DevOps Certification Training in Nantes

The SRE Practitioner Certification Preparation course is a thorough training program that delves into advanced Site Reliability Engineering practices, fully aligned with the official DevOps Institute syllabus, to equip participants for certification success.

Delivered as instructor-led live training, available online or on-site, this program targets experienced DevOps and SRE professionals looking to master advanced SRE methodologies and prepare for the DevOps Institute SRE Practitioner certification exam.

Upon completion of this training, participants will be able to:

• Identify and rectify common SRE anti-patterns.
• Define and effectively manage SLIs, SLOs, and error budgets.
• Design systems that are secure, fault-tolerant, and highly reliable.
• Implement sophisticated observability, automation, and incident response strategies.

Course Format

• Interactive lectures and discussions.
• Extensive exercises and practice sessions.
• Hands-on implementation within a live laboratory environment.

Customization Options

• For customized training requests, please contact us to make arrangements.

This course is tailored for professionals involved in designing, implementing, and managing the DevOps deployment pipelines and toolchains that enable Continuous Integration, Continuous Delivery, Continuous Testing, and potentially Continuous Deployment. It emphasizes the underlying processes, metrics, APIs, and cultural aspects integral to Continuous Delivery.

Learn how to optimize testing to test faster while maintaining high quality and achieving consistent, stable results.

Discover what DevOps Engineering entails, why it is crucial, and how to engineer DevOps for success.

The course begins with a brief review of foundational DevOps principles before transitioning into implementation strategies. Designed from an engineering perspective, it covers topics such as DevOps in relation to other frameworks, technologies, application design practices, continuous integration, continuous delivery and deployment, continuous testing, elastic infrastructures, monitoring, metrics, observability, governance, human aspects, and future trends in DevOps engineering.

The DevOps Foundation course provides a baseline understanding of key DevOps terminology to ensure everyone is talking the same language and highlights the benefits of DevOps to support organizational success.

This course emphasizes the human dynamics of cultural change and provides participants with practical strategies, methods, and tools to engage stakeholders throughout the DevOps ecosystem. Utilizing real-world scenarios and case studies, the curriculum ensures that upon completion, learners gain tangible assets to apply in their workplaces, such as proficiency in Value Stream Mapping.

This course introduces the principles, practices, and tools of value stream management. It is designed to optimize the flow and realization of value within digital value streams and to develop individual skills. Digital value streams encompass software applications and services, as well as the supporting platforms, such as cloud infrastructure or DevOps toolchains.

Course topics include how DevSecOps provides business value, enhances opportunities, and improves corporate worth. The core DevSecOps principles taught support organizational transformation, increase productivity, reduce risk, and optimize resource usage.

The DevSecOps Practitioner course introduces a range of practices for advancing to a more comprehensive understanding of DevSecOps. Explore practical outcomes by finding the right mix of people, building processes to accelerate value, and comparing technological options available today. Tailored for recently transformed organizations looking to enhance DevSecOps skills and awareness.

The SRE (Site Reliability Engineering) Foundation course introduces the core principles and practices that empower organizations to scale critical services both reliably and cost-effectively. Implementing a site-reliability approach necessitates organizational realignment, a renewed emphasis on engineering and automation, and the adoption of various new working paradigms.