700-901 Exam Guide: Verify the Current 200-901 CCNAAUTO Path
If you are searching for 700-901, first resolve the exam code before buying training or scheduling. Cisco’s current exam list identifies the relevant automation exam as 200-901 CCNAAUTO, Automating Networks Using Cisco Platforms, associated with the CCNA Automation certification. It validates knowledge across software development and design, APIs, application deployment and security, and infrastructure and automation on Cisco platforms. This guide helps you decide whether 200-901 matches your goal, understand the evidenced delivery rules, and build a study plan without relying on outdated exam references.
Is 700-901 the current Cisco exam?
The current Cisco listing identifies 200-901 CCNAAUTO, not 700-901, as the relevant exam. Treat “700-901” as an identifier that needs verification rather than as a confirmed exam code, and check the official exam list before registering or purchasing preparation material.
Cisco’s retired-exam page says retired exams are no longer available for certifying or recertifying, and that page does not list 700-901. That is not confirmation that 700-901 is an active exam; it simply means the supplied retired-exam listing does not identify it as retired.
Cisco describes the current exam as Automating Networks Using Cisco Platforms and associates it with the CCNA Automation certification. Cisco also announced that, effective February 3, 2026, DevNet certifications evolved into the Automation track while the previous 200-901 DEVASC content remained unchanged and the exam name was updated.
The practical decision is straightforward: if a course, question bank, or voucher refers only to 700-901, pause and compare its claims with Cisco’s current 200-901 CCNAAUTO listing. Do not assume that a different code represents a new version, a regional variant, or a valid registration target without official confirmation.
What does 200-901 validate?
200-901 validates a blend of software and network-automation capability rather than a narrow programming-only skill set. Its stated coverage includes software development and design, APIs, application deployment and security, and infrastructure and automation on Cisco platforms.
This scope matters when choosing preparation. A candidate who studies only Python syntax or only traditional network configuration will leave gaps. Your preparation should connect software concepts with the way applications interact with, are deployed to, secured around, and used to automate Cisco infrastructure.
Use the official exam-topics page as the control document for your study scope. Turn each listed topic into a checkable objective, then record whether you can explain it, recognize it in a scenario, and apply it in a small controlled exercise. Those are different levels of readiness.
The supplied official facts do not provide blueprint percentages for the domains. Consequently, this guide does not assign weights or recommend studying one domain for a numerical share of the exam. Allocate time from your diagnostic results and from the current official topic list, not from an unverified percentage table.
Software development and design
Prepare to reason about how an automation solution is structured, not merely how individual lines of code are written. Review program flow, data handling, modular design, error paths, and the relationship between a requirement and an implementable automation approach.
A useful exercise is to take a small network-automation requirement and write down its inputs, expected output, failure conditions, and reusable components before writing code. This exposes design weaknesses early and helps you distinguish a maintainable solution from a one-off script.
Keep a record of mistakes that arise from assumptions about data types, missing values, authentication, or response handling. The objective is not to memorize a preferred implementation but to recognize sound design decisions when the exam presents alternatives.
APIs and application interaction
Study APIs as contracts between an application and a platform. Be able to interpret an endpoint’s purpose, request structure, response data, authentication approach, and likely failure condition before attempting to automate against it.
Practice reading documentation and sample responses, then describe what the application sends, what the platform returns, and how the program should react to an unsuccessful request. This is more useful than copying isolated request examples without understanding their inputs and outputs.
When reviewing a topic, ask three questions: what resource is being addressed, what operation is being requested, and what evidence in the response confirms success? Also note how the application should handle invalid input, authorization failure, or an unexpected response.
Application deployment and security
Deployment and security require you to consider how an application moves from development into use and how its credentials, communications, and operating environment are protected. Include secure handling of secrets, least-necessary access, validation, logging, and safe failure behavior in your revision.
Do not treat a script as secure simply because it runs successfully. During practice, identify where credentials are stored, who can access them, what information is written to logs, and what happens when a dependency or platform request fails. These checks make security a design concern rather than a final add-on.
Separate a conceptual security decision from a product-specific command. The exam’s stated scope is broad, so learn why a control is appropriate and what risk it addresses, then use the official topics to determine which implementation details are in scope.
Infrastructure and automation on Cisco platforms
This domain connects automation logic to Cisco infrastructure. Study how an automation workflow represents devices or services, gathers state, applies a change, and verifies the resulting state without assuming that a successful command alone proves the intended outcome.
Build a repeatable practice sequence: define the desired result, inspect the starting state, apply the smallest safe change, collect the returned state, and compare the result with the requirement. Keep practice environments isolated and reversible, especially when experimenting with configuration changes.
Review failure and recovery paths as carefully as the successful path. A candidate who can describe how an automation process behaves when a device is unreachable, a request is rejected, or returned data is incomplete is better prepared than one who has only rehearsed the ideal workflow.
Who should consider this exam?
200-901 is a reasonable target for a candidate whose role or learning plan combines software development, APIs, application security and deployment, and Cisco infrastructure automation. It is less suitable as a last-minute substitute for a purely traditional networking exam or as a programming test studied without network context.
The official description does not, in the supplied facts, state a mandatory prerequisite. Avoid presenting a personal checklist as an official requirement. Instead, assess whether you can work through the four coverage areas and identify the weakest one before committing the exam fee.
Use a short diagnostic before buying a full course. Read the current official topics, mark each item as familiar, partially understood, or unfamiliar, and attempt a small explanation or exercise for the items you marked familiar. If most “familiar” topics collapse under application, move your exam date or extend preparation.
Candidates changing from older DevNet terminology should map the names carefully. Cisco’s announcement says the previous 200-901 DEVASC content remained unchanged while the exam name was updated, but that does not make every third-party page using 700-901 current or authoritative.
What delivery details are officially confirmed?
Cisco describes 200-901 CCNAAUTO v1.1 as a 120-minute certification exam. Its listed question formats include performance-based questions, multiple-choice questions, and drag-and-drop items, so preparation should include both knowledge recall and interpretation or task-oriented decision-making.
Cisco identifies Pearson VUE as its authorized exam-delivery partner. Use Cisco’s registration information and the Pearson VUE scheduling flow presented through the official process for current appointment and delivery choices; do not infer a delivery option from an unofficial practice provider.
Cisco lists the exam price as US$300, or redeemable with Cisco Learning Credits. Confirm the amount and payment conditions at the point of registration, particularly if your purchase is being made outside the context described by the official exam-topics page.
Cisco lists English and Japanese as the available languages for 200-901 on the official exam-topics page. Cisco’s current exam list separately states that current exams are available worldwide in English, while availability in other languages varies by location. Check the registration system for the option available to you.
Cisco says pass/fail results for 200-901 are typically available online within 48 hours. “Typically” is important: use that as an expected result window, not as a promise that a result will appear at a specific moment.
How should you schedule the attempt?
Schedule only after you have confirmed that the registration page displays 200-901 CCNAAUTO and that the language, location, and delivery arrangement suit you. In the United States and Canada, Cisco says exams may be scheduled up to six weeks in advance or as late as the same day, subject to the available appointment options.
A same-day booking option should not become a study strategy. It may be useful when your readiness is already established, but it removes the buffer for resolving account, payment, location, language, or appointment problems. A planned appointment gives you a fixed review target and time to verify the registration details.
Before paying, make a short scheduling checklist: confirm the exam code, read the current official registration instructions, verify the selected language, check the appointment information, and save the confirmation. If an external page gives different details, treat Cisco’s current registration information as the authority.
If you need another attempt, Cisco requires a wait of five calendar days after the end of a first attempt before retaking the same exam. Build that rule into any contingency plan rather than assuming an immediate retake is possible.
What study sequence gives the best coverage?
A staged plan is more reliable than repeatedly reading the same notes. Start with the official topic list, establish a baseline, study the broad software and API foundations, connect them to deployment and security, then finish with infrastructure-automation scenarios and mixed review.
The sequence below is a practical recommendation, not an official Cisco schedule. Adjust the time spent in each stage according to your diagnostic results and the detail in the current official topics. Keep one running error log so that each review session addresses a demonstrated weakness.
Do not measure progress by the number of pages read. Measure it by whether you can explain a decision, interpret an unfamiliar scenario, and identify the safest next action without looking up the answer. That method also reduces dependence on memorized wording from unofficial materials.
Stage one: establish the correct target
Begin by resolving the identifier issue. Open Cisco’s current exam list and official exam-topics page, confirm the 200-901 CCNAAUTO name, and save the current topic reference. Remove preparation resources that cannot explain how their content maps to the current official code and title.
Next, create four columns for the stated coverage areas: software development and design; APIs; application deployment and security; and infrastructure and automation on Cisco platforms. Add each official topic beneath its domain and mark your confidence without consulting notes.
Finish this stage with a small diagnostic. For every low-confidence item, write what you do not understand. “Need more practice” is too vague; record whether the problem is terminology, sequence, data interpretation, security reasoning, or applying a concept to infrastructure.
Stage two: build software and API foundations
Study software development and design together with APIs because an automation application must both make sound decisions and communicate with a platform. Alternate explanation with practice: read a concept, inspect a request or response, and describe the expected behavior before checking a reference.
Use small, controlled exercises that emphasize inputs, outputs, validation, error handling, and reusable structure. Keep the exercises narrow enough that you can explain every line or step. The goal is to expose reasoning gaps, not to produce a large project that hides them.
At the end of this stage, revisit the diagnostic and attempt to explain each missed item from memory. If you can recite a definition but cannot select an appropriate action in a scenario, classify the topic as partially learned rather than complete.
Stage three: add deployment and security reasoning
Now examine what changes when an application is prepared for use by others or connected to operational infrastructure. Review credential handling, access boundaries, input validation, protected communication, logging decisions, dependency concerns, and behavior during failure where those subjects appear in the official topics.
For each practice workflow, write a short security review before running it. Identify the sensitive information, the permissions required, the points where data enters the application, and the evidence you would retain for troubleshooting. This turns security into a repeatable decision process.
Avoid two common extremes: treating security as a list of slogans, or attempting to memorize every product-specific setting. Anchor each control to the risk it reduces, then verify the exact exam scope against the official topic list.
Stage four: connect automation to infrastructure
Finish the main learning pass by applying the software and API ideas to Cisco infrastructure-automation scenarios. Practice the complete flow from intended state to inspection, change, response handling, and verification. Include unsuccessful outcomes so that your reasoning does not depend on perfect connectivity or valid input.
Use comparison exercises when possible: distinguish a workflow that checks state from one that blindly applies a change, or a design that protects credentials from one that exposes them. Explain why one option is safer, more maintainable, or more likely to produce reliable evidence of the result.
This stage should reveal integration gaps. If you understand an API in isolation but cannot explain how it fits into deployment or infrastructure operations, return to the relevant earlier stage instead of adding more disconnected examples.
Stage five: rehearse the exam’s response formats
Because Cisco lists performance-based questions, multiple-choice questions, and drag-and-drop items, practice changing response modes. For a scenario, identify the requirement and constraints first; for a multiple-choice item, eliminate options that violate them; for a drag-and-drop item, define the sequence or relationship before placing choices.
Do not use recalled questions or exam dumps as a substitute for understanding. Unofficial material may be inaccurate, outdated, or detached from the current 200-901 scope. Practice with legitimate learning resources and create your own variations by changing the starting state, failure condition, or security constraint.
For performance-oriented practice, focus on the process you would follow rather than trying to reproduce a hidden answer. Write down the evidence that would confirm completion and the action you would take if the evidence did not match the requirement.
How can you tell whether you are ready?
Readiness means you can work across the stated domains, not that you have memorized a vocabulary list. Before scheduling, use the official topics as a final checklist and test yourself with unfamiliar scenarios that require explanation, prioritization, and verification.
A useful readiness review has three passes. First, explain each topic without notes. Second, apply it in a small exercise or design decision. Third, review the error log and explain why the wrong option or approach failed. Any topic that succeeds only in the first pass needs more work.
Check for balance across software development and design, APIs, application deployment and security, and infrastructure and automation on Cisco platforms. Do not let strength in one domain conceal a foundational gap in another. Since no official domain percentages were supplied here, use breadth and demonstrated weakness rather than invented weighting to set your final study priorities.
Set a clear stop rule for new material. In the final review period, prioritize correcting recurring errors, reading the official topics again, and rehearsing response formats. Constantly adding unrelated tools or advanced subjects can reduce recall of the material you are actually expected to assess.
Which preparation mistakes should you avoid?
The most damaging mistakes are often administrative or strategic: studying the wrong code, trusting an outdated title, preparing only for programming questions, and scheduling before confirming the official registration details. Correct the target first; otherwise, efficient study can still lead to the wrong exam.
Mistake one is treating 700-901 as confirmed because it appears in a search result or catalogue. Cisco’s current list identifies 200-901 CCNAAUTO. Recheck the code at registration and ask a training provider to show how its material maps to that official listing.
Mistake two is learning commands without understanding the application’s purpose, inputs, outputs, and failure behavior. The exam’s stated coverage spans software, APIs, deployment and security, and infrastructure automation. A command-only routine does not demonstrate that full connection.
Mistake three is using question exposure as the main study method. Memorized answers can conceal a weak mental model and will not reliably transfer to a changed scenario. Use practice questions to diagnose reasoning, then return to the topic and build your own explanation.
Mistake four is ignoring security until the end. Credential exposure, excessive access, unsafe input handling, and poor failure behavior can affect the design of the entire workflow. Include security checks every time you review an automation solution.
Mistake five is assuming that a result window, language option, appointment, or price shown on a third-party page is current. Confirm those details through Cisco’s official pages, because delivery and registration information can change.
What should you do next?
Your next action is to verify the target, not to buy a 700-901 package. Confirm 200-901 CCNAAUTO in Cisco’s current exam list, open the official exam-topics page, and compare the resource title, exam code, and topic coverage before committing study time or money.
Then create the four-domain diagnostic and complete one short task or explanation for each domain. Use the results to choose a study sequence: repair foundational software or API gaps first, add deployment and security reasoning, and finish by integrating those skills with infrastructure-automation scenarios.
When your review is complete, use Cisco’s registration process and Pearson VUE details to confirm the available appointment, language, and current payment information. Save the confirmation and check the retake rule before scheduling so that your contingency plan reflects the required five-calendar-day wait.
The official facts support 200-901 as a current automation exam associated with CCNA Automation, with a 120-minute duration and the listed response formats. They do not support presenting 700-901 as a separate confirmed exam. Make the code check your first preparation milestone and your final registration check.
Conclusion
A careful 700-901 search should lead you to verification, not assumption. Cisco’s current exam list points to 200-901 CCNAAUTO, Automating Networks Using Cisco Platforms, and the official topics define a connected set of software, API, security, deployment, and infrastructure-automation skills. Build preparation from those domains, test your ability to apply concepts rather than memorize answers, and confirm registration details directly with Cisco before paying or scheduling.
