Machine Learning in Business: How Are Companies Leveraging AI for Growth?

KEY TAKEAWAYS

Machine learning is a crucial technology for businesses, enabling them to gain insights, automate processes, and make better decisions. Implementing it requires careful planning, data analysis, and expertise. Companies across various industries are leveraging machine learning to improve efficiency, reduce costs, and achieve growth. The future of machine learning in business holds exciting opportunities, including automated machine learning tools, generative AI, explainable AI, on-device computing, human-machine collaboration, federated learning, and advancements in low-data regimes.

With an extraordinary ability to analyze vast amounts of data and gain insights from the data, machine learning has become a vital technology for the business world. Businesses are employing machine learning to streamline their processes and gain a competitive advantage. However, the effective utilization of machine learning into a business requires careful planning and execution. This article explores how machine learning can carefully be deployed into a business and how various businesses are leveraging machine learning for growth.

What is Machine Learning and How to Implement it in a Business?

Machine learning is a branch of artificial intelligence that deals with learning from data to make predictions and decisions. The ability to transform data into informed decision has made machine learning a vital tool for business world, with many companies using it to gain insights, automate processes, and make better decisions.

Machine learning essentially comprises of various algorithms that can be trained using data to enhance their efficiency in performing specific tasks. The algorithms are typically trained using three methods referred as supervised learning (where the algorithm is trained on labeled data), unsupervised learning (where the algorithm is trained on unlabeled data) and reinforcement learning (where the algorithm learns by receiving feedback on its actions).

The implementation of machine learning in business requires careful planning, data analysis, and expertise to fully utilize its potential and achieve desired outcomes. In this regard, a typical workflow for machine learning and key considerations to bear in mind at each step of the workflow are as follows:

  • Defining the objective: The objectives of employing machine learning into a business should be clearly defined in the first place. This involves strategical decision as it requires aligning the goals of machine learning initiatives with the overall business strategy. It is also important to decide the desired outcomes at this stage.
  • Data collection and pre-processing: After defining the objectives, the next step is to analyze the available data for its relevance in achieving the given objectives. The task may require collection and integration of data from other sources to fulfill the objectives. In this regard, it is necessary to establish an efficient data collection process and mechanism. As the machine learning algorithms learn from data, the quality and availability of the data plays vital role in the success of a machine learning system. In this regard, it is highly important to ensure the availability, accuracy and consistency of the data. The data pre-processing is therefore crucial to improve quality of the data. This typically include tasks like data cleaning, handling missing values, handling data imbalance, feature selection and extraction, etc.
  • Algorithm selection: Machine learning consists of several algorithms, each with different problem-solving abilities and characteristics. The choice of an algorithm typically depends on problem type, data size and complexity, available resources and some other considerations such as the requirement of interpretability. Machine learning algorithms are often black-box in nature, making them unreliable for safety-critical applications such as healthcare. Therefore, interpretability could be an important factor when selecting a machine learning algorithm.
  • Algorithm training: After selection, the algorithm is trained using the collected data. In this regard, it is crucial to correctly translate required objectives into a mathematical formulation (known as objective or cost function). The objective function serves as the guiding principle for training the algorithm, enabling the algorithm to iteratively adjust its parameters and improve its performance based on the desired objective or goal. The training process also involves finding suitable hyper-parameters (i.e., human-defined design choices) for the algorithm, typically accomplished through trial and error.
  • Algorithm testing: After an algorithm is trained, it is tested to see how well it performs on new, unseen data. This gives an idea of how accurate the model is and whether or not it is suitable for the deployment. In this regards, it is highly important to carefully select a testing dataset which can truly reflect performance of the algorithm in real-world. The biases present in the training data can also lead machine learning algorithm to make unjust or discriminatory decisions. In this regards, it is utmost important to test and ensure the fairness and transparency of machine learning system.
  • Deploying the Algorithm: If the model performs well on the test data, it is deployed in real-world to make predictions or decisions. In this regards, it is important to consider the scalability of the algorithm (i.e. its ability to handle large datasets) and efficiency (i.e. its ability to perform in real-time with quick and responsive predictions). It is also important to consider that a machine learning system requires continuous monitoring to check changes in the data patterns, and maintenance to adapt to the changing patterns. The real-world environments in which machine learning systems are deployed are dynamic and evolve continuously, such as user preferences. Therefore, machine learning algorithms are required to be continuously monitored and adapted to reflect these changes.

Use Cases of Machine Learning in Business

Companies are leveraging machine learning to improve efficiency, reduce costs, and achieve growth. Some examples of machine learning use cases in different industries are as follows:

  • The retail industry is using machine learning to analyze customers’ data such as their buying patterns, to provide personalized experiences and product recommendations to the targeted customers. The companies have reported that providing personalized information has improved customers’ satisfaction and loyalty, leading to an improvement in their business revenue.
  • The manufacturing industry is using machine learning to analyze production data from sensors and other sources to identify factors that impact production efficiency such as equipment downtime. The information is then used to improve the production process, resulting in reduced costs and improved profitability.
  •  The transportation industry is using machine learning to analyze traffic patterns, weather data and other factors for route optimization to minimize travel time and cost. Machine learning is also being used by the transportation companies for predicting unexpected breakdowns to generate maintenance alarms. Additionally, self-driving technology is heavily relying on machine learning to operate autonomously. For this purpose, machine learning is being used to analyze data from various sensors, cameras and radar system in real-time for helping vehicles to make navigation decisions.
  • The finance industry is using machine learning for analyzing patterns and anomalies in financial data to detect fraudulent transactions and provide personalized financial advices such investment and debt repayment plans. Additionally, machine learning is being used in finance for credit scoring of customers and risk management. For this purpose, they analyze various data points such as customer’s income, employment, credit history, financial assets and debt-to-income ratio etc.
  • The healthcare industry is using machine learning to analyze medical images such as X-rays, CT scans and MRIs, to identify abnormalities and diagnose diseases. Also, machine learning is being used by pharmaceutical companies for analyzing large datasets of molecular structures to predict compound which could be effective for the treatment of a specific disease. Thus, machine learning is enabling companies to streamline the drug discovery process, resulting in faster delivery of new treatments to the market.

Future of Machine Learning in Business

As machine learning continues to evolve at a rapid pace, new tools and technologies are creating exciting opportunities for businesses to incorporate this technology into their processes. Some of the recent developments are as follows:

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  • With the development of automated machine learning (AutoML) tools, it has become convenient for businesses to build and deploy machine learning.
  • The advances of generative machine learning (or generative AI) is opening up existing new use cases for many businesses such as content generation and art creation.
  • With the continuous advent of explainable AI, machine learning model are likely to become more trustworthy in future, which in turn will boost their real world applications especially in safety-critical domains.
  • The advances in on-device computing, also known as edge computing, have enabled machine learning to process and analyze data in real-time, thereby reducing latency and enhancing efficiency.
  • Human-machine collaboration, where machines assist humans in decision-making, is expected to play a vital role in business areas such as healthcare diagnosis and customer support.
  • The development of federated learning enables machine learning models to be trained on decentralized data sources without transferring data to a central location, thus preserving data privacy and security.
  • The advent of foundation machine learning and transfer learning has enabled businesses with low-data regimes to effectively train machine learning algorithms.
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Dr. Tehseen Zia

Dr. Tehseen Zia has Doctorate and more than 10 years of post-Doctorate research experience in Artificial Intelligence (AI). He is Tenured Associate Professor and leads AI research at Comsats University Islamabad, and co-principle investigator in National Center of Artificial Intelligence Pakistan. In the past, he has worked as research consultant on European Union funded AI project Dream4cars.