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Site Reliability Engineering (SRE) Practitioner Certification Training

Site Reliability Engineering (SRE) Practitioner Certification Training

Course 3794

Duration: 3 days
Exam Voucher: Yes
Language: English
Level: Intermediate

Get This Course £1,695

3-day instructor-led training course
DevOps Institute certification exam included
After-course coaching available

Include dates with afternoon start times

#3794

Aug 3 - 5 2:00 PM - 9:30 PM BST

Herndon, VA or AnyWare
Aug 31 - Sep 2 2:00 PM - 9:30 PM BST

New York or AnyWare
Sep 13 - 15 9:00 AM - 4:30 PM BST

AnyWare
Oct 5 - 7 2:00 PM - 9:30 PM BST

Ottawa or AnyWare
Nov 2 - 4 1:00 PM - 8:30 PM GMT

Herndon, VA or AnyWare
Nov 30 - Dec 2 2:00 PM - 9:30 PM GMT

New York or AnyWare
Dec 6 - 8 9:00 AM - 4:30 PM GMT

AnyWare
Dec 21 - 23 2:00 PM - 9:30 PM GMT

Ottawa or AnyWare
Feb 1 - 3 2:00 PM - 9:30 PM GMT

Herndon, VA or AnyWare
Mar 1 - 3 2:00 PM - 9:30 PM GMT

New York or AnyWare
Mar 7 - 9 9:00 AM - 4:30 PM GMT

AnyWare
Mar 22 - 24 1:00 PM - 8:30 PM GMT

Ottawa or AnyWare
Apr 26 - 28 2:00 PM - 9:30 PM BST

Herndon, VA or AnyWare
May 31 - Jun 2 2:00 PM - 9:30 PM BST

New York or AnyWare
Jun 6 - 8 9:00 AM - 4:30 PM BST

AnyWare
Jun 27 - 29 2:00 PM - 9:30 PM BST

Ottawa or AnyWare

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Expert team coaching

#3794

This SRE (Site Reliability Engineering) Practitioner course introduces ways to economically and reliably scale services in an organisation. It explores strategies to improve agility, cross-functional collaboration, and transparency of health of services towards building resiliency by design, automation, and closed-loop remediations.

SRE Practitioner Certification Training Delivery Methods

In-Person
Online

SRE Practitioner Certification Training Course Benefits

Successfully implement a flourishing SRE culture in your organisation
Manage the organisational impact of introducing SRE
Build security and resilience by design in a distributed, zero-trust environment
Prepare for the DevOps Institute SRE Practitioner certification exam
Participation in unique exercises designed to apply concepts
Get sample documents, templates, tools, and techniques
Access to additional value-added resources and communities
Continue learning and face new challenges with after-course one-on-one instructor coaching

SRE Practitioner Certification Training Outline

Important Course and Certification Information

Prerequisites

It is highly recommended that learners attend the SRE Foundation course (Course 3694) before attending the SRE Practitioner course.
An understanding and knowledge of common SRE terminology, concepts, principles, and related work experience are recommended.

Exam Information

Successfully passing (65%) the 90-minute examination, consisting of 40 multiple-choice questions, leads to the SRE Practitioner certificate. The certification is governed and maintained by DevOps Institute.

Module 1: SRE Anti-patterns

Rebranding Ops or DevOps or Dev as SRE
Users notice an issue before you do
Measuring until my Edge
False positives are worse than no alerts
Configuration management trap for snowflakes
The Dogpile: Mob incident response
Point fixing
Production Readiness Gatekeeper
Fail-Safe really?

Module 2: SLO is a Proxy for Customer Happiness

Define SLIs that meaningfully measure the reliability of a service from a user’s perspective
Defining System boundaries in a distributed ecosystem for defining correct SLIs
Use error budgets to help your team have better discussions and make better data-driven decisions
Overall, reliability is only as good as the weakest link on your service graph
Error thresholds when 3rd party services are used

Module 3: Building Secure and Reliable Systems

SRE and their role in Building Secure and Reliable systems
Design for Changing Architecture
Fault-tolerant Design
Design for Security
Design for Resiliency
Design for Scalability
Design for Performance
Design for Reliability
Ensuring Data Security and Privacy

Module 4: Full-Stack Observability

Modern Apps are Complex & Unpredictable
Slow is the new down
Pillars of Observability
Implementing Synthetic and End-user monitoring
Observability driven development
Distributed Tracing
What happens to monitoring?
Instrumenting using Libraries and Agents

Module 5: Platform Engineering and AIOPs

Taking a Platform Centric View solves Organisational scalability challenges such as fragmentation, inconsistency, and unpredictability
How do you use AIOps to improve resiliency?
How can DataOps help you in the journey?
A simple recipe to implement AIOps
Indicative measurement of AIOps

Module 6: SRE & Incident Response Management

SRE Key Responsibilities towards incident response
DevOps & SRE and ITIL
OODA and SRE Incident Response
Closed Loop Remediation and the Advantages
Swarming – Food for Thought
AI/ML for better incident management

Module 7: Chaos Engineering

Navigating Complexity
Chaos Engineering Defined
Quick Facts about Chaos Engineering
Chaos Monkey Origin Story
Who is adopting Chaos Engineering?
Myths of Chaos
Chaos Engineering Experiments
GameDay Exercises
Security Chaos Engineering
Chaos Engineering Resources

Module 8: SRE is the Purest form of DevOps

Key Principles of SRE
SREs help increase reliability across the product spectrum
Metrics for Success
Selection of Target areas
SRE Execution Model
Culture and Behavioural Skills are key
SRE Case study

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SRE Practitioner Certification Training FAQs

The target audience for the SRE Practitioner course are professionals, including:

Anyone focused on large-scale service scalability and reliability
Anyone interested in modern IT leadership and organisational change approaches
Business Managers
Business Stakeholders
Change Agents
Consultants
DevOps Practitioners
IT Directors
IT Managers
IT Team Leaders
Product Owners
Scrum Masters
Software Engineers
Site Reliability Engineers
System Integrators
Tool Providers

Site Reliability Engineering delivers business value to customers through collaboration with DevOps teams and the engineering of reliable, secure application environments and software systems.

Chaos Engineering is the discipline of experimenting on a distributed system in order to build confidence in the system’s ability to withstand turbulent conditions.