Tatiana Verbitskaya

Deforestation Monitoring for AI-powered Tagging utilizes a decadal set of satellite-derived climate data and related information to detect habitat loss over multiple years. It combines programmatic access, standard frameworks, and native Python tools to enable teams to quickly discover and process information. This approach reduces noise and seasonality by utilizing

Legal investigations increasingly rely on automated tools that can process thousands of emails and documents in a matter of hours. Machine learning enables systems to quickly identify patterns, highlight relevant information, and reduce the workload on analysts. Manual verification remains a crucial step, ensuring the accuracy and contextual relevance of

The rapid development of artificial intelligence has found one of its most significant applications in aviation. Precision is an absolute priority in an industry where every day of aircraft downtime costs millions, and the price of error is measured in lives.  At the crossroads of advanced technologies and stringent safety

The rapid growth of online gaming has transformed it into a global social space where players frequently communicate, collaborate, and create shared narratives. However, like any online space, it faces challenges: offensive messages, hate speech, harassment, and misinformation. A safe space is the foundation upon which virtual communities must primarily

Next-generation routing systems combine two data streams: annotated aircraft location information and hyperlocal weather models. Modern aviation thrives on precision. By enriching ADS-B transponder signals with meteorological context, airlines gain tools for real-time decision-making. These systems analyze everything from wind shear patterns to congested air corridors, allowing route recompute in

Today, geospatial AI is actively transforming the approach to analyzing satellite and aerial imagery, opening up new opportunities for the aerospace industry. Computer vision (CV) technologies enable the automatic detection, classification, and tracking of objects with high accuracy, a capability that previously required significant resources and manual intervention. Thanks to