Course Outline
Identification of Site Reliability Engineering Anti-Patterns
- Detection of ineffective operational practices
- Assessment of anti-pattern impacts on system reliability
- Implementation of corrective strategies and industry best practices for government systems
Service Level Objectives as Indicators of User Satisfaction
- Definition of Service Level Indicators (SLIs) and Service Level Objectives (SLOs)
- Management of error budgets to balance operational resilience with innovation requirements
- Analysis of constraints within distributed system architectures
Construction of Secure and Resilient Infrastructure
- Design methodologies for fault tolerance and systemic resilience
- Incorporation of security protocols into reliability engineering frameworks
- Strategies for system scalability and data protection compliance
Comprehensive Full-Stack Observability
- Implementation of instrumentation and metrics collection processes
- Utilization of distributed tracing and synthetic monitoring techniques
- Application of observability-driven development principles for government applications
Platform Engineering and Artificial Intelligence for Operations (AIOps)
- Adoption of platform-centric engineering methodologies
- Deployment of automation and orchestration tools within SRE practices
- Leverage of DataOps and operational intelligence to enhance decision-making
Incident Management within Site Reliability Engineering
- Clarification of roles and responsibilities during incident response
- Application of rapid decision-making frameworks, such as OODA (Observe, Orient, Decide, Act)
- Utilization of automated remediation and AI/ML-assisted resolution techniques for government operations
Chaos Engineering Principles
- Strategies for testing systemic resilience through controlled failure injection
- Planning and execution of “game day” exercises to simulate operational disruptions
- Analysis of outcomes from failure experiments to improve system robustness
SRE as an Extension of DevOps Practices
- Integration of Site Reliability Engineering into existing DevOps workflows
- Fostering cultural alignment and cross-functional collaboration
- Facilitating organizational transformation through the adoption of SRE principles for government entities
Post-Course Exercises
- Analysis of large-scale system design case studies
- Advanced scenarios involving instrumentation and monitoring deployment
- Practical application of reliability problem-solving techniques in real-world contexts
Review and Certification Examination Preparation
- Final review of the DevOps Institute SRE Practitioner syllabus requirements
- Completion of sample questions and practice assessments
- Development of examination strategies and recommendations for success
Summary and Future Guidance
Requirements
- Demonstrated comprehension of fundamental Site Reliability Engineering frameworks
- Practical application of DevOps methodologies and associated technologies
- Proficiency in system observability, incident response protocols, and process automation
Target Demographic
- SRE practitioners pursuing the DevOps Institute SRE Practitioner certification for government
- DevOps engineers transitioning into reliability-centric positions
- Operations executives tasked with defining and implementing reliability strategies
Testimonials (2)
Craig was extremely involved in the training, always making sure we are paying attention, adapted the examples to our day-to-day activities and always provided an answer when asked, even if the information was not added in the presentation.
Ecaterina Ioana Nicoale - BOOKING HOLDINGS ROMANIA SRL
Course - DevOps Foundation®
High level of commitment and knowledge of the trainer
