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AWS ML Engineering

Model Monitoring

This lesson introduces the core challenge of maintaining model performance in production: model drift. We will define the concept of drift and explore its four primary types as identified by AWS: Data Drift (changes in input data statistics), Model Drift (degradation of prediction quality), Bias Drift (changes in fairness metrics), and Feature Attribution Drift (shifts in feature importance). We will then introduce Amazon SageMaker Model Monitor as the primary service to combat this, covering its automated workflow: establishing a baseline from training data, capturing live inference data, and running scheduled monitoring jobs to compare production data against the baseline to detect deviations.

2 lessons•1h total
With Sebastian
Goal: The user will be able to articulate the business impact of model drift and differentiate between the four main types of drift. They will also be able to describe the high-level architecture and process of using Amazon SageMaker Model Monitor to automate drift detection.
Linux Security

Firewall

Introduction to firewall concepts and the legacy `iptables` tool. This lesson covers the fundamentals of layered security, the role of the `netfilter` kernel framework, and the structure of `iptables` (tables, chains). The main activity will be to construct a basic, stateful IPv4 firewall script that allows loopback traffic, established and related connections, and opens the SSH port (22) to maintain server access.

4 lessons•2h total
With Frank
Goal: Understand the core concepts of host-based firewalls and configure a basic stateful `iptables` ruleset for a Linux server.
AWS Data Analytics

Introduction

This lesson provides a foundational overview of the history and core concepts of data analytics, leading into the modern AWS data analytics pipeline and the concept of a data lake, based on the provided document 'History of Analytics and Big Data'. The session will start by covering the historical evolution from traditional data warehousing to the current 'New World Order' driven by technologies like Hadoop and cloud computing. We will then dissect the modern analytics pipeline, covering the key stages: Collection, Storage (hot, warm, cold data), Processing, and Visualization (referencing the Gartner Analytics Maturity Model). The majority of the lesson will focus on mapping these conceptual stages to the AWS Big Data Reference Architecture, identifying core services like Amazon S3, AWS Glue, Amazon Kinesis, and Amazon QuickSight. Finally, the lesson will define the data lake concept and briefly outline the five steps to building one on AWS, positioning AWS Lake Formation as a service that simplifies this process. The lesson will conclude with a recommendation to attempt the assessment questions from the chapter to self-evaluate understanding.

1 lessons•0.5h total
With Joanna
Goal: By the end of this lesson, the student will be able to explain the key stages of a modern data analytics pipeline and identify at least one core AWS service for each stage (collection, storage, processing, and visualization) as depicted in the AWS reference architecture.

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