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Artificial intelligence (AI), Blockchain, and the Internet of Things are all new technologies impacting people's lives. These technologies can change how we communicate, run our businesses, and even how governments work for their people. Artificial intelligence has disrupted the way traditional marketing practices are conducted and changed how business processes are done. Organizations and governments increasingly turn to artificial intelligence (AI) to improve customer experience, operational efficiency, fraud detection, and cyber security. The revolutionary buzzword, artificial intelligence (AI), has transformed our personal and professional lives. Industry 4.0 considers AIadoption significant due to its potential benefits. Since its inception, it has presented several possibilities and difficulties to various businesses. As a result, several AI-powered technologies have been created, and they have the potential to raise significantly living standards while also boosting the economy. This paper has conducted a conducive study of the marketing tools and techniques that adopt AI while looking through the loopholes to suggest howAI can be adopted quickly into the day-to-day lives of the human race. Based on this, it has recommended a course of action for India that entails the development of infrastructure, policies and rules, research and development, and humanresources. It is necessary for all parties involved to gather and address these problems. Infrastructure development, applications in the public sector, policy & regulation, technological development, and human resource development are all key responsibilities of the government. However, with the assistance of business, they may be accomplished effectively. For this study, the authors have employed secondary data. Future empirical studies might be conducted to compare the development of artificial intelligence technology in India to that of other emerging nations. The study is based on secondary data to demonstrate the development of artificial intelligence technology in India and overseas. However, empirical research may be conducted in the future. The writers' original points of view are presented in the article. [ABSTRACT FROM AUTHOR]

Foreign direct investment (FDI) is a powerful economic growth tool, particularly in today's global environment. The host nations try their best to create an appealing and advantageous investment climate for international investors in order to attract FDI inflows. Both developing countries i.e. India, Bangladesh and even developed economy like USA have dependency on FDI. All these three Bangladesh, USA and India have made significant efforts in recent years to attract FDI, offering a variety of lucrative incentives and benefits. Due to this covid pandemic there was some reduction in the trends of FDI inflows but eventually it again resumed momentum due to policies of the government. In this research paper we have tried to do the comparison between FDI inflows between these three countries and even tried to do the prediction for next 2 years. Statistical tools like Mean, Standard Deviation and CAGR have been used for this research paper. This paper also included the data of FDI inflows into these three countries for 6 years, top 10 countries' share in FDI inflows of these countries and some general comparison is also being done. This paper revealed that Mauritius is the top investor in India whereas in Bangladesh its China and in USA, its Japan. [ABSTRACT FROM AUTHOR]

In today's modern era, most developing countries like INDIA depends on agricultural fields for around 70 to 75%. In this period, drones or UAVs are becoming an integral part of farming fields. The paper introduces the types of drones and their agricultural motive. The UAV can also operate on the relay drive and commands given by the transmitter. In agriculture, most of the economic loss occurs due to insects and pests. The paper stresses the methodology, specifications and controlling techniques for the UAVs in the agricultural field. It also shows us the different applications of UAVs for agricultural purposes. The main concern is designing drones using recent technology to avoid human involvement. It is also important to consider the specifications of the components while designing the drone. With the help of correct components, the right cameras and detectors, agricultural drones have contributed to the accurate, economical, simple and structured way of modern technology in an agricultural enclosure. [ABSTRACT FROM AUTHOR]

In recent years, the human population has reached its peak in both the developing countries and developed countries like India and China. An increase in personnel density ended up being a hard task to maintain or manage people flow in socio-public places. However, people flow management is out of control for humans, which may also cause some safety damages. This paper aims to give an optimal solution for people flow with the help of machine learning, deep learning, and also AI-cameras are used for counting the number of people entering and leaving a user-defined place. Here, also the centroid tracking and centroid detecting algorithms are used to count the number of people together with their direction. This technique helps to replace manual security,in-store traffic management, and much more. [ABSTRACT FROM AUTHOR]

Agriculture is one of the leading sectors needed for a nation's growth. In this industry, modernization is essential so that the quality and volume of the production are enhanced, particularly for developing countries such as India. Farmers even today follow the traditional techniques for doing cultivation. They are not able to get appropriate profits in fields because of water logging leading to excessive irrigation. The requirement of water varies from crop to crop and from soil to soil. This paper provides an optimum way for agricultural people where all activities are atomized, and the total yield can be improved substantially. This system includes various types of sensors to measure the required parameters. The concept of IOT can be implemented to achieve the objective in the agriculture sector, which leads to smart irrigation based upon real-time data. The smart devices at the remote places will control the activities integrated into many electronics devices, controllers, etc. [ABSTRACT FROM AUTHOR]

The basic amenities of human being for survival of life are water and food. In today's scenario, availability of power and water are not sufficient to meet the requirements of farmers. In most of the developing countries, like India, agriculture is mostly dependent on conventional energy sources to run the motors and pumps which results in wastage of water due to over usage. Hence, in the present scenario research is focused on effective and e fficient utilization of renewable resources which is abundantly available such as solar energy. Internet of things (IoT) is the most evolving, promising technology which enables agricultural farms to automatically maintain and monitor with less human involvement. IoT based solar-powered smart irrigation system provides a scope to combat the issues like water and power crisis to the maximum extent. In this paper, an IoT based solar powered smart irrigation system is designed and implemented to control and monitor the features using GSM and ESP8266. [ABSTRACT FROM AUTHOR]

It was considered to be a move towards cashless economy and promotion of digital transactions. Is it possible in the case of India? Because India is one of the developing nation and many area requires development. From this view point, this research paper is an attempt to identify the attitude of people towards digital payment with special reference to card payment. The study was based on rural people consisting 150 respondents from Kerala. This research will helpful for policymakers and government to take decisions effectively. [ABSTRACT FROM AUTHOR]

Design optimization of the vehicle has been an integral part of Vehicle Aerodynamics. The reason so much heed is given to this research area is due to the ever-growing concern of detrimental effects of fuel on the environment. This paper aims to optimize the shape of auto-rickshaw which is one of the most widely used vehicles in India. Being the developing nation, people use auto-rickshaw because it is economical which makes it essential to modify the design to reduce drag. This, in turn, improves the fuel efficiency of the auto-rickshaw. The impact of the addition of diffuser at the underbody along with varying slant angle at the rear side to provide boot area is studied. The modifications are done on CATIA V5 followed by investigating the coefficient of drag on ANSYS Fluent. [ABSTRACT FROM AUTHOR]

Developing nations are facing a huge gap in generation and demand of electricity across the world. In present scenario the demand of electricity is increasing day by day and the shortfall of electricity has become one of the major obstructions in the development of rural areas. There is a big gap between electricity supply and demand. In India it is very difficult that to give twenty four hours electric supply in rural areas. The traditional use of camel as draught animal, for the purpose of transport of goods and agricultural work, has been drastically reduced during last few decades, due to advancements and cheaper availability of mechanical machineries. In this research paper we experimentally studied the camel powered electricity generation system at National Research Centre on Camels (NRCC) Bikaner. Camel Energy in form of high torque low speed can be converted into low torque high speed through motion converting system i.e. gear and pulley mechanism for high RPM output. This high RPM (more than 3000) output is used for electricity generation. The electricity generated can be used directly or stored in the battery and later may be used whenever it is required either for DC light or AC light using inverter. According to experimental study a camel can comfortably generate electricity up to 1KW by rotating shaft. The complete set up for electricity generation using camel power has been designed, developed and physically commissioned at National Research Centre on Camels (NRCC) Bikaner. [ABSTRACT FROM AUTHOR]