Farmers’ interest in cutting-edge technology has generated a market for agricultural robots and drones worth $23.06 billion by 2028. In open fields and greenhouses, robots can already perform a range of tasks. From weeding and harvesting to sampling and spraying, advanced technology help farmers cultivate healthy crops in a financially and environmentally sustainable manner. While we are only at the beginning of this trend, there are already numerous examples of how agricultural robots might affect food production.

A Tertile robot that makes weeding easier than ever

In many homes, there are food and flower gardens. While this activity is fun and offers nutritious food, it is also a constant battle to eliminate weeds that deprive plants of water and nutrients. Weeding can be time-consuming and difficult, which is why Franklin Robotics, a technology company, has come up with a solution. Tertill, a 1.1-kg heavy robot from this American startup, trims itself as it walks about the garden. The four-wheeled device uses sensors to locate its target and a nylon thread on its underside to pull weeds out.

The robot’s solar panel can charge its battery when it is exposed to direct sunlight. The device can also be charged using a USB cord. To keep Tertill from fleeing and allowing it to patrol in a set area, the robot’s owners must enclose their garden with at least a five-centimeter-high wall. Although the machine is weather-resistant, rocks, mud, and uneven terrain might slow it down. Franklin Robotics has also developed a smartphone app that allows clients to monitor the robot’s activities as well as the weather in the garden.

Smart core to check soil samples

Crop production in large open fields faces unique challenges. Farmers must study soil samples to determine the number of nutrients required in certain field areas. Using the proper amount of nutrients can increase yields, cut costs, and minimize surface and groundwater pollution. Using too many or too few chemicals, on the other hand, may have a negative impact on agricultural productivity. Farmers often collect soil samples by hand, which is a time-consuming and error-prone procedure despite the necessity of the process.

Troy Fiechter and Drew Schumacher, both Purdue University graduates, have developed a superior soil analysis method. The duo developed SmartCore, an autonomous robot that navigates fields and collects samples from specific locations. Obstacle detection algorithms and GPS lead the equipment to take samples from the same region each year, allowing farmers to track the changes in their soil. After the sample is taken, SmartCore transports it to the edge of the field for shipment to a lab.

Swarm robots to plant seeds

The robots use satellite navigation to transmit their exact location, which helps operators optimize planting operations. Controlling and optimizing the machines is the responsibility of the OptiVisor algorithm. Fendt’s field robotic system is energy efficient due to its low weight and low-maintenance engine. The grid, farmers’ biogas facilities, wind energy, or fuel cells can all be used to charge the battery. As one of the pioneers in the development of farming tractors in the early twentieth century, Fendt believes that its latest technology solutions may help agriculture take the next big step forward.

The robots send their exact location via satellite navigation, which aids operators in optimizing planting operations. The OptiVisor algorithm is in charge of controlling and optimizing the machines. Because of its low weight and low-maintenance engine, Fendt’s field robotic system is energy efficient. The battery can be charged using the grid, farmers’ biogas facilities, wind energy, or fuel cells. Fendt believes that its latest technology solutions can assist agriculture to take the next significant stride ahead, as one of the pioneers in the creation of farming tractors in the early twentieth century.

Mamut robots to spot plant diseases

Experiments are also being conducted by Cambridge Consultants, a subsidiary of the French engineering firm Altran. The high-tech company is working on Mamut, an AI-powered autonomous robot that uses a stereo camera, an AI system, lidar, and a compass to map and navigate a natural area. Inspection sensors and six 360-degree cameras, one of which is a multispectral imaging camera, are included in the device. Mamut wanders around farm fields, gathering visual data and creating maps to aid farmers in spotting diseases, estimating crop yields, and selecting the best harvesting time. Unlike drones, the robot goes beneath the plants to get more detailed information.

Cambridge Consultants is still training the AI to monitor crops, which is a difficult task. The robot travels around 24 kilometers in eight hours, during which time the developers evaluate functions including collision avoidance, route planning, and route following. Although high-value crop growers expressed the most interest, the company thinks that the Robotics-as-a-Service commercial model will allow the product to reach a larger market. Farmers would only pay for a one-time service, and the technology supplier would own the robot. This allows consumers to adjust their robot usage based on their current needs and cost constraints.

Naio technologies robots

Naio Technologies has a number of robots that can not only operate as the ideal farm laborer, but also conserve and protect the environment.
The robots are capable of weeding, hoeing, and harvesting assistance. “We aim to provide access to the latest technologies to all partners in the agriculture industry, to help grow healthier, more abundant, and ecologically friendly crops,” the team says.

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Global Artificial Intelligence Summit & Awards

If you or your organization is building cutting-edge AI solutions to adapt to a world driven by technology, Please nominate yourself/or your company for GAISA AWARDS 2022.

Please follow the below-given link to nominate:https://gaisa.in/award

All further details regarding the event will be updated on the official website of Gaisa 2022. Please Visit: https://gaisa.in/

The post Top AI devices for agriculture lands appeared first on AICRA.

Anton Chekov practiced medicine in a time when diseases are just phenotypes. Today, the healthcare system has progressed significantly, and big data has the biggest impact on it. Data-driven thinking and methods have now opened the doors for personalized healthcare systems.

 Tailored experiences have become the standard in today’s environment. From the music we listen to the TV episodes we watch to the purchases we make, these are frequent suggestions based on data acquired about us, such as our purchasing and streaming histories.

The goal of a personalized healthcare system is to enable patients to have a personalized assessment of their health including a list of lifestyles change recommendations based on predicted health risks.

We haven’t completely reached the realm of personalized medicine yet, but it’s a few years ahead.AI powered Big data analytic tools will be the driving force for achieving this. IDC research predicts the global data sphere will grow to 175 zettabytes by 2025. Medical practices leverage the power of machine learning techniques to identify trends, patterns, and anomalies in the data to help experts make better diagnoses and treatment decisions. Complete personalized healthcare will only be possible when clinicians can understand which gene mutations or differences may cause specific illnesses (Since each one of us has a unique variation of the human genome)

To accomplish the comprehensive perspective of each patient, we must collect data from health records and lifestyle habits from many sources regularly and combine it into a unified perspective. This data is critical for understanding and analyzing each patient’s demands, which may be used to guide both medication development and the sort of treatment that a patient receives.

AI and machine learning help pharmaceutical companies gather, store, and analyze massive data sets easier than traditional procedures. It enables quick research based on genetic variation data from different patients and develops personalized medicines.

In a NutShell

In an ideal world, we would like to eliminate diseases. We may introduce preventative measures and therapies far earlier, sometimes even before a patient begins to exhibit symptoms, if we have a greater understanding of why, how, and in which people’s illnesses develop. Personalized medicine has the potential to enhance and possibly save many people’s lives, and artificial intelligence and machine learning will be the driving forces behind future discoveries.

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Global Artificial Intelligence Summit & Awards

If you or your organization is building cutting-edge AI solutions to adapt to a world driven by technology, Please nominate yourself/or your company for GAISA AWARDS 2022.

Please follow the below-given link to nominate:https://gaisa.in/award

All further details regarding the event will be updated on the official website of Gaisa 2022. Please Visit: https://gaisa.in/

The post How AI Helps in Personalized Healthcare? appeared first on AICRA.

Using data sensors, AI can assist in creating well-thought-out roadmaps for a variety of industries, including waste management, mobility, traffic systems, policing, and healthcare. The promise of such endeavours, however, can only be realised when AI is no longer considered in isolation while developing the city framework. Having a separate conversation about AI systems contradicts the objective.

For smart cities to genuinely transform into “intelligent” settings, AI modelling should be applied in three important areas: monitoring and responsiveness; connectivity and anchoring; and executing predictive simulations to navigate novel circumstances.

• Smart public spaces and parks

AI technology will track visitor behaviour and regulate related systems, such as park upkeep, pavement illumination, and other operating conditions, potentially saving money and enhancing accessibility and safety.

• The Smart Home

The use of AI to domestic tasks like smart roofs, water-saving software, and smarter water use would assist reduce human effort required for daily tasks.

• AI-powered delivery

Applications for AI include the supply of predictive services based on citizen data, the rationalisation of administrative staff based on anticipated service demand, the analysis of migration trends, and AI-based chatbots for grievance redress.

• savvy safety measures

Smart command centres with cutting-edge surveillance systems that could keep an eye on prospective criminal occurrences and the general security of the population might be used AI technology to give safety.

By gathering information from social networking sites and forecasting prospective activities that pose a threat to the public, social media intelligence systems can help to ensure public safety. After the installation of AI-driven security systems, the crime rate in Surat has decreased by 27%.

• Crowd control

The Singaporean government worked with a private company to create a method for anticipating crowd behaviour and possible reactions to incidents. In terms of high crowd activity, crowd size estimation, and object detection, the solution had an accuracy of 85%.

Similar to this, “Kumbh Mela Experiment” was established to forecast crowd behaviour and the potential for a stampede using AI. Over 1,000 CCTV cameras were utilised to monitor movement from the Kumbh Mela’s 32 square kilometre venue, which is the largest religious gathering in the world.

The management of responses and advanced prediction could be aided by other such big data and AI technologies.

• Cyber-attacks

Artificial intelligence (AI) tools can identify flaws and take corrective action to reduce exposure to secure internet platforms that house highly sensitive data.

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Global Artificial Intelligence Summit & Awards

If you or your organization is building cutting-edge AI solutions to adapt to a world driven by technology, Please nominate yourself/or your company for GAISA AWARDS 2022.

Please follow the below-given link to nominate:https://gaisa.in/award

All further details regarding the event will be updated on the official website of Gaisa 2022. Please Visit: https://gaisa.in/

The post How AI Helps In Smart City Developments? appeared first on AICRA.

AI has contributed a lot to the world for 3 decades. It is now innovating gracefully with widespread sub-technologies and applications. From biometrics and computer vision to smart devices and self-driving cars, emerging trends are fuelling the AI craze. 

Ai seems promising in 2022 with some awe-inspiring technologies.

Promising AI Technologies

The topper of the list is AI Optimized Hardware exclusively used to execute AI-oriented tasks specifically. They have an advanced central processing unit alongside improved graphics. Portable AI-optimized silicon chips are one example, which can be inserted into any device to acquire information. Some industry big names such as Alleviate, Google, and Cray are focused on generating AI-optimized hardware solutions.

Biometrics stands as the source of interaction between humans and machines.  It is known as a futuristic technology that includes face recognition, touch recognition, Iris recognition, DNA matching, Retina recognition, voice recognition, etc. Biometrics authenticates a person based on unique, specific, and verifiable data. 

Computer vision is another subfield of artificial intelligence that is capable of exceptionally exceeding human visual abilities in many areas. it trains machines to understand and interact with the visual world. This technology is used in machines to identify and classify objects in images, videos, and deep learning models precisely.

As technology occupies every hook and corner of our life, each one of us is largely exploited by it. Smart devices are stealing all our attention nowadays, Examples are smart security cameras, smart speakers, smart watches, smart keychains, etc. Text analytics along with NLP brings stunning changes to the technology world in 2022. Text analytics is used for identifying the structure, meaning, sentiments & intent of a sentence through machine learning.

The technologies used behind cyber defense are mostly the subfields of AI. It uses a computer defense mechanism to detect & prevent data theft. Researches are ongoing for developing AI-empowered machines that can carry out the content creation process. Whether it is making videos, images, ads, blogs, white papers, or news stories. 

Peer-to-peer network connections are gaining much popularity in 2022 due to the security it provides while sharing data. It integrates different systems and computers for the process instead of transmitting data via a server. It also comes with the ability to solve critical problems.

The world is eagerly looking at every small technical achievement of this year. 

One of the greatest news coming on our way is about self-driving cars, It has been a long dream for us. Ai-powered self-driving cars will be efficient in avoiding collisions. Besides, the car is powered by sensors that aides in mapping out the immediate environment of the vehicle.

AI had demonstrated huge potential for many years. The increased use of AI-empowered models in 2022 can be considered a technological breakthrough in every aspect.

Ai is a game changer..!

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Global Artificial Intelligence Summit & Awards 2022

If you or your organization is building cutting-edge AI solutions to adapt to a world driven by technology, Please nominate yourself/or your company for GAISA AWARDS 2022.

Please follow the below-given link to nominate:https://gaisa.in/award

All further details regarding the event will be updated on the official website of Gaisa 2022. Please Visit: https://gaisa.in/

The post Promising AI Technologies In 2022 appeared first on AICRA.

How Artificial Intelligence is Affecting Education

Technology has always played an important role in education, but its current application is more widespread than ever due to the increased availability of smart devices and web-based curriculum. With the rise of Artificial Intelligence in education, there are numerous ways in which it is being used to assist students in learning. Here are a few AI-powered technologies that are already influencing and will influence education in every way:

Chatbots

Chatbots are one example of AI educational apps that students may use in the near future. These are increasingly being used in classrooms, where students use iPads or laptops to communicate with bots designed to help them understand specific topics like math or reading comprehension. Chatbot tutors may be able to do more than just help students learn new concepts; they may even be available whenever analysis is required. Chatbots are the technological roots of the future. It shortens the number of tasks assigned to teachers. Chatbots in classrooms could also be used to replace email communication between teachers and parents while parents meet.

Virtual Reality (VR) 

Virtual reality is a recent educational innovation that is being used for everything from teaching history to assisting students with math skills. People can explore and interact with a three-dimensional computer-generated environment in virtual reality. VR educators are developing novel approaches to incorporating experiential learning into their classrooms, thereby redefining what it means to be a student. VR is an excellent tool for making students feel more connected to one another. They can communicate safely while still being separated by distance when they are in different classrooms but using the same virtual reality programme. Students can use Virtual Reality to explore things that they might never see or learn about in real life.

Robotics

The use of robotics and artificial intelligence in education has grown in recent years. It is now used to assist both teachers and students in education, which has been shown to improve student engagement and safety. With the current state of AI development, robotics in education is unavoidable. Robots can be an excellent learning resource for both students and teachers, providing a way to explore a topic in depth without becoming bored. For teachers, this means that robots can help them spend more one-on-one time with students who require extra assistance. It also allows them to try out new teaching methods, which is important when trying to reach out to different types of learners.For students, it’s a chance to teach themselves something new without the pressure of being the only person in class or having their peers judge them for making mistakes. Robots can offer that space where they don’t feel embarrassed if they don’t get something right away. Robotics is vital for students because they can teach them that engineering is more than just solving problems on paper or drawing on a mat. They can see the outcome of their efforts and the final result.

The Benefits and Drawbacks of Artificial Intelligence in Education

However, the advantages and disadvantages of AI in education are not so black and white. There are benefits to both sides, but there are also drawbacks to both sides. AI is increasingly replacing humans in a variety of fields, including education. It includes not only teaching but also grading papers, writing essays, and advising students on what they should study next. The question is whether it should be.

Advantages: Artificial intelligence in education is a controversial topic right now. People are divided about whether AI should be used to educate students. Many people believe that artificial intelligence will replace teachers and eliminate the human element of education. However, there are numerous benefits to using AI in education. AI can grade papers and essays much more quickly than humans. This will allow teachers to spend more time working with students on critical thinking and critical analysis skills. This would also allow teachers to concentrate on specific students who would benefit from their guidance. AI can also help teachers by providing insights into student learning styles and providing hands-on feedback for students who need more practise with specific topics or skills.

Disadvantages: However, there are some disadvantages to using artificial intelligence in education. A robot may not be as effective a teacher as a human. The disadvantage of AI in education is that technology does not always work well in the classroom. AI does not have feelings. Students do not feel cared for by the AI when they are lectured to, when they have a question, and when they do not receive a response from the AI. This is a developing field that is being studied at universities around the world by professors who are working on developing AI technologies that will improve our lives.

Conclusion

AI will benefit parents who are always concerned about their children’s social life. AI technology allows them to monitor their child’s interaction online more closely than ever before. Schools use software that analyses data points such as how well different students comprehend material; then groups kids accordingly based on what they need. AI brings the ability to have 24/hr. access to teachers and lessons anytime, anywhere. AI can be used as an educational tool that guides students towards their goals by providing personalized feedback on homework, quizzes etc., based on AI algorithms. Artificial Intelligence has the potential to make everyone’s life easier through automation as it can do menial tasks, so you don’t need to spend time doing mundane activities like organizing emails or finding files. The future of education is here! AI is a crucial driver for change in education. There are so many benefits of AI. Every student will have equal access no matter their learning ability or disability; this makes a massive difference since not all children learn at the same pace or possess similar skill sets. With the help of AI, students can make their future bright.

The post Role of Artificial Intelligence in Education appeared first on AICRA.

One of the numerous concerns raised by AI is the risk of eliminating a major chunk of the human workforce by replacing the need for manual labor. However, it will also free humans from tiresome, repetitive duties, letting them focus on more difficult and lucrative projects or simply take some much-needed time off.

According to McKinsey research, depending on the adoption scenario, automation may displace between 400 and 800 million jobs by 2030, necessitating the relocation of up to 375 million people.

These data can cause people to be concerned about the future. However, history suggests that this is not the case; there is no doubt that some industries will be altered to the point where they will no longer require human labor, resulting in job redefinition and business process transformation. For example, many health difficulties may be efficiently automated, allowing doctors to focus on other critical matters that require their attention. In terms of totally replacing humans, human labor is and will remain necessary for the foreseeable future.

Though the potential of AI is infinite, it is also constrained. While it is obvious that AI will rule the professional world on a variety of levels. However, no matter how smart AI becomes, it will never be able to mimic human awareness, which supports humans’ position at the top of the food chain.

Until now, we’ve been discussing employment that can be taken away as technology progresses, but the human parts of work cannot be replaced. Let’s concentrate on something they can’t accomplish. Some occupations are only capable of being performed by people.

There are jobs that require creation, conceptualization, complex strategic planning, and dealing with unknown spaces and feelings or emotional interactions that are way beyond the expertise of an AI as of now. Let’s now talk about certain skills that are irreplaceable till the human race exist.

1. Empathy : is unique to humans: While some may argue that animals exhibit empathy, they are not the ones taking over occupations. Humans, unlike programmed software designed to provide a specific outcome, can experience emotions. The personal affinity between a person and an organization is the cornerstone of a professional connection, which may appear paradoxical. To create trust and human connection, humans want a personal connection that extends beyond the professional realm, which bot technology absolutely lacks.

2. Emotional Intelligence: While accurate, the AI is not intuitive or culturally sensitive, as these are human characteristics. No matter how precisely it is programmed to perform a task, it lacks the human ability to adjust to the algorithm of human intelligence. For example, reading into a situation or another person’s face. It lacks emotional intelligence, which allows humans to recognize and handle interactions that need emotional communication. During your customer service, a human interaction to read and grasp the situation is always preferable to an automated computer that cannot operate or aid beyond the programming.

3. Creativity: A benefit of being human: Artificial intelligence (AI) can improve productivity and efficiency by eliminating errors and repetition and replacing manual tasks with clever automated solutions, but it cannot comprehend human psychology. Furthermore, as the world becomes more AI-enabled, people will be able to take on more novel tasks.

4. Problem-solving outside of a code: Humans may deal with unforeseen uncertainty by analyzing the circumstance; for example, by using critical thinking in difficult scenarios and employing inventive approaches. Unlike people, which can work in a range of environments and circumstances, AI-powered devices cannot act beyond their function, which may be far in the future but not in the near future.

There is little question that artificial intelligence will not drive the future. Humans must be creative, analytical, and contextually aware in order for AI to work. The reason for this is simple: humans will continue to deliver value that machines cannot.

The post 4 skills that won’t be replaced by AI appeared first on AICRA.

But one of all the largest mistakes a business will build on its journey towards information ability is to overlook the individuals and processes behind the info most firms perceive the importance of analytics and have adopted common best practices, however, fewer than twenty have maximized the potential and achieved analytics at scale. The All-India Council for Robotics and Automation https://www.aicra.org/  offers one amongst the most effective project in #CoE https://www.aicra.org/center-of-excellence  of one that doesn’t need any comparison to alternative establishments within the same field

Establishing an Excellence (Coe)  https://www.aicra.org/center-of-excellence    will facilitate drive the collaboration, communication, and framework necessary to deliver results. It could be a team or program inside a company that has data and experience to unify and accelerate the trail to turning into a data-driven organization.

Coe’s https://www.aicra.org/center-of-excellence    square measure necessary to arrange governance and drive excellence from an analytics perspective. this text can dive into a way to outline and establish Centres of Excellence https://www.aicra.org/center-of-excellence    in your company, additionally as answer some common queries around best practices, benefits, and challenges

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From a knowledge analytics perspective, this cluster provides work and support to confirm that your firm maximizes its information investment. Organizations will have quite one https://www.aicra.org/center-of-excellence    Coe, as they will be accustomed facilitate progress throughout the corporate, from selling to security.

This weblog could be a product of a Coe https://www.aicra.org/center-of-excellence    at Iteration Insights. we’ve got a content committee that consists of a unit of time, Marketing, Leadership, and consultants. we have a tendency to discuss key trade trends, client feedback, SEO strategy, and more.

Coe advantages include:

Removing barriers to progress

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Centres of Excellence https://www.aicra.org/center-of-excellence    compose the central system of any organization. they have to be resilient, collaborating across departments, supporting complicated business processes, serving evolving desires, and innovating new solutions. If only one part fails, the info ability of your entire organization is in danger still reach potency in analytics by establishing Coe’s https://www.aicra.org/center-of-excellence    throughout your organization and investment in individuals, processes, technology, and data.

The All-India Council for Robotics and Automation https://www.aicra.org/center-of-excellence is providing certificates program in industry 4.0 which is beneficial for anyone who is interested in Robotics.

AICRA Benefits of NXR Industry 4.0 CoE

Tomorrow belongs to those who prepare for it today

On-premise internships and Faculty development programs

Alka Sachdeva
Secretary – AICRA

https://www.aicra.org/index

+91 9818990294

alka.sachdeva@aicra.org

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Today, India country is that the third-largest start-up system globally (by a range of start-ups) with over fifteen,000 start-ups established in 2020, up from 5000 in 2010. The underlying enablers of this startup system embody smartphone and web penetration, cloud computing, application programming interfaces (APIs), and a national payments stack place.

The All-India Council for Robotics and Automation https://www.aicra.org/india-tech-startup  believes that Future technologies can contribute towards the development of society. Today, startups https://www.aicra.org/events/delhi/index.php are being extensively acknowledged as crucial engines for boom and jobs generation. Through innovation and scalable technology, start-ups can generate impactful solutions, and thereby act as motors for socio-monetary improvement and https://www.aicra.org/india-tech-startup  transformation.

According to AIM Research, Indian AI start-ups raised $836.3 million in 2020, the most important funding outlay within the last seven years at a nine.7% year-on-year growth. the identical year, the nation government hyperbolic the outlay for Digital India to $477 million to spice up AI, IoT, big data, cybersecurity, machine learning and artificial intelligence.

To wit, India’s AI system is seeing explosive growth with a lot of ingenious start-ups getting into the area. Analytics Asian nation Magazine comes with an inventory of ten exceptional start-ups leading the AI race each year.

Below,  The Top 5 Startups name are mentioned that have gained success in the field of Artificial Intelligence

1. Myelin mill

Incorporated in 2019, the myeline mill could be a deep technical school product start-up https://www.aicra.org/events/delhi/index.php#home- based by Gopichand Karaganda, Hindu deity Suryanarayana, and Hindu deity Lemann. The Bengaluru-based start-up helps remodel trade outcomes by building computer science algorithms on video, voice, and sensing element knowledge.

Myelin mill helps enterprises leverage the facility of advanced neural cipher within the shopfloor, automating https://www.aicra.org/events/delhi/index.php#home- selections on dependableness, convenience, and maintainability of plant instrumentation.

2. Next billion AI

Founded by Ajay Bulusu, Gaurav Bubna, and Shaolin Zheng in 2020, Next billion AI is headquartered in Singapore, with offices in Bengaluru, Hyderabad, and Peiping. The startup’s Northstar is to make the world’s most easy-to-use, efficient, and advanced hyperlocal AI solutions.

Next billion AI could be a mapping platform for enterprises. Next billion AI https://www.aicra.org/events/delhi/index.php#home- helps enterprises address all the map-related requirements– last-mile improvement, navigation, managing road restrictions, and finding the best-suited route for vehicles.

3. Wysa

Founded in 2015 by Ramakant Vimpat and Jo Aggarwal, Wysa helps users self-manage stressors by mixing AI-guided https://www.aicra.org/events/delhi/index.php#home- listening with probationary skilled support. The Bengaluru-based start-up has developed an Associate in Nursing AI-powered chatbot that leverages evidence-based cognitive-behavioral techniques to form the user feel detected.

The solution has hopped up one hundred million conversations. Regular users have shown a forty % improvement in self-reported symptoms of depression, the start-up https://www.aicra.org/events/delhi/index.php#home- has claimed.

Wyse could be a part of the Google Assistant Investment program. it absolutely was awarded the most effective App of 2020 award by Google Play.

4. Emotix

Mumbai-based Emotix (short for emotional intelligence) was based by IIT Mumbai alumni Sneh Vaswani, Prashant Iyengar, and Chintan Rajkar, in 2015. The start-up https://www.aicra.org/events/delhi/index.php#home- has developed a companion mechanism, Miko, to assist folks to keep their kids occupied. The start-up https://www.aicra.org/events/delhi/index.php#home- leverages AI, robotics, and web of Things to spot moods, initiate conversations and learn from its surroundings to interact with a toddler. Miko will therefore by victimization pc vision to spot, keep in mind and retrieve renowned faces and objects. The start-up is backed by Ivy Cap Ventures, Chiratae Ventures, and Your Nest Capital.

5. Ziptrax Cleantech

The Delhi-based start-up leverages AI-based engine and IoT-enabled hardware to form atomic number 3 batteries that last for up to forty % longer. Ziptrax Cleantech, based by Sonia Singh, has developed a https://www.aicra.org/events/delhi/index.php#home- digital platform to gather used batteries. Post assortment puts the batteries through rigorous tests and quality checks. The start-up https://www.aicra.org/events/delhi/index.php#home- then uses machine learning algorithms to segregate and regroup cells, and eventually uses AI to repurpose these discarded Li-ion batteries. in addition, Ziptrax Cleantech manufactures battery packs for 2 and three-wheeler EVs.

AICRA https://www.aicra.org/index supports and encourages entrepreneurs to come forward by conducting Awards and Events https://www.aicra.org/india-tech-startup  making India grow and develop at a bigger level.

Follow us for more updates on technology, start-ups, Seminars, and Events

Wish to connect you to share information about India First Tech Start-up Conclave 2022 to be organized by AICRA and the Ministry of Electronics & IT.

You may also refer to https://www.aicra.org/events/delhi/index.php#home- section for details.

For details, Contact Ms. Alka Sachdeva @ 7834999915

Or Email at alka.sachdeva@aicra.org

The post Top 5 Indian Start-ups that are Leading the AI Race: 2021 appeared first on AICRA.

AICRA has started AI https://www.aicra.ac.in/robotics-literacy-program attainment programs for learners  https://www.aicra.org/index  Certificates give appreciation and certification to the Robotic skills https://www.aicra.ac.in/rsc.php  of young learners, and encourages them to challenge their limits and more extend their talents.

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Technology and education system

Technology within the education https://www.aicra.ac.in/robotics-literacy-program   system permits youngsters to broaden their perspective of the increasing connectedness and interdependency within the world well. it’s enabled digital lecture rooms and interactive e-learning solutions that have currently become the core of the education culture/system in India. With advancements like https://www.aicra.ac.in/rsc.php AI, STEM https://www.aicra.org/aicrapost/development-of-stem-in-bharat/ education, machine learning, etc., enhance their decision-making ability and empower them to become freelance decision-makers.

Parents with increasing awareness, currently perceive the importance of early development and adopting subjects like artificial intelligence https://www.aicra.ac.in/robotics-literacy-program  and cryptography early in life. If adopted from young age cryptography and artificial intelligence https://www.aicra.org/aicrapost/development-of-stem-in-bharat/ can facilitate the overall development of kids.

Programming and planning https://www.aicra.ac.in/rsc.php area unit terribly large fields, it’s neither restricted nor fastened, therefore, students’ area unit inspired to think about numerous prospects, analyze and use logic and reasoning to return up with the tactic best suited to their https://www.aicra.ac.in/rsc.php skills. The trend of techies in demand in India has solely been rising, and little question that the long run noticeably lies within the benefit of the https://www.aicra.org/aicrapost/development-of-stem-in-bharat/ technology.

21st-century skills https://www.aicra.ac.in/robotics-literacy-program   area unit the new focus of education, to drill habits and develop these skills isn’t in any respect a simple task. colleges and oldsters, understanding the requirement of the hour of overall development became additional awake to cryptography https://www.aicra.ac.in/rsc.php and robotics’ importance.

The problems of these days and also the unforeseen advanced world of tomorrow have to be compelled to be viewed from multiple lenses — of the past and also the https://www.aicra.ac.in/rsc.php future. And currently that the technology https://www.aicra.ac.in/rsc.php is shaping what the long run would appear as if, it’ll positively be compact by yesterday and these days

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Technology-based https://www.aicra.org/events/delhi/index.php start-ups are the enterprises of the digital age and precursors to a number of the biggest companies domestically and globally. Google, Amazon, Alibaba are celebrated examples. Start-ups are dynamic and innovative. they begin little and therefore begin life as Small and medium-sized enterprises https://www.aicra.org/stem-summit-awards/ (SMEs), however, they’re completely different from ancient SMEs and need a definite set of supports from the govt and different players.

Tech start-ups https://www.aicra.org/events/delhi/index.php are young entrepreneurial ventures that bring new and innovative technology-based products and services to plug they provide solutions to customers and businesses; typically to issues we tend to didn’t grasp existed. The business model is often scalable, which means activity will expand apace as a result of solutions are offered on the web and might reach an oversized client base. In straightforward terms, start-ups https://www.aicra.org/events/delhi/index.php are creatively unquiet as they shake up the business world through innovative services and new business models.

Start-ups https://www.aicra.org/events/delhi/index.php structure an awfully little portion of the SME population. By one estimate, 213 million SMEs https://www.aicra.org/india-tech-startup operated globally in 2020, of which 1.35 million (less than 1%) were technical school start-ups. However, thanks to their potential to grow giant and therefore the innovation they create, they garner the eye of policymakers. they’re completely different from ancient https://www.aicra.org/india-tech-startup  SMEs and need a definite set of policy and program support from the government and therefore the wider start-up system

First, most technical school start-ups https://www.aicra.org/events/delhi/index.php are digital. They think about net and platform technologies and have spawned a spread of recent sectors – fintech, e-commerce, aggrotech, Greentech, and others

Second, start-ups https://www.aicra.org/events/delhi/index.php want patient capital – not credit. The latter should be maintained through interest and repayments, however, early-stage start-ups https://www.aicra.org/events/delhi/index.php  have very little or no revenue equity and grant finance are additionally appropriate for start-ups, and equity is provided for the long run.

Start-ups want early support services

The technology https://www.aicra.org/events/delhi/index.php talent of start-ups wants support on business development from incubators and accelerators. A start-up https://www.aicra.org/events/delhi/index.php begins with a thought that has to be formed into a marketable product and a profit-making enterprise.

Tech start-ups want good talent attributable to their digital nature, start-ups need employees expertly in https://www.aicra.org/stem-summit-awards/ STEM https://www.aicra.org/aicrapost/development-of-stem-in-bharat/ science, technology, engineering, and https://www.aicra.org/stem-summit-awards/  arithmetic.

Talent acquisition may be a key challenge for https://www.aicra.org/events/delhi/index.php start-ups, prompting the necessity for governments to produce instructional opportunities to come up with a stream of good graduates

Governments ought to still support SMEs https://www.aicra.org/events/delhi/index.php  for the necessary contribution they create to the economy at the same time, policymakers will build a certificatory system to handle the distinctive challenges visaged by technical school https://www.aicra.org/events/delhi/index.php start-ups.

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