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.

—————————————————————————————————————————————————————-

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.

How is the Mobility Landscape Changing?

Mobility technology is a driving force in making transportation more user-friendly and accessible. Smart mobility is propelling city economic growth, improving logistics supply chains, increasing labor market accessibility, and opening up new markets for businesses.

Smart mobility technologies such as shared bikes and e-scooters are changing the urban mobility ecosystem, and cities are responding by building dedicated lanes and improved transportation systems.

Why is AI Important to Mobility?

Smart cities all over the world strive to provide more efficient and environmentally friendly transportation options. Transportation options such as Connected Autonomous Vehicles (CAV) and drone deliveries will soon dominate the mobility landscape. Because of the constant increase in traffic, traffic-induced noise and pollution, and the limited availability of space in urban areas, the way people and goods move will have to change dramatically.

Machine learning, artificial intelligence, and data analytics are used by organizations to identify, predict, and solve mobility challenges. Companies and cities can use artificial intelligence technology to transition to autonomous mobility — highly personalized and environmentally friendly systems.

Eight Ways AI is Impacting Mobility

Here are the top eight ways in which AI is changing mobility.

1. Smart Grid Management

Electric cars need to charge their batteries now and then. But many people don’t know that they can also resell the power stored in electric cars’ batteries back to the electrical grid. AI can predict the best times to charge your electric vehicle and when to use it for Vehicle-to-Grid (V2G) “un-charging.” Smart grid management enables drivers to reduce costs and increases the efficiency and stability of the entire grid.

2. Transportation Systems

Mobility-as-a-Service (MaaS) enables users to quickly plan trips using different means of transportation. With MaaS, commuters can book, manage, and pay for rides using personal devices like smartphones or other connected devices.

When powered by AI, MaaS systems gain significant benefits, like fully autonomous driving and smart tracking. Additionally, MaaS with AI-based controllers can optimize, monitor, and coordinate autonomous car fleets while offering great options to individual users.

AI-based MaaS can also be applied to ride-sharing, enabling users to share autonomous cars across an optimized route in a much cheaper and safe way. Ride-sharing users can also get a greater social experience when riding with people of similar interests. This can change traditional transportation networks and transform the way people commute.

3. Driver Tracking

A driving monitoring system uses cameras to monitor the alertness of the driver. The system detects the driver and assesses his or her level of concentration. When a driver is distracted, the system alerts them. Drivers can use AI-based systems to customize vehicle settings such as seat position, temperature, and mirrors.

This technology is based on AI algorithms that monitor head position, eye openness, and other alertness indicators. If necessary, the system alerts the driver to refocus or take a break. Posture management allows for the most effective deployment of airbags in the event of an accident.

4.Self-Driving Vehicles

Despite public skepticism, driverless vehicles are slowly but steadily making their way into the transportation sector. While the majority of self-driving vehicle companies are still running pilot projects to ensure passenger safety, some have already deployed vehicles on public roads. As this technology advances, self-driving vehicles may gain widespread acceptance and become the norm for consumers.

Computer vision and deep learning systems are the brains of a self-driving car. These systems are responsible for processing and giving context to all the information that comes from the sensors. A self-driving car’s data is coming from multiple different sources like cameras, radar, and Light Detection and Ranging (LiDAR). Computer vision systems need to process data from all these different sources. As a result, environment information gathering becomes a very comprehensive task.

5.Traffic Management

Every day, people face traffic congestion issues. AI has matured to the point that it can now solve this problem. Cameras and sensors are embedded throughout roads to collect traffic data. These details are sent to cloud-based big data analytics and AI-based systems. These big data tools perform an analysis to identify traffic patterns and predict congestion.

Drivers can also use AI to improve road safety and reduce wait times. Important traffic information such as accidents, road closures, and the shortest routes to a destination can assist drivers in traveling without encountering traffic congestion.

6.Manufacturing

AI is also changing the way cars are built. For example, Kia recently introduced the Hyundai Vest Exoskeleton (H-VEX) wearable robot. The robot is used to improve car assembly lines as well as to protect factory workers.

Another example is Automated Guided Vehicles (AVGs), which are designed to transport materials without the use of humans. Welding and painting robots powered by AI can detect manufacturing flaws and adjust their processes accordingly. These AI-powered robots make automobile manufacturing safer, more efficient, and less expensive.

7.Insurtech

Technology applications in insurance, also known as insurtech apps enable drivers to file their damage assessments after an accident and driver risk assessments based on risk factors filtered out of big data.

8.Smart Cities

AI-based systems have a huge impact on the way cities expand and grow. For instance, autonomous vehicles can initiate a de-urbanization trend. Autonomous vehicles offer a cheaper, faster, and safer way to commute. People can live outside of cities and use self-driving cars to get to work quickly. And since they aren’t driving, they can be fully productive during the ride, using commute time to continue working while the AI drives the vehicle

Conclusion

The transportation industry is ever-changing. Artificial intelligence and machine learning are already reshaping the automotive industry. AI-based systems aid in the reduction of traffic accidents and fatalities, the reduction of manufacturing costs, and the improvement of service levels. On the other hand, when businesses fail to adapt and follow the new trend, AI-based automation and systems can result in technological unemployment.

——————————————————————————————————————-

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 is Changing the Mobility Landscape appeared first on AICRA.

We’ve collected a list of top-tier universities and online forums that provide Best Artificial Intelligence courses (Best AI Courses) to help you gain this knowledge and achieve your career goals.

Artificial Intelligence Certification Program by Stanford University

This is the best artificial intelligence course, and it’s ideal for students studying computer programming and language programming, as well as software engineers who will eventually work with AI. Stanford University offers an AI certification programme taught by famous Professor Andrew Ng.

The course covers topics such as:

• Machine learning, knowledge representation.
•  Logic and probabilistic models.
• Robotics, natural language processing, and visual learning.

Artificial Intelligence A-Z

This course provides a thorough knowledge of Artificial Intelligence, such as Machine Learning, Data Science, and Deep Learning, to create AI designs for real-world applications.

The course covers topic such as:

• Artificial Intelligence, it’s working, and its uses.
• Artificial Intelligence Designs.
• Intuition Q-learning, Deep Q-learning, and Deep Convolutional Q-learning.
• Learning to work with A3C.
• Control advanced AI models.
• Build Virtual Self-driving cars.
• AI programming to test games and defeat them.
•  Actively solving real problems in the world by using various AI designs.

AI course for Everyone by Coursera

This course is offered by deeplearning.ai, which was founded by Andre Ng of Stanford University, the founder of Google Brain and a prominent Adjunct professor.

The course covers topics such as:

• Machine learning and what its functions are.
• The technical know-how of machine learning and non-technical explanations of deep learning.
• Short quizzes to assist in grasping new and difficult concepts

Introduction to Artificial Intelligence with Python by EdX

Harvard University brings forth this incredible opportunity to obtain a Verified Certificate in using AI with Python to understand and implement AI technology using complex mathematical concepts.

The course covers topics such as:

• Probability theories and logical inference to understand the process of creating AI powered devices.
• Knowledge of machine learning, reinforcement learning, neural networks, and various other techniques to process data for building AI.
• To work with Bayesian networks and Markov models.
• Working with Graph Search Algorithms.
• Creating constraint satisfaction designs.

IBM Applied AI certification course by Coursera

This is a great opportunity for people to learn Python, develop virtual assistants and chatbots for their companies, and gain knowledge of neural networks, machine learning, and deep learning.

The course covers topics such as:

• Usage of minimal coding to create AI-powered programs with APIs, Python, and IBM’s Watson AI service.
• Virtual assistants and chatbots to assist customers and clients in the absence of physical customer support for your business.
• Application of vision techniques to upload various design and classification models.

AI application with Watson by edX

This course provides a thorough understanding and application of IBM’s Watson to create smarter AI programs for more realistic and humane responses and functions.

The course covers topics such as:

•  Programming AI to transcribe and evaluate big data sets and apply specific functions to improve efficiency.
• Chatbots to grasp grievances by improving its IQ through Watson’s discovery automatically.
• Designing Watson to analyze tone and customer preferences.

Google AI Powered by Google

Google has designed an education program to help people identify the use of Artificial Intelligence to further the social agenda in our various communities.

The course covers topics such as:

• A basic understanding of machine learning, AI explorable, recommendation systems, and data clustering.
• How to test and debug Machine learning and prepare data.
• Using AI responsibly for the benefit of society.

—————————————————————————————————————————————————————-

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 Which are the best AI courses available? 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.

——————————————————————————————————————————————————————–

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.

The fear of robots replacing humans in job roles is unnecessary. Automation has very less effect on job roles that involve managing people, applying expertise, and social interactions, where machines are unable to match human performance at least for now. There are also some jobs (Mostly jobs in unpredictable environments) that are technically difficult to automate.

People see how automation is replacing humans from different job roles but one important thing that they don’t notice is the new jobs created by automation and new technologies. According to experts, we might see a spur of job creation by 2030.

Globally, we estimate that 250 million to 280 million new jobs could be created from the impact of rising incomes on consumer goods alone, with up to an additional 50 million to 85 million jobs generated from higher health and education spending.

Article: Jobs lost, jobs gained: What the future of work will mean for jobs, skills, and wages from www.mckinsey.com

The investments made in technologies like artificial intelligence are expected to gain by 50 % by 2030, this will create 20 to 30 million jobs globally.

Automation will transform the world and workplace but it is not going to cause any harm to the workforce until and unless employees are ready to adapt to the new scenario and update themselves with new skills required to go hand in hand with automation and technology.

Will there be enough work in the future?

Sufficient economic growth, technological innovations, and investments are enough to create new jobs in the future.

Benefits of automation in workplaces

• Improved safety and security: With automation robots are taking over hazardous jobs such as jobs involving blades, welding, chemical exposure, and more. It’s obvious why human error can have huge consequences in this setting, especially after workers have been on the line for long hours. Automation also reduces human errors in office settings by accurately monitoring unusual cyber activities.
• Product/Service quality: One of the most significant advantages of automation is the elimination of weariness. Furthermore, robots do not require restroom breaks or sick days. They can produce the same thing in the same way for as long as you want, with almost little fluctuation in quality. In an office setting, automation also provides higher product quality. Automation personal assistance can plan for your office meetings and also remind you about your hospital appointment.
• Higher profits: Automation has the potential to create higher profits by accelerating business growth. For example, while the development of ATMs may have reduced bank teller jobs, the number of branches expanded since ATMs made it cheaper to operate each branch. As a result of the capacity to service more clients over long hours at a lower cost, bank teller employment grew overall.
• More value to employees: By automating aspects of your business, you may provide your employees more value and make them more productive. Furthermore, it will most likely lead to more interesting work.
• Freedom from boredom: Automation allows human employees to focus on more critical jobs band free them from busy and repetitive works.

Conclusive thoughts

Automation in the workplace has huge benefits for everyone. It expedites time-consuming activities, enhancing the candidate and employee experience. This boosts revenue, productivity, and the employer brand. While some people are concerned that AI, automation, and robots will take their jobs away, the facts.

————————————————————————————————————————————————————–

Global Artificial Intelligence Summit & Awards 2022

f 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 Artificial Intelligence Transforming Work Places? appeared first on AICRA.

 We are living in an era of social media with an active population of 3.81 billion. Social media has become the favorite baby of many business sectors since it provides a great way to find new clients or nurture their relationships with existing ones. Social media platforms like Facebook, Instagram, etc. are dealing with an unimaginable amount of data that is increasing exponentially with each passing year. 

The analysis and management of bulk data consisting of social media spaces are done through the incorporation of Artificial intelligence and several other technologies. 

As we all know, AI makes a machine think and act accordingly.AI & machine learning together helps various social media platforms make sense of the user-generated data. Ai empowered analysis of voluminous data helps companies to perceive what’s trending, different hashtags, and patterns. Using various algorithms, AI can detect unstructured user comments and thereby offer a customized experience and concede crisis. For example, Facebook with the help of AI grasps the likes & interests of users to serve content accordingly.

Artificial intelligence has great relevance in social media networks. It creates better and more efficient ways for marketing. The influence of AI in social media automates some of the labor-intensive tasks and makes them more focused on higher-value tasks. 

Ai can also dramatically enhance the revenue from your social media investments giving you an insight into effective posts, relevant audiences, and the channels that work best for you.

Let’s now go through some of the Use cases of Ai in social media marketing

• Content creation & Management

Ai helps us to produce and distribute effective sharable content. Ai tool analyses past experiences and learn what works in each channel. It develops the right message at the right time according to the interested audience.

• Social media insights

Several AI-powered tools are used to measure and improve brand equity, detect consumer trends, and understand target audiences. It also recommends what to post and when to post after learning about successfully implemented strategies by others.

• Advertising

Ai tools can literally create effective ads optimized for clicks and conversions.AI can also analyze PPC advertising across Facebook and Instagram, then offers recommendations to improve performance based on data.

• Ai powered chatbots

Businesses use Ai-powered chatbots to answer customer queries. These chatbots can effectively proceed with conversations with consumers and provide them with the required answers.

• Increased security

Artificial intelligence is also used to ensure the security of user data by adding features like user authentication, pattern detection, fraud prevention, etc.

Artificial intelligence is here to stay forever. Ai has a great impact on social media networks. Social media is the biggest virtual market in the future and AI helps it to improve in every possible way. 

The post Rising Influence of AI on social media platforms 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..!

————————————————————————————————————————-

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.

An article from IBM says, AI’s capability to analyze massive quantities of data with lightning speed means security threats can be detected in real time, or even predicted based on risk modeling. As AI reaches new frontiers, there must be a framework for ensuring AI is accurate and ethical.

On the other hand, experts observed that Ai can be resource-intensive so, the technology implementation is not practical in many applications. for the time being, let’s ignore this fact and think about the giant investments flowing through the cybersecurity community to develop AI-empowered tools. Researchers suggest Use of artificial intelligence with this kind of investment may have a lot to offer in the cybersecurity sector.

AI empowered security measures in modern-day businesses

Every modern business incorporates high-level security measures for keeping their data safe from hackers.AI empowered security measures are designed to work around the clock and it only requires milliseconds to identify & respond to the occurrence of cyber-attacks.

Capgemini research institute analyzed the role of cybersecurity, and their report says that “building up cybersecurity defenses with AI is imperative for Business organizations. This is, in part, because the survey’s respondents (850 executives from cybersecurity, IT information security, and IT operations across 10 countries) believe that AI tools are necessary for cybersecurity.”

After all, hackers are already using the technology to perform cyberattacks. Artificial intelligence will open new doors to enhance the existing cybersecurity solutions and it can be a boon to organizations.

Integration of AI in cyber security systems

Integration of AI in existing cybersecurity systems requires planning, training, and groundwork preparation. Once it is done, you can create more accurate, biometric-based login techniques, detect threats and malicious activities with the assistance of predictive analysis, enhance learning and analysis through natural language processing, Securing conditional authentication and access, and many more.

Big companies like CrowdStrike, FireEye, and Fortinet are already using Ai tools for their digital security.

Ai technologies show significant growth in the cybersecurity sector, but Just like AI tools help to accurately identify and stop cyberattacks, the AI systems can also be used by hackers to launch more sophisticated attacks. Adversarial AI is a term used to define the development and use of AI for illegal purposes like hacking. The famous software company, Accenture identified adversarial AI when their system started weirdly misinterpreting inputs. Intentionally modified inputs can trick the system into misidentifying or misclassifying objects.

In a Nutshell

Ai vulnerabilities are a feast to hackers but still, the positive side of the technology outweighs the negative.AI provides much-needed analysis and threat identification that can be acted upon by cybersecurity professionals to reduce breach risk and improve security posture. An abundance of Ai powered cybersecurity tools are waiting for us in the future. Let’s build powerful human-machine partnerships that push the boundaries of cybersecurity.

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 AI in cybersecurity: Boon or bane appeared first on AICRA.

A number of research studies have already found that AI can perform as well as or better than humans at key healthcare tasks such as disease diagnosis. Algorithms are already outperforming radiologists in detecting malignant tumors and advising researchers on how to build cohorts for expensive clinical trials. However, we believe that it will be many years before AI replaces humans in broad medical process domains for a variety of reasons. In this article, we discuss the potential for AI to automate aspects of care as well as some of the barriers to rapid AI implementation in healthcare.

Artificial intelligence is not one technology, but rather a collection of them. Most of these technologies have immediate relevance to the healthcare field, but the specific processes and tasks they support vary widely. Some particular AI technologies of high importance to healthcare are defined and described below.

Machine learning has the potential to provide physicians and hospital staff with data-driven clinical decision support (CDS), paving the way for increased revenue. Deep learning, a subset of AI designed to identify patterns, employs algorithms and data to provide healthcare providers with automated insights.

Examples of AI in Medicine and Healthcare

AI can improve healthcare by promoting preventative medicine and the discovery of new drugs. IBM Watson’s ability to pinpoint treatments for cancer patients is one example of how AI is influencing healthcare, as is Google Cloud’s Healthcare app, which makes it easier for health organizations to collect, store, and access data.

Researchers at the University of North Carolina Lineberger Comprehensive Cancer Center used IBM Watson’s Genomic product to identify specific treatments for over 1,000 patients, according to Insider Intelligence. The product used big data analysis to determine treatment options for patients with tumors that had genetic abnormalities.

Google’s Cloud Healthcare application programming interface (API) includes CDS offerings as well as other AI solutions that assist physicians in making more informed clinical decisions about patients. AI in Google Cloud uses machine learning to extract insights from users’ electronic health records, allowing healthcare providers to make better clinical decisions.

Google teamed up with the Universities of California, Stanford, and Chicago to develop an AI system that predicts the outcomes of hospital visits. This helps to reduce readmissions and the length of time patients spend in hospitals.

Benefits of AI in Healthcare & Medicine

Integrating AI into the healthcare ecosystem provides numerous benefits, including the ability to automate tasks and analyze large patient data sets to provide better healthcare faster and at a lower cost.

Administrative tasks account for 30% of healthcare costs, according to Insider Intelligence. Some of these tasks, such as pre-authorizing insurance, following up on unpaid bills, and maintaining records, can be automated by AI to reduce the workload of healthcare professionals and ultimately save them money.

AI has the ability to analyze large data sets, resulting in patient insights and predictive analysis. Obtaining patient insights quickly assists the healthcare ecosystem in identifying key areas of patient care that require improvement.

AI is also used in wearable healthcare technology to better serve patients. AI-powered software, such as FitBits and smartwatches, can analyze data and alert users and their healthcare providers to potential health issues and risks. The ability to assess one’s own health through technology reduces professionals’ workload and prevents unnecessary hospital visits or remissions.

The post Use of AI in healthcare & medicine is booming appeared first on AICRA.

There are several factors for the success and also the failures of the start-up,/-7 however out of all those, each start-up should comprehend a number of the promoting factors to get on the list of that 100%.

The All-India Council for Robotics and Automation https://www.facebook.com/aicra  believes in implementing Robotics skill center https://www.aicra.ac.in/rsc.php to enhance innovation automatically helping the start-ups to grow in the technology sector

There are various tips to grow start-ups, but given below the top five would definitely bring result faster and easy growth to the business

1. Website

In today’s digital world, an internet site could be a necessity for a business whether or not it should be massive or tiny. Moreover, 24/7 customers are going to be on the net. So, your business or company hasn’t got any visibility on the net, then your business to about to lose some nice opportunities. an internet  https://www.aicra.org/events/delhi/index.php site is that the one that makes to accomplish completely different selling ways and makes your business to grow.

2. Videos

Many businesses  https://www.aicra.org/events/delhi/index.php have however to grasp however videos play a big role within the company world. Videos square measure a part of human activity together with your customers, new product or service announcements, and merchandise or service updates. Therefore, you’ve got to make sure that your videos square measure of the best quality because the success of your business depends on this issue. Videos https://www.aicra.ac.in/rsc.php  is of various sorts like company videos, explainer videos, demo videos, product or service videos, and presentation videos.

3. Apps

These days mobile applications  https://www.aicra.org/events/delhi/index.php square measure enjoying important role within the business. an inquiry shows that the time spent on mobile phones has enlarged 575% compared to the previous years. So, apps are getting the dominant variety of digital interaction.

4. Infographics

Infographics categorical advanced messages to viewers in a very method that enhances their comprehension. They represent the visual data  https://www.aicra.org/events/delhi/index.php  that helps to interact with your product or services. pictures square measure typically an associate extension of the content of a written article, however, infographics convey a self-contained message or principle. It creates a user engagement wherever they will perceive simply regarding your product or service. There square measure many varieties of Infographics like Cause and result Infographics, Quantitative Infographics, written account Infographics, Product Infographics. opt for the simplest https://www.aicra.ac.in/rsc.php  infographics that your business wants.

5.VR&AR

The terrible existence of business depends upon the formula to update. These latest  https://www.aicra.org/events/delhi/index.php technologies are hugely useful to you as a start-up. Artificial Intelligence technology https://www.aicra.ac.in/rsc.php  helps businesses to grow faster with easy access.

The post Tips to market your Startups appeared first on AICRA.