Maxim Dupont

Embodied AI in robotics is a direction in which AI is combined with the physical body of a robot, enabling it to learn and act in the real world. Unlike traditional models that work only with visual or textual data, embodied AI perceives the environment through sensors, cameras, LiDAR, or

Traditional business intelligence tools struggle to decipher why models prioritize specific data patterns over others. This is where modern interpretation techniques become essential for reliable AI. Sophisticated analysis techniques reveal how specific variables influence outcomes. Global impact metrics quantify the overall role of each data point in learning, while instance-level

A counterfactual explanation serves not only to identify the factors that influenced the model's decision but also to demonstrate what minimal changes in the input data could lead to a different outcome. For example, in the case of a loan rejection, a counterfactual explanation might indicate that "

In 2025, annotation software is an inseparable part of any machine learning project. Raw materials, such as photographs, video streams, and spatial datasets, require detailed labels that train algorithms to recognize patterns. Effective labeling directly determines how well artificial intelligence performs tasks in the real world. The higher the quality

Any data collected from systems can reflect historical, social, or technical biases. If these biases remain in the training set, the model can reproduce or even amplify them in predictions, recommendations, or decisions, which can have serious consequences. Just like historical data, algorithmic decisions or human judgments that enter the

In modern AI projects, the efficiency of data annotation directly determines the speed and quality of model development. Therefore, the question is whether to build an internal team of annotators or outsource the work to an external provider. The primary difference between the two approaches is most often reflected in