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- Industry
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Intro: The future of Generative AI for Enterprises is transforming the way it operates by analyzing vast amounts of data and generating new ideas. It has the potential to change the way businesses interact with customers, create products, and make decisions. As Generative AI advances, more disruptive changes in the business landscape can be anticipated in the coming years.
ChatGPT chatbot represents a watershed moment in the history of generative AI because it can deliver human-like conversations on a wide range of topics and assist with software and hardware troubleshooting. Generative AI is wreaking havoc and leading to new Generative AI tools to raise the bar for assistive technology despite ChatGPT's gaining popularity. However, the enterprise applications of generative AI go far beyond ChatGPT. The most widely used Generative AI tools include Murf, Assbly AI, DALL.E-2, StockAI, Jasper, etc. These tools are the early adopters of generative AI technology. Therefore, AI innovation results in numerous Generative AI use cases.
Of these, a few are listed below:
Generative AI is skilled at developing hypotheses and concepts for medical research. By 2025, generative AI technology will be responsible for the discovery of more than 30% of new drugs and materials. The use of generative AI in drug discovery results in significant cost savings. According to a 2010 study, the average cost of developing a drug from discovery to market is $1.8 billion. Drug discovery costs accounted for roughly one-third of total costs, and the process took three to six years. Generative AI has already been used to design drugs for various uses within months, providing pharma with significant opportunities to reduce drug discovery costs and timelines.
Generative AI has an impact on industries by creating new materials with specific physical properties. The process, known as inverse design, defines the required properties and finds materials that are likely to have those properties rather than relying on chance to find a material that has them. As a result, materials that are more conductive, magnetic, or corrosion-resistant are discovered. The process, known as inverse design, defines the required properties and finds materials that are likely to have those properties rather than relying on chance to find a material that has them.
Generative AI is one method of producing synthetic data, which is a type of data derived from direct observations of the real world without identifying the specific sources of that data. This ensures the privacy of the data sources used to train the model. Healthcare data, for example, can be generated artificially for research and analysis without revealing the identity of patients whose medical records were used to ensure privacy.
Generative AI can answer queries more efficiently, intelligently direct users to appropriate products and services, and significantly improve the customer journey to the point of being a differentiator. By curating custom journeys, offering personalized discounts based on historical data, and creating content that resonates with them, generative AI can analyze customer data and generate personalized product recommendations and offers for individual shoppers. Retailers can benefit from this by increasing sales and customer loyalty.
Generative AI can optimize component placement in semiconductor chip design, shortening the product development life cycle from weeks to hours. Reinforcement learning (a machine learning technique) can be used by generative AI to optimize component placement in semiconductor chip design (floorplanning), reducing product-development life cycle time from weeks to hours with human experts.
Content is king, but that's due in part to how difficult it can be to generate a steady stream of it. Generating marketing copy, summarising lengthy documents, and even writing communications are all excellent business applications for generative AI. Anyone who creates content can benefit from an intelligent solution like ChatGPT to supplement their workflow.
Despite the expansion of the information economy, effective information organization remains elusive. ChatGPT or another conversational AI tool could be used as the backend of an enterprise support concierge. Chatbots already exist, but ChatGPT has the potential to change the game.
Artificial intelligence enables industries to design optimized parts to meet specific goals and constraints, such as performance, materials, and manufacturing methods. Manufacturing, automotive, aerospace, and defense industries can use generative AI to design parts that are optimized to meet specific goals and constraints, such as performance, materials, and manufacturing methods. For example, automakers can use generative design to create lighter designs, which will help them achieve their goal of making cars more fuel efficient.
