Kubernetes and Cloud Native OpenTelemetry Certified Associate OTCA Quick Facts (2026)
Certification Guide · Exam Overview · Quick Facts
Your certification guide to the Kubernetes and Cloud Native OpenTelemetry Certified Associate (OTCA) exam, detailing domains, question types, passing score, cost, skills measured, and study resources to help you validate cloud-native observability expertise with OpenTelemetry and Kubernetes.
Kubernetes and Cloud Native OpenTelemetry Certified Associate OTCA Quick Facts
The OpenTelemetry Certified Associate (OTCA) exam is a powerful way to demonstrate your observability expertise in cloud native environments. This guide provides a complete overview of what to expect on exam day, helping you focus your preparation and confidently validate your OpenTelemetry and Kubernetes knowledge.
What does the OpenTelemetry Certified Associate certification validate?
The OpenTelemetry Certified Associate (OTCA) certification confirms your foundational understanding of observability concepts, data collection, and OpenTelemetry’s architecture. It highlights your ability to apply telemetry data to build reliable, measurable systems across distributed environments. Earning this certification shows that you can instrument applications, configure the OpenTelemetry Collector, and interpret metrics, traces, and logs effectively to drive insight and resilience in microservices-based platforms.
Who Should Aim for the Kubernetes and Cloud Native OpenTelemetry Certified Associate (OTCA) Certification?
The OpenTelemetry Certified Associate (OTCA) certification is designed for professionals who want to demonstrate foundational expertise in observability within cloud native environments. It’s an excellent fit for:
Developers, SREs, or DevOps engineers who are starting with observability practices.
Platform engineers looking to integrate telemetry across microservices.
IT professionals seeking to validate their understanding of the OpenTelemetry ecosystem.
Students or recent graduates exploring careers in cloud infrastructure and monitoring.
Teams transitioning from traditional monitoring to cloud native observability frameworks.
This certification helps you demonstrate that you understand key observability concepts and can apply OpenTelemetry effectively to real-world systems.
What Is Covered in the Kubernetes and Cloud Native OTCA Exam?
The exam tests your ability to understand and apply observability concepts using OpenTelemetry, focusing on how telemetry data supports system performance and health. The exam domains include:
Fundamentals of Observability
The OpenTelemetry API and SDK
The OpenTelemetry Collector
Maintaining and Debugging Observability Pipelines
Each section ensures you can connect theory to practice—from understanding metrics collection to debugging observability pipelines across distributed systems.
How Many Questions Are on the OTCA Exam?
The OTCA certification exam includes 60 multiple-choice and multi-select questions. Each question evaluates your understanding of real-world observability concepts and your ability to interpret telemetry data. You’ll encounter both direct knowledge checks and applied scenario-based questions.
To make the most of your time, practice reviewing key OpenTelemetry terms and concepts before attempting your first mock test.
How Long Is the OpenTelemetry OTCA Certification Exam?
You’ll have 90 minutes to complete the exam. This timeframe allows for thoughtful reading and analysis of questions, especially those that involve interpreting code snippets, SDK pipelines, or configuration scenarios. Time management and familiarity with OpenTelemetry concepts are key to maintaining steady progress throughout your session.
What’s the Passing Score for the Kubernetes and Cloud Native OpenTelemetry Certified Associate Exam?
The passing score for the OTCA exam is 75%. This benchmark ensures candidates possess a well-rounded understanding of both OpenTelemetry fundamentals and core observability principles. Your score is calculated based on your total correct answers, and you’ll immediately know whether you’ve passed upon completing the exam.
How Much Does the OTCA Certification Exam Cost?
The exam cost is $250 USD. This price includes 12 months of eligibility to schedule and complete your test, along with two exam attempts if needed. Alternatively, you can opt for a cost-saving bundle that includes a Linux Foundation THRIVE-ONE annual subscription, granting access to a library of learning materials.
In What Languages Is the Linux Foundation OTCA Exam Offered?
Currently, the OTCA exam is available in English, with plans for additional translations in the future as the certification grows in popularity. Since the questions are technical, a solid grasp of English observability terminology is recommended to ensure clarity when interpreting scenario-based items.
What Is the Exam Code for This Certification?
The official exam code for the OpenTelemetry Certified Associate is OTCA. When searching or registering, refer to this code to ensure you’re selecting the correct certification. It’s administered by the Linux Foundation, maintaining consistent global exam standards and impartial evaluation across candidates.
What Type of Questions Are Included on the OTCA Exam?
The exam includes multiple-choice and multiple-select questions. You won’t face code-lab or performance-based questions, making it more theoretical than hands-on. However, many items are scenario-based, requiring you to understand how OpenTelemetry applies to real distributed systems, SDKs, and collectors used in cloud-native architectures.
Are There Any Prerequisites Before Taking the Kubernetes and Cloud Native OTCA Exam?
No prerequisites are required. This certification is open to anyone interested in observability and OpenTelemetry. While not mandatory, some familiarity with basic networking, DevOps, or cloud-native principles can help make the exam more intuitive.
What Experience Level Is Expected?
The OpenTelemetry Certified Associate is designated as a beginner-level certification. It provides a great starting point for those looking to build future skills in performance monitoring, DevOps, and reliability engineering. Many professionals use it as an entry to more advanced cloud native certifications.
How Long Is the OTCA Certification Valid For?
Your certification remains valid for two years from the date of issue. To maintain your credentials, you’ll need to retake the exam after expiration, ensuring your skills align with the latest OpenTelemetry features and evolving observability practices in cloud native ecosystems.
How Can I Prepare for the OTCA Certification Exam?
Preparation should involve both conceptual learning and hands-on exposure to OpenTelemetry projects. Consider the following strategies:
What Skills Will You Gain from the OTCA Certification?
By earning the OTCA certification, you’ll learn how to:
Collect and analyze telemetry data for observability.
Understand tracing, metrics, and log signals.
Configure and deploy the OpenTelemetry Collector.
Implement context propagation to connect events across microservices.
Debug observability pipelines and align metrics with performance goals.
These skills make you more effective not just in monitoring systems but in promoting reliability and performance optimization across teams.
What Job Roles Can You Pursue with the OTCA Certification?
Holding an OTCA credential demonstrates your competency in observability fundamentals—an area increasingly valued by employers. It can lead to roles such as:
Observability Engineer
DevOps or Site Reliability Engineer
Platform or Cloud Engineer
Telemetry Analyst
Junior Application Developer focusing on performance instrumentation
This certification is also beneficial for team leads or managers looking to foster a culture of visibility and data-informed collaboration.
Does the OTCA Exam Require Hands-On Experience?
While hands-on practice isn’t strictly required, it’s highly beneficial. Applying observability configurations and working with telemetry tools will help you retain knowledge and answer scenario-based questions confidently. Using sample microservices or local SDKs is an excellent way to understand metrics and traces firsthand.
What Are the Key Domains and Their Weightings?
The domain weightings for the OTCA Certification Exam are:
Fundamentals of Observability – 18%
The OpenTelemetry API and SDK – 46%
The OpenTelemetry Collector – 26%
Maintaining and Debugging Observability Pipelines – 10%
Focusing your study effort according to these percentages helps maximize efficiency, ensuring the most time is dedicated to higher-weighted content.
What Format Is the OTCA Exam Delivered In?
The OTCA exam is delivered online in a proctored environment. This allows you to test conveniently from home while maintaining global exam integrity. You’ll need a stable internet connection, a webcam, and a quiet testing space. The Linux Foundation’s testing partner ensures a secure and seamless experience for all examinees.
What Happens After You Pass the OTCA Exam?
Once you pass, you’ll receive an official digital badge and certificate from the Linux Foundation. You can proudly display these on LinkedIn, LFX, GitHub, or your resume to highlight your verified proficiency in OpenTelemetry and observability principles. This digital credential can open opportunities within top tech and DevOps organizations.
What Should You Study After Earning Your OTCA Certification?
After becoming OTCA-certified, you might deepen your cloud native expertise by pursuing related Linux Foundation certifications such as:
Certified Kubernetes Administrator (CKA) – to further your container orchestration knowledge.
Certified Kubernetes Security Specialist (CKS) – for security-focused observability workflows.
Kubestronaut Program – a progression track that combines multiple Kubernetes credentials into an integrated learning path.
Where Can You Register for the Official OTCA Exam?
Earning your Kubernetes and Cloud Native OpenTelemetry Certified Associate (OTCA) certification is a meaningful step toward mastering observability in modern cloud systems. It helps you prove your technical understanding, stand out to employers, and contribute confidently to high-performing DevOps and platform engineering teams.