
Learn to implement Git-based MLOps for continuous delivery, automating workflows, and enabling collaboration. Explore open-source tools and hosted ML platforms with a live demo on streamlining ML pipelines.

Explore accurate latency SLO calculation methods, including histogram-based approaches, to set mathematically correct quantiles and improve service level objectives for better monitoring and performance management.

Explore the challenges and architectural considerations for building a secure, responsive, and scalable IoT cloud connecting millions of smart homes, focusing on performance, security, and system stability.

Explore Facebook's container infrastructure using Linux, Btrfs, and systemd. Learn about advanced file systems, process management, and new kernel features for high-traffic networks.

Learn to train deep learning models using Docker, NVIDIA runtimes, and PyTorch for melanoma classification on a single GPU, with practical code implementation and troubleshooting tips.

Learn to containerize a skin cancer detection web app using Docker, enhancing deployment and scalability of machine learning projects.

Explore production-grade MLflow serving: containerization, custom middlewares, monitoring, logging, and performance optimization for high-scale deployment of machine learning models as REST API endpoints.

Explore MLflow's latest features for productionizing machine learning, including model management, CI/CD, data schemas, and integration with PyTorch for seamless deployment and operation of ML applications.

Jumpstart ML projects with Databricks and Azure ML. Learn to build, track, and deploy production-ready pipelines using tools like MLflow, TensorFlow, and PyTorch for efficient, reproducible data science workflows.

Explore feature store implementation as an orchestration engine for ML pipeline stages using Spark and MLflow, focusing on deployment management, A/B testing, discovery, and governance.

Explore MLflow integration with CI/CD for streamlined model deployment. Learn to design and implement automated pipelines using the model registry, enhancing efficiency in machine learning workflows.

Learn to deploy deep transformer NLP models using MLflow and AWS SageMaker for enterprise AI, covering the full machine learning lifecycle and CI/CD pipelines for production-quality implementation.

Learn how Condé Nast evolved Spire, their user segmentation service, from notebooks to Docker images on Databricks clusters. Explore the streamlined deployment workflow, challenges faced, and solutions implemented.

Explore how Schiphol Airport leverages MLFlow for rapid iteration, deployment, and monitoring of mission-critical machine learning models, enabling multiple weekly releases and efficient adaptation to changing dynamics.

Explore observability practices, tools, and culture to enhance system monitoring, troubleshooting, and performance. Learn to implement effective logging, tracing, and alerting for improved incident response and client communication.

Learn to create custom GANs using your own images, from setup to training. Covers image collection, Docker setup, TFRecord conversion, and understanding GAN outputs for various projects like FishGAN and MinecraftGAN.

Explore hashing techniques, salted passwords, and rainbow tables in cryptography through hands-on lab exercises and practical demonstrations.

Explore public key cryptography, hash functions, and key exchange methods. Learn about block vs. stream ciphers, salting, and one-way hashing for enhanced digital security.

Learn about authorization, tokens, and Docker in cybersecurity. Explore single sign-on, Active Directory, smart contracts, JSON Web Tokens, and FIDO for enhanced digital security and authentication.

Explore Facebook's mcrouter software for transforming standalone caches into robust distributed systems, addressing challenges like transient failures and multiple clusters.

Deep dive into Kyverno 1.9 features: mutation, generation, image verification, cleanup policies, and policy exceptions. Includes demos and best practices for secure software supply chain.