BR-ANAC-DOV-MOD-1
Docker Certified Associate (DCA) - BR-ANAC-DOV-MOD-1
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Cheat sheet
Keep the key ideas within reach.
ExploreKey terms
Get comfortable with the vocabulary.
ExploreStudy plan
Give each week a clear focus.
ExploreCommon mistakes
Understand the traps and how to avoid them.
ExploreCase studies
Put your knowledge to work in context.
ExploreExam-day guide
Prepare for the day ahead.
ExploreAbout this exam
The Docker Certified Associate (DCA) is a vendor credential for practitioners who build, ship, and run containerized workloads with Docker. It suits DevOps engineers, platform and infrastructure staff, backend developers, and support engineers who already touch containers day to day and want a structured way to prove breadth. The blueprint spans six weighted areas: orchestration (the largest share), image creation and registry work, installation and configuration, networking, security, and storage with volumes. Questions are multiple choice and multiple response, so you should be comfortable reading a short scenario and choosing the correct command, flag, or configuration rather than reciting definitions. Preparation works best hands-on. Build images from a Dockerfile, tag and push them to a registry, run a multi-service stack, create and inspect networks, mount volumes, and practice troubleshooting a container that will not start. Pair that lab time with the official Docker documentation, which is the authoritative reference for commands and defaults. Where the certification body publishes current details such as question count, appointment length, fee, passing threshold, and retake rules, check its official site, since those specifics change and are not stated here. This page is independent study material and is not affiliated with or endorsed by Docker, Inc.
What you'll study
About BR-ANAC-DOV-MOD-1 preparation
What is the exam format?
It is delivered as multiple choice and multiple response questions, so some items have exactly one correct answer and others require selecting every correct option. Partial credit is not something to count on, so read each stem for words like 'choose two' and evaluate every option before submitting.
How long is the exam and how many questions are there?
The certification body sets the current question count and appointment length and revises them periodically. Rather than rely on secondhand figures, check the official Docker certification page for the number of items and the time allowed before you schedule your appointment.
How hard is it in practice?
Candidates with regular hands-on Docker experience usually find it manageable, because many items test practical judgment about commands, networking, and storage. It is harder for people who have only read tutorials. Expect scenario-style questions where two answers look plausible and one depends on a specific flag or default.
What does it cost and what is the passing score?
Both the fee and the passing threshold are set by the certification body and can change. The official Docker certification site publishes the current price, the score required to pass, and any bundled retake or training options. Confirm there before budgeting, since third-party summaries are often out of date.
What happens if I fail? Can I retake it?
Retake rules, waiting periods, and any additional fees come from the certifying organization, not from study guides. Check the official policy page for how soon you may reschedule and what a retake costs. Treat a first attempt as diagnostic: note which domains cost you the most and target those in your next round of lab work.
What study order do you recommend?
Start with installation and configuration plus image creation, since everything else depends on a working engine and a reliable build-and-push workflow. Then cover storage and networking, which are commonly confused, and finish with security and orchestration. Orchestration carries the largest weight, so leave enough time to practice multi-service deployments.
Which topics trip people up most?
Networking and storage cause the most lost points: mapping published ports, distinguishing bridge, host, and overlay drivers, and choosing between bind mounts and named volumes. Security questions about image scanning, user privileges, and secrets also catch people who only ever ran containers as root with default settings.
Do I need to memorize command syntax?
You should recognize common commands and flags well enough to pick the right option in a scenario, including build, run, network, volume, and service subcommands. You do not need to reproduce full reference pages from memory, but familiarity from actually typing commands in a lab is far more reliable than rote memorization.
How should I prepare in the final week?
Do timed practice with scenario questions, then rebuild anything you missed by hand in a lab. Re-read the official docs for the areas you got wrong rather than starting new topics. Confirm your appointment logistics and the current exam policies on the official site so nothing administrative surprises you on the day.