Dr. Shreeram Iyer, Founder & CEO, Prisma AI

Dr. Shreeram Iyer is the Chairman and Group CEO of Prisma AI Corporation and Entire Group. He has been responsible in Overseeing the company’s business operations, financial performance, investments, and ventures. He supervised, guided, and delegated Sr. management their KRA’s. He ensured company policies and legal guidelines are clearly communicated.


Artificial intelligence (AI) is a branch of science and engineering concerned with the computational understanding of intelligent behaviour and, as a result, the development of intelligent devices. With the help of AI, computers can harness massive amounts of data and use their learned intelligence to make optimal decisions and discoveries in fractions of the time required by humans. Artificial intelligence is being credited with everything from cancer research advances to cutting-edge climate change studies. Artificial intelligence (AI) is the science and engineering of creating intelligent machines with the goal of enabling machines to think, approach, and surpass human intelligence.

Modern AI, which performs objective activities using data-trained models and often falls into the categories of deep learning or machine learning, has already impacted practically every major business. This is true in recent years, as data gathering and analysis have increased dramatically because of improved IoT connection, the proliferation of connected devices, and faster computer processing.

Of course, a lot has been said about how AI’s reliance on huge data is already having a significant impact on privacy. One of the main goals of the AI field is to create fully autonomous intelligent agents that interact with their surroundings and learn optimal behaviours, through trial and error, much like humans. AI is pervasive and has expanded beyond computer science to cover sectors such as health, security, education, and business applications. Medical diagnosis, computerized trading platforms, robot control, and remote sensing are all examples of where AI is now being used. Finance, healthcare, education, transportation, and robotics are just a few of the disciplines and industries that have benefited from it. Many tools have been developed by AI researchers to solve the most difficult issues in computer science and other domains.

The current state of AI performance varies from sub-human to superhuman. Face identification, speech recognition, object recognition, image categorization, and surpassing human intelligence are all challenges that AI applications can tackle. With the advancement of federated learning and privacy perceiving machine learning, AI technologies are also focusing on the domains of healthcare and privacy. Clinical decision support systems, computer-aided interpretation of medical imaging, and companion robots are all examples of AI in usage. It can even create music for stress and pain reduction in a hospital setting using computer-generated music. The use of AI to develop other AI is another hot subject of AI research. Few early inventors and big corporates have projects, for example, working on developing novel neural network topologies. New architectures and topologies have outperformed all previously documented ImageNet performance.

Because of the surge in interest in AI, large research on the influence of AI on society has begun, not only in technological but also in legal and ethical domains. This involves the possibility that autonomous super AI will eventually surpass human cognitive powers. Current AI researchers are concentrating their efforts on creating systems that excel at a limited set of activities. This emphasis contrasts with the goal of artificial general intelligence, which could duplicate all of the cognitive qualities associated with human intelligence, such as self-awareness and emotional awareness. Further societal problems are presented by current AI progress and our predominance as the most intelligent species on the planet. However, AI is still restricted to a small number of applications. In terms of emotional intelligence, AI is equally restricted. Only basic human emotional states like anger, joy, sadness, tension, pain, fear, and neutrality may be detected by AI. One of the next frontiers of increasing levels of personalization is emotional intelligence. The computer science principles that propel AI forward are rapidly developing, making it necessary to assess its impact not only technologically, but also socially, ethically, and legally.

Artificial Intelligence (AI) is a breakthrough discipline of computer science that is poised to become a key component of several future technologies such as big data, robotics, and IoT. In the next few years, it will continue to be a technological leader. AI has gone from science fiction to reality in a few years. Machines that assist people with intelligence exist in the real world as well as in science fiction films. We currently live in an Artificial Intelligence environment that has been a tale for several years. Many questions about AI’s future and impact on humans are currently being debated. It’s risky, but it’s also a beautiful opportunity. Both defensive and offensive cyber operations will benefit from AI. Additionally, new cyber-attack methods will be developed to exploit AI technology’s specific vulnerabilities. To some, AI is a blessing in disguise if adapted for the benefit of human mankind in generations to come.

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