
Live Kubernetes debugging session using Elastic Stack, covering health checks, monitoring, tracing, logs, and deployment verification. Demonstrates practical troubleshooting techniques for critical app issues.

Learn to automate tedious tasks using Google Sheets' extensibility and JavaScript client library. Combine data from various sources, analyze it, and generate reports effortlessly, boosting your productivity.

Explore KSQL, a SQL-like language for Apache Kafka, enabling powerful stream processing applications with ease. Learn its benefits and see live coding demonstrations.

Explore failure cases of popular machine learning algorithms through live demos, from linear regression to deep learning, revealing limitations and potential pitfalls in AI applications.

Exploring AI's dual nature: neural nets vs. logical reasoning. Discusses Cyc platform, hybrid approaches, and the future of trustworthy AI decision-making and explanation.

Comprehensive exploration of Apache Kafka's ecosystem, covering core concepts, APIs, and advanced features. Includes live demo showcasing Kafka's capabilities as a robust streaming data platform.

Explore data science concepts and increase data acumen using ISLE, an interactive platform designed to empower diverse learners in understanding, interpreting, and making decisions with data.

Engineering techniques for successful ML systems: unify teams, apply software best practices, identify success metrics, start simple, automate early, and refactor continuously for effective enterprise AI adoption.

Explore data science applications in COVID-19 prediction, including county-level forecasting and chest X-ray analysis. Learn about model building, AutoML, and the crucial role of domain expertise in improving predictions.

Explore the journey from ML experimentation to production, covering MLOps, TensorFlow Extended, and pipeline architectures for scalable, maintainable machine learning applications.

Hands-on introduction to reinforcement learning, covering Markov decision processes and RL algorithms. Includes live coding of a GridWorld simulation and practical steps for industrial applications.

Hands-on demonstration of building a Telegram bot using Apache Kafka, Go, and ksqlDB for real-time data processing and querying, showcasing event-driven architecture and stream processing capabilities.

Explore innovative development metrics to navigate uncertainty, predict outcomes, and articulate trade-offs in software projects using data-driven insights and probability-based approaches.

Explore Vaex, a powerful DataFrame library for efficient data manipulation and visualization of massive datasets on a single machine, enabling real-time analysis without cluster overhead.

Explore the life cycle of data scientists, from model interpretability to workflow automation, with insights from industry experts on challenges and future trends in the field.

Comprehensive exploration of Apache Kafka's ecosystem, covering core concepts, architecture, and advanced features like stream processing APIs, with practical demonstrations and industry insights.

Explore real-world applications of reinforcement learning in industry, from robotics to tech and transport. Learn to identify RL-suitable challenges and implement practical solutions.

Explore graph databases' power in understanding complex data relationships. Learn use cases, theory, data science applications, and common pitfalls from industry experts in this insightful interview.

Explore modern process automation in microservices and event-driven architectures. Learn strategies for integrating components, implementing end-to-end processes, and addressing challenges in contemporary software design.

Explore data mesh principles for delivering data-driven value at scale. Learn about domain-oriented ownership, data as a product, and the earliest explorable data concept to transform organizational data handling.

Explore Abzu's QLattice, an explainable AI technology inspired by Feynman's path integrals. Learn how it predicts and explains outcomes using simple mathematical equations, demonstrated through a heart failure case study.