Opleiding: DASA SRE Next Gen - Including Exam [DASADEV-SRE-NG]
OVERVIEW
Next-generation reliability for the AI-powered and sustainable enterprise.
The DASA SRE Next Gen Certification gives you the skills, mindset, and behaviors to align reliability practices with business goals, leverage AI and automation, and optimize system resilience and scalability—while ensuring sustainability. Learn how to build and operate highly reliable, efficient, and future-proof digital services.
Empower your team to lead in a world where reliability, scalability, and sustainability are non-negotiable.
DASA SRE Next Gen takes reliability to the next level, moving beyond automation to self-healing, integrating AI, and ensuring sustainable, distributed architectures. It’s not just about keeping systems running; it’s about making reliability a competitive advantage.
Updated 11/6/2026
OBJECTIVES
After completing this program, you will be able to:
- Adapt SRE practices to the evolving IT landscape, including AI and automation.
- Implement observability practices for optimal system monitoring.
- Design resilient, scalable, and reliable software systems.
- Promote sustainability within SRE practices.
- Consider the impact of organizational culture and governance in system reliability.
- Optimize cost while maintaining operational reliability.
AUDIENCE
This training is ideal for professionals who want to enhance their SRE knowledge and skills. It is suitable for:
- IT professionals with 3+ years of experience, looking to deepen their knowledge and skills in SRE practices.
- Individuals eager to adapt SRE to the evolving landscape of technology, particularly in areas like AI, automation, and cloud computing.
- Professionals involved in budgeting and financial management for SRE practices.
CERTIFICATION
Certificate: DASA SRE Next Gen
Exam Details:
- Delivery: AI Proctored
- Format: Closed-book
- Proctoring: Automated
- Duration: 80 minutes
- Questions: 40 Questions
- Pass Grade: 65%
CONTENT
Module 01: Introduction to SRE- Define SRE and its significance in today’s software ecosystems.
- Describe common SRE terminologies to establish a shared understanding of key concepts.
- Identify challenges in modern software environments that make SRE essential for operational success.
- Discuss the limitations of traditional SRE practices and the emergence of "SRE Next Gen".
- Highlight the new skill sets and tools needed for SRE professionals.
- Define observability and monitoring within the context of modern IT systems.
- Analyze how evolving IT infrastructure necessitates a shift in traditional monitoring practices.
- Develop skills to design and implement telemetry strategies that enhance observability.
- Define the principles of software resilience, its importance, and its role in modern systems.
- Identify common failure modes, their impacts on software systems.
- Discuss the evolving relationship between development, operations, and reliability teams in the SRE Next Gen environment.
- Identify common failure modes in AI models and systems that impact overall reliability.
- Provide actionable recommendations for improving the reliability and robustness of AI systems.
- Discuss the challenges and solutions related to AI model reliability, monitoring, and failure modes in production environments.
- Explain the core design principles for ensuring scalability, reliability.
- Explore best practices for maintaining quality and adhering to industry standards throughout the development lifecycle.
- Define the concept of Green SRE, its relationship with sustainability practices.
- Create a plan for integrating energy efficient practices into SRE operations.
- Measure the energy efficiency of software projects and identify sustainability metrics.
- Analyze the impact of organizational structure, culture, and governance models on achieving reliability at scale.
- Explain the importance of governance models in aligning business objectives with technical reliability goals.
- Define operational excellence and its critical role in ensuring system reliability.
- Explain how incident response frameworks contribute to improving reliability and minimizing disruptions.
- Identify cost drivers in SRE and develop effective budgeting strategies for resource allocation.
- Explore best practices for optimizing cost efficiency throughout the development and deployment lifecycle.
