Cowbit- Smartwatch for cattle for digital transfromation

1. Cattle Health Monitoring:

   • Detecting and preventing diseases early.
   • Tracking vital signs and behavioral patterns.
   • Providing real-time alerts for health anomalies.
   • Enhancing overall well-being and longevity of cattle.

2. Disease Management:

   • Addressing common ailments like mastitis and silent heat.
   • Offering timely interventions to minimize economic losses.
   • Facilitating targeted treatment plans based on data insights.
   • Reducing dependency on traditional veterinary practices.

3. Productivity Improvement:

   • Optimizing breeding cycles for higher yield.
   • Enhancing reproductive efficiency and calving intervals.
   • Increasing milk production and quality.
   • Supporting selective breeding programs for genetic improvement.

4. Welfare of Farmers:

   • Alleviating financial burdens associated with cattle illnesses.
   • Empowering farmers with actionable insights for decision-making.
   • Reducing labor-intensive tasks through automated monitoring.
   • Improving overall farm management practices and sustainability.

5. Remote Monitoring:

   • Overcoming challenges of distance and accessibility in rural areas.
   • Providing a remote monitoring solution for geographically dispersed farms.
   • Enabling farmers to stay connected and informed about their cattle's health status.
   • Facilitating proactive measures to address emerging issues promptly.

6. Data-Driven Insights:

   • Leveraging data analytics for predictive modeling and trend analysis.
   • Offering personalized recommendations for individual cattle management.
   • Enabling evidence-based decision-making for improved outcomes.
   • Enhancing the overall efficiency and effectiveness of farming operations.

7. Sustainable Agriculture:

   • Promoting eco-friendly practices through solar-powered solutions.
   • Reducing reliance on conventional energy sources and minimizing carbon footprint.
   • Contributing to environmental conservation efforts in the agricultural sector.
   • Aligning with global sustainability goals for a more resilient food system.

At Cowbit, Engineers Are Building an International IoT Platform.At its core, Cowbit is a technology product.

Our smart neck collars monitor dairy cows 24 hours a day, 365 days a year. We gather temperature, rumination, activity & other be-havior data. Our intelligent algorithms process this information and provide insights. This brings much needed visibility into your farms operations allowing farm managers to make informed, timely and profitable decisions.

Cowbit tech takes India’s ‘White Revolution’ to the cloud

Cowbit is developing a line of connected products and solutions to optimize the health of the cattle for farmers welfare.This includes facilitating the right kind of infrastructure and housing for cattle, to tracking each individual animal’s health and yield through a wearable device, measuring parameters such as heat cycle, mastitis, foot and mouth disease and monitoring health conditions.

Our solution, Cowbit Technologies, introduces a revolutionary system for digital cattle health management, integrating IoT smart wearables with solar charging units. Essentially, it's a comprehensive monitoring system designed to enhance the well-being of cattle and optimize farming practices.

At its core, Cowbit consists of wearable devices equipped with sensors and communication technology, worn by cattle to monitor various health parameters and behaviors. These devices continuously collect data on vital signs such as body temperature, heart rate, activity levels, and rumination patterns. The collected data is then transmitted wirelessly to a centralized database for analysis.

Using advanced analytics and machine learning algorithms, Cowbit processes the data to generate real-time insights into the health status of individual cattle. Farmers can access this information through a user-friendly mobile app or web interface, enabling them to monitor their herd remotely and make informed decisions.

One of the key features of Cowbit is its solar charging units, which provide a sustainable power source for the wearable devices. These units harness solar energy to charge the devices, ensuring continuous operation without the need for frequent battery replacements. This not only reduces operational costs but also minimizes environmental impact by promoting renewable energy usage.

In simple terms, Cowbit works by equipping cattle with smart wearable devices that monitor their health and behavior in real-time. These devices communicate wirelessly with a centralized platform, where the data is analyzed to provide actionable insights to farmers. By leveraging solar energy for power, Cowbit offers a sustainable solution that improves cattle welfare, enhances farm productivity, and promotes environmental sustainability.

In summary, Cowbit Technologies revolutionizes cattle health management by combining IoT wearables with solar charging units, providing farmers with valuable insights to optimize their farming practices and improve overall herd health.

Cowbit Technologies serves dairy farmers, particularly small-scale and rural farmers, who rely on cattle for their livelihoods. These farmers often face challenges in effectively managing the health and productivity of their cattle due to limited access to resources, veterinary services, and technological solutions.

The target population includes:

1. Small-scale dairy farmers: These individuals typically own a small number of cattle and operate on limited land and resources. They often lack access to modern farming technologies and struggle to monitor the health and well-being of their animals effectively.

2. Rural farmers: Farmers residing in remote or rural areas often face geographical and logistical challenges in accessing veterinary services and agricultural resources. They may also have limited connectivity to digital platforms for managing farm operations.

3. Underserved communities: In many regions, dairy farming is a primary source of income for marginalized communities, including women and indigenous populations. These communities often lack access to healthcare services and face socio-economic barriers to improving their farming practices.

Currently, these farmers are underserved in several ways:

• Limited access to veterinary care: Rural and small-scale farmers often struggle to access veterinary services due to geographical constraints and cost barriers. As a result, they may lack timely diagnosis and treatment for cattle health issues.

• Inefficient monitoring practices: Traditional methods of monitoring cattle health, such as visual observation, are often inadequate for detecting early signs of illness or distress. This can lead to delays in intervention and compromised animal welfare.

• Limited technological adoption: Many small-scale farmers lack access to affordable and user-friendly technology solutions for managing farm operations. Without digital tools for data collection and analysis, they may struggle to make informed decisions about herd management and productivity.

Cowbit Technologies addresses these needs by providing an innovative solution that combines IoT wearables with solar charging units. By equipping cattle with smart devices that monitor vital signs and behaviors in real-time, farmers gain actionable insights into their herd's health and well-being. This enables early detection of health issues, timely intervention, and improved overall management practices.

Additionally, the solar charging units ensure continuous operation of the wearable devices, even in remote areas with limited access to electricity. This promotes sustainability and reduces operational costs for farmers, making the solution accessible to underserved communities.

Overall, Cowbit Technologies empowers dairy farmers to enhance the health, productivity, and welfare of their cattle, leading to improved livelihoods and sustainable agricultural practices in underserved regions.

Our team at Cowbit Technologies is uniquely positioned to deliver our solution to the target population of dairy farmers, particularly small-scale and rural farmers, due to our deep understanding of their needs and challenges. We are not only technologically proficient but also deeply connected to the communities we aim to serve, ensuring that our solution is informed by their input and designed to address their specific needs.

Team Lead: As the Team Lead, I bring extensive experience in agricultural technology and a strong commitment to community engagement. I have spent several years working closely with dairy farmers in rural areas, gaining firsthand insights into their daily struggles and aspirations. My background in technology and innovation enables me to bridge the gap between traditional farming practices and modern solutions, ensuring that our approach is both practical and impactful.

Team Composition: Our team consists of individuals from diverse backgrounds, including agriculture, veterinary science, engineering, and community development. Many team members have personal or familial ties to farming communities, providing a deep understanding of the socio-economic and cultural context in which our solution will be implemented. This diversity allows us to approach challenges from multiple perspectives and ensures that our solution is holistic and inclusive.

Community Engagement: From the outset, we have actively involved dairy farmers in the design and development process of our solution. Through participatory workshops, focus group discussions, and on-site visits, we have solicited feedback, ideas, and suggestions from the community. This collaborative approach ensures that our solution is grounded in the realities of farm life and addresses the most pressing concerns of farmers.

Additionally, we have established partnerships with local agricultural cooperatives, NGOs, and government agencies to leverage existing networks and resources within the community. These partnerships not only facilitate access to target populations but also foster trust and credibility, essential for the successful adoption of our solution.

Overall, our team's proximity to the communities we serve, coupled with our multidisciplinary expertise and collaborative approach, uniquely positions us to design and deliver a solution that meets the needs of dairy farmers and enhances their livelihoods in a meaningful and sustainable way. 

Our partnerhsip with Milk cooperatives, NDDB , AMUL and other state government is helping us to expand our solution for bringing 1 crore cattle online into one platform 

At Cowbit, Engineers Are Building an International IoT Platform.

• Cowbit is a smart neck collar IOT wearable device for cattle health monitoring system like false heat cycle, mastitis, Foot & Mouth disease, and other diseases.
• Mobile app for getting cattle health alerts and digital health card
• Waterproof and durable wearable  device
• We aim to deliver the best health  solution at doorsteps through technology solution for delivery automation
• USB charger for charging points
• Provide a cloud based telephonic service for tele-veterinary and farmer support

Our smart neck collars monitor dairy cows 24 hours a day, 365 days a year. We gather temperature, rumination, activity & other be-havior data. Our intelligent algorithms process this information and provide insights. This brings much needed visibility into your farms operations allowing farm managers to make informed, timely and profitable decisions.

Smart monitoring allows you to detect heath disorders before visual symptoms appear. Early intervention when administering treatment& having a reliable option for selective treatments based on individual animal needs can save time & money. In addition to that, we can monitor body movement patterns & Gait to provide you with the highly accurate Estrus detection alerts. Simply strap the COWBIT to your cows neck. Designed with care to ensure no disruption to any farm operations, our rugged, waterproof & non-invasive monitoring system is comfortable for the cow to wear & requires once a year maintenance. 

At Cowbit Technologies, we are currently at the prototype development stage. We have successfully designed and tested the initial prototypes of our IoT-enabled smart wearables for cattle health monitoring. These wearables integrate sensors to track various health parameters of cattle, including temperature, heart rate, and activity levels. Additionally, we have developed the accompanying mobile application that allows farmers to monitor their cattle's health remotely and receive real-time alerts for any abnormalities.

During the testing phase, we collaborated with a select group of dairy farmers to pilot our prototypes in real-world farming environments. Through these pilot projects, we gathered valuable feedback from farmers regarding the usability, functionality, and effectiveness of our solution. This iterative testing process has enabled us to refine our prototypes based on user insights and improve their performance and reliability.

While our solution is still in the development stage, we have served a small number of dairy farmers through our pilot projects, providing them with early access to our technology and gathering important data on its performance and impact. These initial interactions with end-users have been instrumental in shaping our product development roadmap and ensuring that our solution meets the specific needs and preferences of the farming community.

We are applying to Solve because we believe in the power of collaboration and innovation to address complex challenges. While we have made significant progress in developing our solution, we recognize that there are still barriers that we need to overcome to bring it to scale and maximize its impact.

One of the key challenges we face is accessing the necessary financial resources to accelerate our product development and scale our operations. Additionally, we could benefit from technical expertise and support in areas such as data analytics, software development, and hardware optimization to enhance the functionality and performance of our solution.

Furthermore, navigating the regulatory landscape and establishing partnerships with key stakeholders in the agricultural sector can present legal and cultural barriers that require strategic guidance and support. Solve's network of partners and mentors can provide invaluable assistance in overcoming these obstacles by offering mentorship, connections to potential collaborators and investors, and access to resources and expertise that can help us advance our solution.

Overall, we see Solve as an opportunity to leverage our innovative approach to cattle health monitoring and amplify its impact through strategic partnerships and support. By participating in Solve, we aim to gain access to the resources and networks needed to accelerate the development and adoption of our solution, ultimately empowering farmers and improving the well-being of livestock around the world.

Our solution, Cowbit, leverages innovative IoT technology to revolutionize cattle health monitoring in regions with limited internet connectivity. Unlike traditional approaches relying on internet connectivity for data transmission, Cowbit utilizes offline data capture and storage mechanisms, such as onboard memory and local network communication protocols. By adopting this novel approach, Cowbit ensures continuous monitoring and data collection, even in remote areas with poor internet access.

This innovation addresses a critical gap in the market by enabling real-time health monitoring of cattle without dependence on internet connectivity. It catalyzes broader positive impacts by facilitating timely detection of health issues, thereby improving overall herd management and productivity. Additionally, Cowbit's offline data capture capability enhances resilience against disruptions in internet connectivity, ensuring uninterrupted monitoring and data collection in diverse environmental conditions.

Moreover, Cowbit's innovative approach has the potential to transform the market landscape by democratizing access to advanced cattle health monitoring technologies. By providing a cost-effective and scalable solution that operates effectively in offline environments, Cowbit empowers smallholder farmers and rural communities to enhance cattle health management practices and mitigate economic losses associated with disease outbreaks.

Overall, Cowbit's innovative approach to offline data capture for cattle health monitoring not only addresses the challenges of internet connectivity in remote areas but also opens new possibilities for improving livestock management practices, fostering resilience, and driving positive socio-economic impacts in agricultural communities.

Cowbit aims to revolutionize cattle health monitoring and management for dairy farmers, leveraging innovative IoT technology to create digital transformation and economic opportunities for agricultural communities, particularly youth. Here's how it works and why we expect it to have a significant impact:

1. Simple Monitoring Solution: Cowbit provides farmers with smart wearable devices that are attached to cattle. These devices continuously monitor vital health parameters such as temperature, activity level, and rumination patterns. Farmers can easily access this information through a user-friendly mobile application.

2. Early Disease Detection: By continuously monitoring cattle health in real-time, Cowbit enables early detection of health issues such as infections or diseases. Farmers receive timely alerts on their mobile devices, allowing them to intervene promptly and prevent the spread of illnesses within their herds.

3. Improved Livestock Management: With access to real-time data on individual cattle health, farmers can make informed decisions regarding nutrition, breeding, and veterinary care. This leads to optimized livestock management practices, resulting in healthier and more productive herds.

4. Empowering Youth: Cowbit not only benefits established farmers but also creates opportunities for youth in rural communities. Through training programs and employment opportunities in the implementation and maintenance of Cowbit technology, young people can gain valuable skills and contribute to the digital transformation of agriculture.

5. Job Creation: As Cowbit adoption grows, there will be an increasing demand for skilled professionals to support the deployment, maintenance, and data analysis associated with the technology. This creates job opportunities for youth in various fields, including technology, agriculture, and data science.

6. Economic Empowerment: By improving cattle health and productivity, Cowbit contributes to increased dairy yields and incomes for farmers. This economic empowerment not only benefits individual households but also stimulates local economies through increased spending and investment.

7. Digital Transformation: Cowbit represents a significant step towards digitizing agriculture in rural areas. By embracing IoT technology and mobile applications, dairy farming practices are modernized, leading to greater efficiency, transparency, and sustainability in the sector.

In summary, Cowbit's innovative solution not only addresses the pressing challenge of cattle health monitoring but also creates digital transformation and economic opportunities for dairy farmers and youth. By empowering farmers with actionable insights, improving livestock management practices, and fostering job creation and economic growth, Cowbit contributes to building resilient and prosperous agricultural communities.

Impact Goals:

1. Improve Cattle Health: Reduce the incidence of preventable diseases among cattle by 20% within the first year of implementation, as measured by the number of veterinary interventions required per month.
2. Increase Dairy Yields: Increase average milk production per cow by 18% within two years, as measured by the average daily milk yield per cow.
3. Empower Farmers: Provide training and employment opportunities to a number of rural youth in cattle health management and technology implementation within the first year.
4. Enhance Livelihoods: Increase household incomes of participating farmers by 30% within three years, as measured by the average monthly income generated from dairy farming activities.

Progress Measurement:

1. Disease Incidence Rate: Track the number of reported cases of common cattle diseases over time and compare it to baseline data to assess the effectiveness of early disease detection and intervention.
2. Milk Production Metrics: Collect data on milk yields from participating farms and analyze trends in milk production per cow over time to evaluate the impact of improved cattle health management practices.
3. Youth Participation: Monitor the number of youth trained and employed in Cowbit implementation activities, tracking their engagement and skills development over time.
4. Household Income Surveys: Conduct regular surveys with participating farmers to assess changes in household income attributable to increased dairy yields and reduced veterinary expenses.

By continuously monitoring these indicators and analyzing the data collected, we can track our progress towards achieving our impact goals and make data-driven decisions to optimize our solution for maximum positive impact on cattle health, farmer livelihoods, and rural communities.

In addition to the aforementioned impact goals and progress measurement strategies, our solution aims to foster broader positive outcomes in the dairy farming sector and rural communities. One key aspect is the promotion of sustainable farming practices, such as organic feed production and waste management, to minimize environmental impact and promote ecosystem health. Moreover, by digitizing cattle health records and implementing IoT technology, we facilitate data-driven decision-making for farmers, empowering them to optimize resource allocation and improve overall farm management efficiency.

Furthermore, our solution promotes gender equity by providing equal access to training and employment opportunities for both men and women in rural areas. By actively engaging women in dairy farming activities and technology adoption, we contribute to women's economic empowerment and social inclusion in traditionally male-dominated agricultural sectors.

Additionally, our solution aims to create a ripple effect in the wider agricultural industry by serving as a model for innovation and technology adoption. Through partnerships with local governments, agricultural extension services, and educational institutions, we seek to disseminate best practices and knowledge sharing to catalyze broader digital transformation efforts in rural farming communities. Ultimately, our goal is to create a more resilient, sustainable, and prosperous dairy farming ecosystem that benefits farmers, consumers, and the environment alike.

At the core of our solution lies a sophisticated yet user-friendly digital platform that harnesses the power of IoT (Internet of Things) technology to revolutionize cattle health management in rural areas. This platform integrates various cutting-edge technologies to provide comprehensive monitoring, analysis, and decision support tools for dairy farmers, enabling them to enhance the health, productivity, and welfare of their cattle herds.

The foundation of our technology stack is comprised of sensor devices that are attached to cattle collars or ear tags. These sensors are equipped with a range of capabilities, including temperature monitoring, activity tracking, and GPS positioning. By continuously collecting real-time data on key health indicators such as body temperature, movement patterns, and location, these sensors provide valuable insights into the overall well-being of the animals.

To complement the sensor hardware, our solution includes a robust cloud-based data management and analytics platform. This platform aggregates, processes, and analyzes the data collected from the sensors, leveraging advanced algorithms and machine learning techniques to detect patterns, anomalies, and potential health issues. Through intuitive dashboards and alerts, farmers can access actionable insights and recommendations to proactively manage their cattle herds and respond promptly to emerging health concerns.

Furthermore, our solution leverages mobile and web-based applications to facilitate seamless communication and interaction between farmers and the digital platform. Farmers can easily access their cattle health records, receive personalized recommendations, and communicate with veterinary experts or extension agents directly through the app. This not only enhances convenience and accessibility but also fosters knowledge sharing and collaboration within the farming community.

In addition to these digital components, our solution incorporates innovative features such as solar-powered charging units for the sensor devices, ensuring reliable and sustainable operation even in off-grid rural areas. Moreover, we are exploring the integration of blockchain technology to enhance data security, traceability, and transparency in the management of cattle health records and transactions.

Overall, our solution represents a convergence of modern technology, traditional knowledge, and innovative thinking to address the pressing challenges facing dairy farmers and cattle herders. By harnessing the power of IoT, cloud computing, and mobile technology, we are empowering farmers with actionable insights and tools to improve animal welfare, optimize resource utilization, and promote sustainable farming practices for the benefit of people and the planet.

We have conducted extensive pilot studies and field trials to validate the effectiveness and reliability of our technology in real-world settings. These trials involved collaborating with dairy farmers and cattle herders in diverse geographic regions, allowing us to gather valuable feedback and refine our solution based on user insights.

During these trials, we deployed our sensor devices on cattle herds and monitored their health parameters over an extended period. The data collected from these deployments were compared against traditional methods of health monitoring, such as visual observation and manual record-keeping, to assess the accuracy and consistency of our technology.

Additionally, we conducted controlled experiments to evaluate the performance of our algorithms for health monitoring and anomaly detection. By comparing the results obtained from our algorithms with expert diagnoses and outcomes, we were able to validate the efficacy of our automated detection and decision support capabilities.

Furthermore, we have received positive feedback and testimonials from participating farmers and veterinarians, who have reported tangible improvements in cattle health, productivity, and overall management efficiency with the adoption of our technology. These firsthand accounts provide compelling evidence of the practical benefits and effectiveness of our solution in addressing the needs of end-users.

Overall, our rigorous testing and validation processes, combined with user feedback and testimonials, provide strong evidence that our technology works and delivers meaningful outcomes for farmers and cattle herders.

11 Full time & 27 part time including both female & male team mates

We have been actively developing and refining our solution for the past two years. Our journey began with extensive research and prototyping to understand the challenges faced by dairy farmers and cattle herders. Over the years, we have iteratively improved our technology, incorporating feedback from stakeholders and conducting field trials to validate its effectiveness. Our commitment to continuous innovation and collaboration has enabled us to create a robust and impactful solution that addresses the needs of our target users and contributes to positive outcomes in the dairy industry.

Ensuring diversity, equity, and inclusion (DEI) within our team is a fundamental priority that we actively cultivate and promote. Our leadership team represents a diverse range of backgrounds, perspectives, and expertise, reflecting our commitment to fostering an inclusive environment. We recognize the value of diversity in driving innovation and understanding the needs of our diverse user base.

To minimize barriers to opportunity, we prioritize accessibility and equal access to resources and opportunities for all team members. We actively seek to create pathways for underrepresented individuals to join and thrive within our team, including through targeted recruitment efforts and mentorship programs.

Creating a welcoming and inclusive environment is central to our team culture. We prioritize open communication, mutual respect, and collaboration, ensuring that all team members feel valued and heard. We provide ongoing training and education on topics related to DEI to enhance awareness and sensitivity among team members.

Moving forward, our team is committed to continuously improving our diversity, equity, and inclusion efforts. We have established clear goals for increasing diversity within our team, including setting targets for representation and implementing strategies to attract and retain diverse talent. We also regularly assess our practices and policies to identify areas for improvement and implement proactive measures to address any disparities or challenges that arise. Ultimately, we believe that fostering a diverse, equitable, and inclusive team is not only the right thing to do but also essential for driving innovation and achieving our mission effectively.

Diptimayee Mishra has 40 years of work experince in social enterprise sector. She has lead various programs in farming sector. 

Ananda has 15 years of technology worke xperience working in good companies liek Google, ALibaba and Govt of India and Odisha as a consutant to launch new digital transformation initiatives. 

Others have 25 years of work experience in dairy technology and cattle welfare experience.

Our business model revolves around providing value to our customers and beneficiaries through innovative technology solutions that address pressing challenges in the dairy farming industry. We offer digital health monitoring solutions for cattle, leveraging IoT technology to track and analyze key health metrics in real-time. Through our Cowbit devices and accompanying software platform, farmers can access actionable insights into the health and well-being of their livestock, enabling early detection of diseases and improved management practices.

We generate revenue through a subscription-based model, where farmers pay a monthly or annual fee to access our platform and services. Additionally, we offer premium features and customization options for those seeking more advanced functionality. Our business model is designed to be scalable and sustainable, allowing us to expand our reach and impact over time while generating steady revenue streams.

Our key customers include dairy farmers and cattle owners, as well as agricultural cooperatives and veterinary services. These customers benefit from our solutions by improving herd health, increasing productivity, and reducing operational costs. By addressing the critical need for reliable health monitoring in the dairy farming sector, we create value for both farmers and their communities, ultimately contributing to the long-term sustainability of the industry.

Our plan for financial sustainability revolves around a multi-faceted approach to revenue generation, including the sale of products and services, subscription-based models, and strategic partnerships. Here's how we intend to achieve financial sustainability:

1. Product Sales: We generate revenue through the sale of our Cowbit devices and associated hardware, such as solar panels for charging. These one-time purchases provide an initial source of income and help cover production and distribution costs.

2. Subscription Services: We offer subscription-based access to our digital health monitoring platform, where farmers pay a recurring fee for access to real-time data analytics, alerts, and support services. This subscription model ensures a steady stream of revenue over time.

3. Premium Features: To cater to advanced users and larger farms, we offer premium features and customization options at an additional cost. These include enhanced analytics, personalized recommendations, and dedicated customer support.

4. Government Contracts: We explore opportunities to secure service contracts with government agencies and agricultural departments for the deployment of our technology in large-scale farming initiatives. These contracts provide stable revenue streams and opportunities for expansion.

5. Investment Capital: We may seek investment capital from venture capitalists, impact investors, and strategic partners to fuel our growth and scale our operations. This capital infusion will support product development, marketing efforts, and market expansion.

Evidence of our successful financial sustainability plan includes:

• Revenue Growth: We have witnessed steady revenue growth since the launch of our product, indicating strong market demand and customer adoption.
• Diverse Revenue Streams: Our revenue streams are diversified, reducing dependence on any single source and ensuring resilience against market fluctuations.
• Customer Retention: High customer retention rates demonstrate the value and effectiveness of our solutions, leading to repeat business and ongoing revenue streams.
• Partnership Success: Successful partnerships with government agencies, agricultural organizations, and industry stakeholders highlight our ability to secure contracts and collaborations that contribute to our financial stability.

Overall, our comprehensive approach to revenue generation, coupled with evidence of successful implementation and growth, demonstrates our commitment to achieving financial sustainability in the long term. 

Our grant support from BIRAC Department of Science & Technology and Department of Bio technology has helped  us to focus on R&D development and build for Make in India product which can be used for digital trnasformation in various countries and developing nations