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Course Outline

Overview of AIOps

Historical development and evolution of AIOps

Strategic significance of AIOps for contemporary information technology infrastructure

Distinctive features differentiating AIOps from IT Operations Analytics

Foundational technologies and operational principles

The AIOps system lifecycle framework

Associated operational practices and methodologies

AIOps Within the Organizational Framework

Primary drivers and contextual influencing factors

Alignment with DevOps integration strategies

The function of AIOps in Site Reliability Engineering (SRE)

Implications for IT security and risk management

Challenges posed by data volume, telemetry, and system complexity

Emerging paradigms for assessing systemic health and stability

Core Technologies – Data Infrastructure

Definition and scope of Big Data

The five dimensions (5 Vs) of Big Data characteristics

Specific attributes of Big Data within AIOps contexts

Identification and classification of data sources in AIOps ecosystems

Addressing challenges related to data heterogeneity and processing requirements

Core Technologies – Machine Learning (ML)

The interplay between Artificial Intelligence, Machine Learning, and AIOps

Application of supervised versus unsupervised learning techniques in AIOps

Comparative analysis of machine learning against traditional analytics methods

Utilization of ML models for specific AIOps functions

Projected advancements in AI applications for IT operations

Evaluation of machine learning relative to broader data analytics strategies

AIOps and Operational Performance Metrics

Essential operational metrics for evaluating IT environments

Critical performance indicators across diverse system architectures

Definitions and applications of Service Level Agreements (SLA), Service Level Objectives (SLO), and Key Performance Indicators (KPI)

Metrics governing incident detection and classification procedures

Temporal performance metrics: Mean Time to Detect (MTTD), Mean Time Between Failures (MTBF), Mean Time to Acknowledge (MTTA), and Mean Time to Resolve (MTTR)

Strategies for managing and maintaining service level agreements

Operational Use Cases and Cultural Transformation

Transitioning from reactive remediation to proactive operations

Defining attributes of traditional, reactive IT operations models

Shifting from deterministic rules to probabilistic forecasting methodologies

Documented real-world implementations and applications of AIOps

Organizational change management facilitated by AIOps adoption

Leveraging historical data for predictive analytics and future state modeling

Evaluating the Impact of AIOps

Primary performance indicators for assessing AIOps effectiveness in IT operations

Interoperability between AIOps, DevOps, and SRE frameworks

Mechanisms for enhancing the accuracy of AI models through AIOps feedback loops

Advancements in comprehensive system observability

Methods for monitoring and quantifying operational improvements driven by AIOps

Alignment of AIOps metrics with DevOps Research and Assessment (DORA) performance indicators

Strategic Implementation of AIOps in Government Operations

Mitigation of common implementation risks

Ethical considerations and governance of machine learning in AIOps systems

Recommended pathways and strategic approaches for deployment

Ensuring data integrity and alignment with established operational processes

Cultivating organizational culture and supportive practices for successful adoption

Compliance with federal data regulations and security standards

Protocols for managing and correcting machine learning model discrepancies

Safeguarding user privacy and protecting sensitive government data

Requirements

Fundamental comprehension of IT vocabulary and practical experience deploying information technology solutions for government operations.

 35 Hours

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