700-901 Exam Guide: Verify the Exam Code Before You Prepare
The exam name “700-901” requires verification before you buy materials or schedule an appointment. 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. This guide helps candidates determine whether 700-901 is a mistaken reference, map their preparation to the official 200-901 scope, and make sensible decisions about study order, delivery, cost, language, and retake planning. Treat Cisco’s live exam list and registration information as the authority before committing money or time.
Is 700-901 the current Cisco exam?
Cisco’s current exam list identifies 200-901 CCNAAUTO—not 700-901—as the relevant automation exam. The retired-exam page does not list 700-901, but that absence is not a confirmation that a 700-901 appointment exists. Candidates should resolve the code with Cisco before purchasing a voucher, booking an appointment, or relying on a third-party page.
What the current listing says
The current exam is named Automating Networks Using Cisco Platforms and is associated with the CCNA Automation certification. Cisco also states that the previous 200-901 DEVASC content remained unchanged while the exam name was updated as the DevNet certifications moved into the Automation track, effective February 3, 2026. The supplied official information does not establish 700-901 as a separate exam.
What to do if a provider advertises 700-901
Check the code against Cisco’s current exam list and the official exam-topics page. If a listing uses 700-901 but describes the 200-901 CCNAAUTO objectives, regard the number as a possible catalogue or labelling error rather than evidence of a different test. Do not use unauthorized question collections to resolve the discrepancy; they may be outdated, mislabeled, or unlawfully obtained.
What does 200-901 validate?
200-901 validates practical knowledge of automating networks with Cisco platforms. The official scope covers software development and design, APIs, application deployment and security, and infrastructure and automation. The exam therefore sits at the intersection of programming practices, network operations, and Cisco platform integration rather than testing only traditional device configuration.
The four skill areas
Use the four published areas as the backbone of preparation: software development and design; APIs; application deployment and security; and infrastructure and automation on Cisco platforms. The supplied official snapshot does not provide percentage weights for these domains, so do not assign unsupported numerical priorities or infer that one domain is larger than another.
What competence looks like in practice
A prepared candidate should be able to reason from an automation requirement to an implementation approach. That means understanding how an application is designed, how it communicates with a platform through an API, how it is deployed and secured, and how infrastructure automation supports repeatable network operations. Study each area as part of a workflow, not as an isolated vocabulary list.
Who should consider this exam?
The exam is most relevant to candidates building or validating skills in network automation, Cisco platform integration, and software-assisted infrastructure work. It can suit network professionals adding development skills, developers working with network APIs, and automation practitioners who need Cisco-focused context. The official material supplied here does not state a prerequisite, so do not assume one is required or optional without checking Cisco’s current certification information.
Choose the exam based on your work gap
A network administrator who can configure devices manually but struggles with code should begin with programming and API fundamentals. A developer who already writes applications but lacks networking context should begin with Cisco platform behavior, infrastructure concepts, and automation workflows. Someone already working across both areas should spend more time on integration, deployment, security, and timed decision-making.
Do not confuse certification association with a job requirement
Cisco associates 200-901 with CCNA Automation, but the certification label alone does not define an employer’s role requirements. Compare the official domains with the tasks you expect to perform: building automation tools, consuming APIs, deploying applications, securing credentials and communication, or automating infrastructure. That comparison gives you a more useful study target than a generic claim that the exam is suitable for everyone.
How is the exam delivered and scheduled?
Cisco identifies Pearson VUE as its authorized exam-delivery partner. The supplied official information describes 200-901 CCNAAUTO v1.1 as a 120-minute certification exam and lists performance-based questions, multiple-choice questions, and drag-and-drop items. Scheduling rules can depend on location; in the United States and Canada, Cisco says appointments may be scheduled up to six weeks ahead or as late as the same day.
Confirm the appointment details at registration
Use Cisco’s registration route and the Pearson VUE process to confirm the current appointment options for your location. Check the displayed exam code, title, language, delivery choices, identification requirements, rescheduling terms, and any local availability before payment. The supplied sources establish the authorized partner and some scheduling information, but they do not establish every delivery condition for every country.
Plan around the question formats
Multiple-choice items require careful interpretation of requirements and implementation choices. Drag-and-drop items test ordered or matched relationships. Performance-based questions require active interaction with a task rather than simple recall. Practice switching between these modes: read the requirement, identify the relevant domain, eliminate approaches that violate the requirement, and verify the result before moving on.
Language and timing checks
Cisco lists English and Japanese as the available languages for 200-901 on the official exam-topics page. Cisco’s current exam list says current exams are available worldwide in English, while availability in other languages varies by location. Confirm the language shown for your appointment rather than assuming that a language listed in general information is available at every test location.
What does the exam cost, and what happens after an attempt?
The official exam-topics page lists the 200-901 price as US$300, or redeemable with Cisco Learning Credits. Cisco says pass/fail results are typically available online within 48 hours. If a first attempt is unsuccessful, Cisco requires a wait of five calendar days after the end of that attempt before retaking the same exam; use that interval to diagnose weaknesses instead of immediately repeating the same preparation.
Budget for verification before purchase
Because the requested code is 700-901 while Cisco identifies 200-901 CCNAAUTO as the current exam, verify the code and title before treating the listed price as applicable to your intended appointment. Confirm the currency, payment route, credits, taxes or local charges, and cancellation conditions in the official registration flow. The supplied sources do not establish those location-specific details.
Use the result window constructively
A result notification is not a substitute for a study review. Before attempting the exam, prepare a short diagnostic record: which domain felt least familiar, which question format caused delays, and which concepts required guessing. If a retake becomes necessary, use that record to change your study sequence. The five-calendar-day waiting rule is a scheduling constraint, not a recommended minimum study period.
Recertification relevance
Cisco says 200-901 can be used toward recertification requirements. That is useful for candidates maintaining Cisco credentials, but it does not mean every candidate should choose this exam solely for recertification. Confirm the current recertification policy and whether the exam meets your particular credential’s requirements before relying on it for that purpose.
How should you assess your starting point?
Start with a skills inventory, not a calendar. Separate programming, API use, application security, deployment, Cisco platform knowledge, and infrastructure automation. Mark each area as can explain, can perform with reference material, or cannot yet perform. This exposes whether your main problem is conceptual understanding, hands-on fluency, or exam-style decision-making.
Run a small capability check
Choose one realistic automation task and describe its complete path: define the desired network outcome, select an interface, structure the request and response, handle authentication, test the result, and deploy or maintain the application safely. You are not trying to reproduce live exam questions. You are testing whether you can connect the official domains into one coherent solution.
Interpret weak areas accurately
If you know terms but cannot explain when to use an approach, your weakness is application rather than recall. If you can design a solution but cannot troubleshoot requests or deployment, add hands-on practice. If you work comfortably in a lab but lose time reading long scenarios, practice extracting requirements and constraints before selecting an answer.
What study order makes the most sense?
Study from foundations to integration: software development and design first, APIs next, application deployment and security after that, and infrastructure automation throughout. This order gives you a working application model before you examine how it communicates with Cisco platforms and operates safely. Revisit infrastructure automation during every stage so programming study remains tied to network outcomes.
Stage 1: Build the software foundation
Review the development concepts needed to create maintainable automation: clear inputs and outputs, modular logic, error handling, data representation, testing, and version-aware change control. Focus on reading and reasoning about code, not memorizing isolated syntax. Create small utilities that transform structured data or validate input, then explain why each design choice makes the tool safer or easier to maintain.
Stage 2: Learn API behavior as a workflow
Study APIs through the complete request cycle: identify the resource, construct the request, authenticate, interpret the response, handle errors, and confirm the intended state. Practice distinguishing an authentication problem from an authorization problem, a malformed request from a missing resource, and a successful response from a successful network outcome. These distinctions are more valuable than memorizing endpoint names without context.
Stage 3: Connect deployment and security
Treat deployment and security as design requirements from the beginning. Review how configuration, credentials, permissions, transport protection, logging, testing, and rollback affect an automation application. Build habits that avoid embedding secrets in source code or treating a successful local test as proof that an application is ready for broader use.
Stage 4: Integrate infrastructure automation
Apply the earlier skills to Cisco-platform automation scenarios. Start with the desired infrastructure state, select an appropriate automation interaction, validate the returned data, and consider idempotence, failure handling, and auditability. Your notes should show both the network objective and the application behavior; studying only one side can leave a gap at the point where the exam’s domains meet.
How can you build useful hands-on practice?
Use a repeatable lab cycle: define a small network change, inspect the available interface or data, write the automation, test expected and unexpected responses, and document the result. The purpose is to develop transferable reasoning, not to recreate protected exam content. Keep each exercise small enough that you can identify whether a failure came from code, authentication, the API request, the platform, or the deployment environment.
A practical exercise sequence
Begin by reading structured data and producing a clear report. Then make a controlled API request against an authorized lab environment. Add input validation and error handling. Next, make the operation safe to repeat and record what changed. Finally, package or deploy the tool and review its credentials, permissions, logs, and recovery behavior. This sequence turns separate topics into an operational habit.
Keep an evidence-based study log
For every exercise, record the objective, interface used, expected result, actual result, error encountered, correction made, and security consideration. Add a short explanation of why the final approach works. This log becomes a revision resource and helps distinguish genuine understanding from copying a command that happened to work once.
Use official topic boundaries
Let the official exam-topics page and Cisco’s automation exam information define what belongs in your plan. Supplement with legitimate documentation and authorized practice environments, but label extra material as enrichment rather than an exam requirement. If a resource promises exact future questions or guaranteed success through memorization, reject it as a poor basis for preparation.
What common preparation mistakes should you avoid?
The most damaging mistake is preparing for an unverified code. Other frequent problems include studying API terminology without performing requests, ignoring security until the final week, treating infrastructure knowledge and programming as separate subjects, and using practice scores as proof of readiness without reviewing errors. Correct these problems by tying every study session to a decision, a test, or an explainable implementation.
Mistake: trusting the number on a third-party page
A page that says 700-901 may be referring to 200-901 under an incorrect code, an old catalogue entry, or something Cisco does not currently offer. Compare its title, code, and objectives with Cisco’s current list. If they do not align, stop and verify before purchasing. A familiar-looking product page is not an official exam record.
Mistake: memorizing requests without understanding outcomes
Knowing the shape of a request is insufficient if you cannot explain the resource, authorization, expected response, failure mode, and resulting network state. For each API exercise, write those five elements in your notes. This forces you to connect syntax with operational intent and makes unfamiliar scenarios easier to analyze.
Mistake: postponing application security
Security is one of the published exam areas, so it should not be treated as a last-minute checklist. Include credential handling, permissions, protected communication, validation, logging, and deployment risk in ordinary lab work. A tool that changes infrastructure but cannot protect its access path is not a complete automation solution.
Mistake: measuring progress only by flashcards
Flashcards can expose terminology gaps, but they cannot show whether you can select an approach under constraints or troubleshoot a failing workflow. Pair recall review with short written designs, authorized lab tasks, and error analysis. The final readiness question should be “Can I justify this implementation?” rather than only “Have I seen this term?”
What should a four-phase study roadmap look like?
A flexible roadmap works better than an artificial promise of readiness on a fixed date. Use four phases: scope confirmation, foundation building, integrated practice, and final verification. Assign more time to the phase where your inventory shows a real capability gap. Keep the official code and title visible in your notes so a catalogue mistake does not carry through the entire plan.
Phase 1: Confirm scope and baseline
Verify that your intended appointment is 200-901 CCNAAUTO if that is the exam Cisco currently lists. Read the official topic information, record the four domains, note the published format and language information, and complete a small capability check. Gather only legitimate documentation and lab resources after the scope is clear.
Phase 2: Build foundations
Work through software design, API workflows, deployment, security, and infrastructure automation in the sequence that matches your weaknesses. End each study block with an output: a diagram, a short explanation, a tested script, an error diagnosis, or a comparison of implementation choices. Outputs reveal understanding more reliably than hours logged.
Phase 3: Integrate and add pressure
Combine domains in tasks that require a network objective, an API interaction, application logic, security controls, and verification. Introduce time limits only after you can complete the work accurately. Then practice moving among multiple-choice, drag-and-drop, and performance-based formats without letting one difficult item consume the session.
Phase 4: Verify readiness and schedule
Review your error log, not just your strongest topics. Explain each domain in your own words, complete integrated exercises without copying a solution, and identify the steps you would take when an API or deployment fails. When the code, location, language, cost, and appointment details are confirmed through Cisco and Pearson VUE, schedule with enough margin for an honest final review.
How should you make the final scheduling decision?
Schedule when you can repeatedly explain and perform the core workflow across all four official domains, not merely when a target date arrives. Before committing, confirm that the appointment shows 200-901 CCNAAUTO, review the language and delivery details, and check the current registration terms. In the United States and Canada, Cisco permits scheduling as late as the same day, but convenience should not replace preparation.
Use a readiness checklist
Confirm that you can identify a suitable API interaction, interpret structured responses, design maintainable automation, secure application access, reason about deployment, and connect the implementation to an infrastructure objective. Confirm also that you have practiced the listed question formats. If one area remains dependent on memorized examples, extend preparation and use new authorized exercises to test transfer.
Leave room for administrative changes
Exam names, policies, language availability, and appointment options can change. Check the official Cisco pages immediately before purchase and again when scheduling. The supplied snapshot supports the current 200-901 information described here, but it should not be used to assume that a future appointment page will display identical conditions.
What should you do next?
First, open Cisco’s current exam list and determine whether your intended target is 200-901 CCNAAUTO rather than 700-901. Next, save the official exam-topics page, inventory your skills against its domains, and choose one small authorized lab exercise for each weak area. Only after the code and appointment details are confirmed should you budget, schedule, and begin final-format practice.
A short action plan
1. Verify the exam code and title with Cisco. 2. Record the four official skill areas without inventing percentage weights. 3. Test your starting ability with an end-to-end automation task. 4. Study software, APIs, security, deployment, and infrastructure as connected skills. 5. Review mistakes through legitimate practice. 6. Confirm Pearson VUE registration details before payment. 7. Keep a retake plan based on diagnosis rather than repetition.
Conclusion
The central decision for a page labelled 700-901 is identification, not memorization. Cisco’s supplied current information points candidates to 200-901 CCNAAUTO, Automating Networks Using Cisco Platforms, under CCNA Automation. Once the code is confirmed, prepare across software development and design, APIs, application deployment and security, and infrastructure automation. Use hands-on, authorized practice to connect those domains, verify the appointment details through Cisco and Pearson VUE, and treat third-party claims about codes or guaranteed passing with caution.
