machine_learning

Feel Behind on AI? Here Are 8 Practical Ways to Catch Up in 2025

Feel Behind on AI? Here Are 8 Practical Ways to Catch Up in 2025

AI adoption has surged to 72% of companies worldwide, yet most struggle to capture full value at scale. This practical guide cuts through the noise to help you identify AI opportunities that truly matter for your business. Learn how to understand the 2025 AI landscape, align AI with high-value product enhancements, leverage generative AI for transformative features, and conduct a data inventory to uncover hidden potential. Don’t get left behind, learn how to start your innovation journey today with this strategic roadmap and join the companies turning their AI dreams into reality.

DeepSeek, Cost-Effective AI, and the Path to AGI: A Conversation with one of Xyonix's Principal Data Scientists

DeepSeek, Cost-Effective AI, and the Path to AGI: A Conversation with one of Xyonix's Principal Data Scientists

When DeepSeek claimed to have trained a top-tier AI model for a fraction of the usual cost, the tech world took notice—but was it truly a breakthrough, or just clever marketing? With unprecedented transparency and bold promises, DeepSeek challenged the norms of AI development, sparking excitement and skepticism alike. In this article, Xyonix’s Marketing Coordinator, Jessie Dibb, sits down with AI expert Carsten Tusk to cut through the noise, separating fact from hype and unpacking what it means for the future of AI.

Filling in the Gaps: AI-Powered Data Imputation Using Autoencoders

Filling in the Gaps: AI-Powered Data Imputation Using Autoencoders

Missing data can disrupt machine learning workflows, but imputation can help fill in the blanks to keep your models on track. Autoencoders, a type of neural network, excel at reconstructing data by learning complex patterns, outperforming traditional methods like random forest imputation. In our experiment on housing data, autoencoders reduced errors by 3-6 times across features, proving their effectiveness in handling intricate feature relationships. This makes them a powerful tool for imputation and beyond, with applications in denoising, feature extraction, and anomaly detection.

Using AI to Predict Influenza, C19 and Other Infectious Disease Rates

AI can be used to generate regional forecasts of infectious disease rates that, in turn, empower government and other leaders to make prudent social distancing and other preemptive modifications. As a case study, we will look at influenza data supplied by the Centers for Disease Control. Our goal is to use ILI data to train a model that will accurately predict future seasonal flu levels.