"Artificial Intelligence (AI) technology is advancing at an unprecedented rate, revolutionizing industries worldwide. With its proven effectiveness and decreasing risk, businesses are eagerly integrating it into their operations. However, to leverage its potential, it's crucial to differentiate between data analytics (along with predictive analytics) and machine learning. By understanding this distinction, companies can effectively utilize AI to achieve tangible results."
Data Analytics
Data analytics is ubiquitous in today's world, with a plethora of readily available products providing a wealth of data to its users. Marketers, for instance, have access to a wide range of tools such as Google Analytics, MailChimp, and other dashboard-based systems, ensuring a constant supply of data. However, while data mining can provide raw numbers, it does not necessarily offer actionable insights.
To extract commonalities such as averages, ratios, and percentages from abstract information, structure is essential. Aggregation, on the other hand, enables the identification of patterns and exploration of variables to deliver targeted and impactful analysis. Nevertheless, most data analysis is descriptive and requires information about past events to yield insights. Additionally, the process is human-based, where people propose assumptions, then test their validity using data.
Predictive analytics, on the other hand, collects data to test and predict future outcomes. Human analysts engage with data to validate patterns and formulate hypotheses based on the assumption that future events will follow the same patterns. However, predictions are limited by various constraints, including the volume of information, time limitations, and cost considerations. Going into detail means an increased cost or time investment, which limits the predictive scope.
Machine Learning
"Machine learning is like predictive analytics on steroids. By setting parameters and letting AI systems automatically make and test assumptions, humans can learn from the results without any additional interaction. Thanks to its lightning-fast data testing and retesting capabilities, machine learning makes predictive analytics incredibly efficient and cost-effective.
The speed and autonomy of machine learning allows for a level of data analysis that surpasses human capabilities. This means that insights are stronger and more certain than ever before.
In addition to automating simple tasks that previously required human intervention, machine learning can also uncover new knowledge from existing data and analyze a range of data types, including audio, video, and images. With its ability to handle massive amounts of data, machine learning is a game-changer for businesses of all kinds."
These edits clarify the benefits of machine learning and highlight its potential impact on businesses.
How the A.I.-Driven Revolution is Happening in Finance
The Finance Revolution: How Artificial Intelligence is Changing the Game
Artificial Intelligence (A.I.) is transforming the way hedge funds and large institutional investors analyze data to uncover profitable investment opportunities. With the ability to scan thousands of individual securities and cryptocurrencies for patterns and trends, A.I. generates trade ideas that have given these investors a significant advantage over retail investors.
But the game is changing. Tickeron has launched an innovative investment platform that gives everyday investors access to sophisticated A.I. for a range of functions previously reserved for institutional players:
And much more. Retail investors no longer have to be at a disadvantage in the financial markets. They too can harness the power of A.I. to make informed investment decisions.
Don't miss out on this finance revolution. Visit Tickeron.com to learn more about how you can access cutting-edge A.I. technology for your investment portfolio.
Tickeron's Products
The main idea behind technical analysis is the ability to find recurring price patterns and trends and use them to predict the direction of future market trends. We started with the creation of AI-based Engines (Pattern Search Engine, Real-Time Patterns, Trend Prediction Engine) that allow us to effectively analyze market trends. We then have explored almost all existing methods (price patterns, trend indicators, oscillators, and many others) using neural networks and deep historical backtests. As a result, it was possible to form a pool of trading algorithms that together allow our AI Robots to effectively determine the key points of change in market trends.