Hindi and English language.
  • Enhance the knowledge of maize farmers in the following.
    • Cultivars
    • Production Practices
    • Insect Management
    • Decease Management
    • Weed management
    • Nutrients
    • No host pests
    • Mechanization
    • Pest Solution
    • Fertilizer Solution
  • Linking to Market for sales of their product
  • E-Advisory for farmers
  • Conclusion
Bharti Makka App is gaining popularity among maize farmers.
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  • iSenseBot

iSenseBot Project

  • Challanges
Consumers rely on food processing and storage facilities to ensure the ideal environmental conditions for produce from the moment it is picked at the field to the time it reaches a grocery store. When it comes to cold storage, humidity and temperature levels are among the most important considerations to prolong the life of fruits and vegetables. When environmental conditions are not ideal, produce deteriorates and becomes potentially harmful to consumers.

  • Implementation
GISFY's iSenseBot is IoT based device that is installed in cold storages to continuously monitor temperature, humidity and ammonia leakage.
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  • Conclusion
iSenseBot is installed in cold storages and is being used.
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  • Millet Market

Millet Market Project

  • Challanges
Of late, millets are being utilized for various purposes such as food, feed, fodder and more recently, as bio-fuel. Back-up of several technologies and viable options like, intercropping, drought management, rainwater conservation, nutrient management, plant protection, preparation of market-oriented products and processing are necessary for enhancing farmer’s income and to achieve the goal of food and nutrition security. While achieving this, we need to manage natural resources effectively for their sustainable production. Therefore, more can be achieved by creating awareness among the people about their importance and, available production and processing technologies.

  • Implementation
GISFY's developed Millet First app to address various issues providing knowledge about improved production technologies, primary processing, secondary processing and market information. This app is developed mainly for providing millets advisory to all the users namely, millets growers, extension officers, entrepreneurs, students, academicians, and policy makers.
  • Conclusion
Millet First app is gaining popularity among maize producers and consumers.
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  • Tigram

TIGRAM Project

  • Challanges
Forest-PLUS 2.0 has developed a timber traceability tool to trace the origin of the timber from private land. Based on the consultation with different stakeholders and emerging needs, the timber tracking functionality must be integrated into the tool. The objective of the assignment is to integrate an additional functionality of timber tracking as well as an online payment method in mobile and web application, which would help the applicants of transit permit to make the fee payment online.

  • Implementation
GISFY's TIGRAM solutions includes the following.
  • Create login credentials for forest check posts and integrate geocoordinates of all the forest check posts in Kerala into the system.
  • Scan a QR code on Transit Pass (paper) or Timber Log and record information with the GPS location in cloud and send/transmit the GPS location to TIGRAM web portal along with mobile number of a person/officer scanning/checking the transit permit details for verification.
  • Web portal to have a facility to display the transit locations and destination on Google map on screen to Forest officers/DFO.
  • Record acknowledgement from Receiver of timber i.e., Destination of Transit Pass and visible/accessible to (DFO and owner of Transit Pass).

  • Facility for registration of timber buyers and access to the portal through mobile OTP based login credentials and buyer-seller interface for sale of timber.
  • Customize existing report tabs as per requirements of tracking of Timber movement by Forest Dept.
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  • Conclusion
TIGRAM tool is efficient and effective use, troubleshooting and maintenance.
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  • Van IT

Van IT Project

  • Challanges

The challenges for a Van IT are driven by various factors:

  • Efficient Data Management: A forest MIS helps in organizing and managing vast amounts of data related to forests, including biodiversity, species inventory, forest cover, land use, and forest management activities. It provides a centralized platform for data storage, retrieval, and analysis, leading to better decision-making and planning.
  • Monitoring and Evaluation:A forest MIS facilitates the monitoring and evaluation of forest resources, ecological processes, and conservation efforts. It enables the collection of real-time data, tracking of changes over time.

  • Sustainable Forest Management:A well-designed MIS supports the implementation of sustainable forest management practices. It helps in tracking and controlling activities such as logging, wildlife conservation, afforestation, and fire management.


  • Policy Formulation and Implementation:A forest MIS provides valuable information for policy formulation, enabling policymakers to make informed decisions regarding forest conservation, resource allocation, and environmental protection.


  • Stakeholder Engagement: A forest MIS promotes transparency and stakeholder engagement by providing access to relevant forest information to various stakeholders, including government agencies, researchers, NGOs, local communities, and the general public.


  • Early Warning Systems: An effective MIS can integrate early warning systems for forest-related risks such as wildfires, disease outbreaks, and illegal activities. It enables timely response, mitigation measures, and coordination among different agencies involved in forest protection and emergency management.
  • Implementation
The implementation of a GISFY's Van IT involves several key steps:

  • Needs Assessment: Conduct a comprehensive needs assessment to identify the specific requirements and goals of the forest management system. This includes understanding the data needs. user requirements and existing infrastructure.
  • System Design: Develop a system design based on the identified needs and requirements. This includes determining the database structure, data models, interfaces, and functionalities of the MIS system.

  • Data Collection and Integration: Collect relevant forest data from various sources, including remote sensing and field surveys. Integrate the data into the MIS system.

  • Database Development: Develop a robust and scalable database infrastructure to store and manage the forest data. Design the database schema, tables, relationships, and implement necessary data validation and security measures.

  • Software Development: Develop the software application for the Forest MIS system, incorporating the required functionalities, data visualization tools, and user interfaces. Consider using appropriate programming languages and frameworks for efficient development
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  • System Testing: Conduct rigorous testing to ensure the functionality, performance, and usability of the Forest MIS system. This includes testing data input/output, data processing, system responsiveness, and user interface.

  • Training and Capacity Building: Provide training and capacity building to the users and stakeholders who will be utilizing the Forest MIS system. This includes training on data entry, data retrieval, analysis, and reporting features of the system.

  • Deployment and Integration: Deploy the Forest MIS system on appropriate hardware infrastructure, ensuring compatibility and scalability. Integrate the MIS system with other existing systems, such as Geographic Information Systems (GIS) or decision support.

  • Conclusion
Van IT enhances data-driven decision-making, promotes sustainable forest management, and facilitates effective monitoring and evaluation of forest resources.
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  • NTFP

NTFP Project

  • Challanges

The challenges for Non-Timber Forest Products (NTFPs) are driven by various factors:

  • Economic Value: NTFPs play a crucial role in supporting the livelihoods of communities dependent on forest resources. There is a need to harness the economic potential of NTFPs for income generation, poverty alleviation, and rural development.
  • Biodiversity Conservation: NTFPs often come from diverse plant and animal species found in forests, highlighting the need to conserve and sustainably manage these resources to protect biodiversity and ecosystem integrity.

  • Cultural Importance: NTFPs hold cultural significance for indigenous communities and traditional societies, serving as sources of traditional medicine, food, handicrafts, and cultural practices. Preserving these cultural traditions and knowledge is essential.

  • Sustainable Forest Management: Integrating NTFPs into forest management practices promotes sustainable use of forest resources, ensuring long-term ecological balance, and reducing pressure on timber extraction.

  • Alternative Livelihoods: NTFPs provide opportunities for diversifying income sources, particularly for marginalized communities. Developing sustainable value chains for NTFPs can create alternative livelihood options.

  • Food Security and Nutrition: NTFPs contribute to food security and nutrition by providing nutritious food sources, wild edibles, and ingredients for traditional cuisines. Recognizing and utilizing these resources can enhance food diversity and resilience.

  • Implementation

The implementation of GISFY's Non-Timber Forest Product (NTFP) initiatives involves several key steps:

  • Resource Assessment: Conduct a comprehensive assessment of NTFP resources in the target area, including identification of NTFP species, their abundance, and ecological requirements. This information forms the basis for sustainable management and utilization plans.
  • Community Engagement: Involve local communities, indigenous groups, and relevant stakeholders in decision-making processes. Collaborate with them to understand their needs, knowledge, and traditional practices related to NTFPs.

  • Sustainable Harvesting Practices: Develop and implement guidelines and protocols for sustainable harvesting of NTFPs. This includes determining harvest seasons, quantity limits, collection techniques.

  • Capacity Building: Provide training and capacity building programs to local communities on sustainable harvesting methods, post-harvest processing, value addition, quality control, and marketing of NTFPs. Empower them with skills.

  • Value Addition and Market Development: Promote value addition activities such as processing, packaging, and product development to enhance the market value of NTFPs. Facilitate access to markets, establish market linkages.

  • Policy and Legal Support: Advocate for policies and regulations that recognize and support sustainable management and utilization of NTFPs. Collaborate with government agencies and relevant authorities to create an enabling policy environment for NTFP initiatives.

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  • Conclusion
In conclusion, the implementation of Non-Timber Forest Product (NTFP) initiatives is essential for sustainable resource management, community empowerment, biodiversity conservation, and economic development. By promoting responsible harvesting, value addition, market development, and collaborative partnerships, NTFPs can contribute to the well-being of local communities, the preservation of cultural traditions, and the protection of forest ecosystems.
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  • Child Fund

Child Fund Project

  • Challanges
CSOs working with women farmers may encounter difficulties in advocating for policy changes and influencing decision-making processes at various levels. Women farmers often face challenges in accessing land, credit, inputs, and technology, limiting their productivity and profitability. CSOs may face challenges in collaborating and networking with other organizations and stakeholders. CSOs often face constraints in terms of funding, staff, and infrastructure, which can impact their capacity to support and empower women farmers effectively.

  • Implementation
GISFY's CHILD FUND solutions includes the following.
  • Enable CSOs to add, edit, and delete CSO details using the web portal.
  • Provide a list view of CSOs and individual forms for adding, editing, and deleting CSO information.
  • Provide a list view of villages and individual forms for managing village information.
  • Develop a dashboard to display the count of different categories, providing an overview of the data.
This module has this functionalities:
  • Crop Planning and Management: This module helps farmers plan and manage their crops effectively. It includes features such as crop selection, land preparation, sowing schedules, fertilizer and pesticide management, irrigation scheduling, and monitoring of crop growth.
  • Livestock Management: This module focuses on the management of livestock, including animal health, feeding, breeding, and production. It enables farmers to track individual animals, monitor their health records, manage vaccinations and treatments.
  • Inventory and Input Management: This module allows farmers to manage their inventory of agricultural inputs such as seeds, fertilizers, pesticides, and machinery. It tracks the usage, procurement, and availability of these inputs.

  • Financial Management: This module assists farmers in managing their finances and analyzing the profitability of their agricultural operations. It includes features like budgeting, expense tracking, income tracking, debt management, and generating financial reports.

  • Market and Price Information: This module provides farmers with access to market information, including crop prices, demand-supply dynamics, and market trends. It helps farmers make informed decisions regarding crop selection, timing of harvest.

  • Weather and Climate Information: This module integrates weather data and forecasts to help farmers make informed decisions related to irrigation, pest management, and crop planning. It provides real-time weather updates, historical data, and predictive models to assist farmers in mitigating risks associated with weather events.

  • Conclusion
Addressing challenges faced by women farmers is crucial for their empowerment. Implementing a master database and providing user-friendly tools can enhance information access, ownership, and time management for women farmers, contributing to their success in agriculture.
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  • Livestock

livestock Project

  • Challanges

Livestock have specific needs related to food and diseases.

  • Food Security and Nutrition: Livestock play a crucial role in providing a consistent supply of animal-based protein, such as meat, milk, and eggs, which are essential for human nutrition and food security.
  • Animal Health and Welfare: Livestock diseases pose a significant threat to the health and welfare of animals. There is a need to prevent, control, and manage diseases to ensure the well-being of livestock and minimize suffering.

  • Implementation
The implementation of livestock-related initiatives focused on food production and disease management involves the following key steps:
  • Improved Breeding and Genetics: Implement breeding programs to enhance livestock productivity, disease resistance, and overall genetic quality. This can be achieved through selective breeding, artificial insemination, and the use of superior breeding stock.
  • Nutritional Management: Develop and implement proper nutritional management practices to ensure adequate feed and nutrition for livestock. This includes formulating balanced diets, optimizing grazing systems, and providing supplements when needed.
  • Disease Prevention and Control: Implement effective disease prevention and control measures, including vaccination programs, biosecurity protocols, regular veterinary care, and early disease detection.

  • Veterinary Services and Healthcare: Ensure access to quality veterinary services, including regular health check-ups, diagnosis, treatment, and preventive care. Strengthening veterinary infrastructure.

  • Biosecurity Measures: Establish biosecurity measures to prevent the introduction and spread of diseases on livestock farms. This includes controlling the movement of animals, practicing proper sanitation and hygiene.

  • Education and Training: Provide education and training to livestock farmers on best practices in animal husbandry, nutrition, disease prevention, and management. This empowers farmers with the knowledge and skills to effectively manage their livestock and make informed decisions.
  • Conclusion
In conclusion, implementing livestock initiatives for food production and disease management is essential for ensuring food security, animal health, and sustainable agricultural systems. Collaborative efforts, improved breeding, disease prevention, access to veterinary services, and education play crucial roles in enhancing productivity and ensuring food safety.
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  • AEGF

AEGF (Agri Entrepreneurship Growth Fund)

  • Challanges

The challenges for a AEGF are driven by various factors:

  • Capital and Financing:Agri entrepreneurs struggle to secure sufficient funding for their agricultural businesses, hindering their ability to invest in essential resources and infrastructure.
  • Market Volatility: Agricultural markets are subject to price fluctuations influenced by various factors, making it challenging for agri entrepreneurs to maintain consistent profitability.

  • Technological Advancements: Adopting and implementing new agricultural technologies requires significant investment and expertise, posing a barrier for agri entrepreneurs.

  • Seasonal Nature and Uncertainty: The unpredictable nature of agriculture, influenced by seasons and external factors, adds uncertainty to agri entrepreneurs' planning and operations.

  • Infrastructural Limitations: Inadequate infrastructure such as transportation, storage, and irrigation systems hampers the efficiency and productivity of agri businesses.

  • Regulatory and Legal Issues: Complying with complex agricultural regulations and navigating bureaucratic processes can be time-consuming and challenging for agri entrepreneurs.

  • Access to Information and Knowledge: Limited access to relevant information on farming practices, market trends, and financing options hinders agri entrepreneur's decision-making and adoption of best practices.

  • Limited Networking and Collaboration: Establishing strong networks and partnerships with stakeholders is essential for agri entrepreneurs but can be difficult, particularly in isolated areas.

  • Climate Change and Environmental Factors: Agri entrepreneurs must adapt to the effects of climate change, invest in sustainable practices, and mitigate environmental impacts to ensure long-term viability.

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  • Implementation
To implement the GISFY's Agri Entrepreneurship Growth Fund (AEGF), a comprehensive approach is required.
  • Establish Objectives and Structure: Define the purpose and governance structure of the AEGF, outlining its objectives in supporting agri entrepreneurs.
  • Develop Eligibility Criteria: Create transparent eligibility criteria for agri entrepreneurs seeking funding, considering factors such as business viability, growth potential, and social and environmental impact.
  • Promote and Raise Awareness: Launch a targeted marketing campaign to raise awareness about the AEGF, utilizing multiple channels and partnerships with industry associations to reach agri entrepreneurs.

  • Application and Selection Process: Design an application process and establish a review committee to evaluate and select promising agri entrepreneur projects based on the eligibility criteria.

  • Provide Business Support Services: Offer additional support services such as mentorship, business planning assistance, and access to networks and market opportunities to agri entrepreneurs who receive funding from the AEGF.
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  • Conclusion
In conclusion, the implementation of the Agri Entrepreneurship Growth Fund (AEGF) is a multi-step process aimed at supporting agri entrepreneurs and fostering the growth of the agricultural sector. By establishing clear objectives, securing funding, developing transparent eligibility criteria, promoting awareness, facilitating an application and selection process, and providing business support services, the AEGF can effectively empower agri entrepreneurs and contribute to their success. With the right strategies and collaborations, the AEGF can become a catalyst for innovation, sustainability, and economic development in the agricultural industry.