Maxim Dupont

Traditional methods, such as image flipping or color adjustment, are not up to the task of complex AI models. Generative adversarial networks offer a new way to enhance data diversity and prepare models for real-world complexity. High-quality datasets are now driving developments in healthcare diagnostics and autonomous systems. However, creating

Unlike cloud systems, edge devices are scattered in homes, factories, and public spaces. They are much easier to access physically, and the models they run are valuable assets. For companies, these models often represent years of investment. Users may handle highly personal or business-critical data. If attackers compromise these devices,

Modern networks process data streams quickly, allowing engineers to refine machine learning architectures. Telecom service providers leverage these advances to create self-optimizing infrastructures that adapt to user needs. Traditional methods took days to process complex data sets, but new approaches are improving with real-time AI adjustments. This shift supports millions

In the modern edge computing environment, distributed annotation across edge networks is becoming increasingly relevant. It aims to improve the efficiency of data processing and analytics systems, reduce latency, and minimize the amount of data transmitted to centralized cloud infrastructure. One of the core mechanisms in this approach is collaborative

The shift to localized intelligence transforms industries from manufacturing to healthcare, where split-second decisions based on accurate AI models can mean the difference between safety and disaster. Organizations leverage on-premises processing to instantly analyze visual information, reducing their reliance on cloud infrastructure. This speeds up response times, which is important

Neural Processing Units (NPUs) are specialized hardware accelerators designed to handle the unique computational demands of AI workloads, particularly those involving deep learning. Unlike traditional CPUs or GPUs, NPUs are optimized for matrix operations, low-precision arithmetic, and parallel data processing, making them highly efficient for inference and training tasks. Their