700-701
Cisco Application Centric Infrastructure for Account Managers
700-701 Exam Guide: How to Prepare for Cisco 350-701 SCOR
The exam commonly searched as 700-701 is identified by Cisco as 350-701 SCOR, “Implementing and Operating Cisco Security Core Technologies.” It validates the implementation and operation of core security technologies across network, cloud, content, endpoint, and secure-access areas. It is required for both CCNP Security and CCIE Security, while CCNP Security also requires a concentration exam. This guide helps you confirm the correct exam version, choose a realistic study sequence, and decide when you are ready to schedule.
Which exam does “700-701” refer to?
Cisco identifies the relevant Security Core exam as 350-701 SCOR, not 700-701. Use the Cisco exam name and code when searching for the blueprint, training, registration information, or a testing appointment. Treat “700-701” as a search label rather than as the official exam identifier.
The current official material describes 350-701 SCOR v1.1 as “Implementing and Operating Cisco Security Core Technologies.” Cisco associates this exam with the CCNP Security and CCIE Security certifications. The distinction matters because studying from material labelled only with an unofficial or incorrect code can make it harder to verify that a resource matches the intended blueprint.
Before buying a course or booking an appointment, check three items: the code is 350-701, the title refers to Implementing and Operating Cisco Security Core Technologies, and the material states which blueprint version it follows. A resource that does not identify its version deserves extra scrutiny, especially during the transition to the next version.
What does passing the exam contribute to?
Passing 350-701 SCOR is required for either CCNP Security or CCIE Security. For a CCNP Security candidate, it is the core exam, not the complete certification by itself: Cisco says CCNP Security requires one core security technologies exam and one concentration exam selected by the candidate.
For CCIE Security, the SCOR exam is also part of the certification path, but this guide should not be read as a complete description of every certification requirement. The immediate preparation decision is to identify your target certification first, then confirm the remaining requirements on Cisco’s current certification information before scheduling.
If your target is CCNP Security, select the concentration exam separately and avoid allowing its topics to displace the core SCOR work too early. The two exams may share security vocabulary, but the study plan should map each learning activity to the exam it is intended to support.
When should you choose v1.1 or v2.0?
Version selection is a scheduling decision, not a minor naming detail. Cisco states that the last date to test for 350-701 SCOR v1.1 is August 26, 2026, and that 350-701 SCOR v2.0 first becomes available for testing on August 27, 2026. Confirm the version attached to your appointment and study resources before committing to a plan.
If you plan to test by August 26, 2026, organize your preparation around the official v1.1 blueprint and verify that your appointment is for that version. If you plan to test from August 27, 2026 onward, look for the v2.0 exam topics and prepare from that version instead. Do not assume that a v1.1 checklist automatically represents v2.0.
Candidates close to the transition should make one deliberate choice: either set a credible v1.1 completion plan with enough revision time, or move the plan to v2.0 and obtain current v2.0 materials. A rushed booking based only on the earlier version date can leave too little time for practice and review. Cisco also says blueprint topics may change without notice, so recheck the official page when scheduling.
A simple version-control check
Record the version beside every study resource in your notes. Remove or label material that has no version information, compare its topic names with the official blueprint, and revisit the Cisco exam page before payment. This small administrative step prevents a technically useful resource from becoming a poor match for your selected exam.
What skills does 350-701 SCOR measure?
The exam measures implementation and operation of core security technologies rather than isolated product recognition. Cisco’s v1.1 description includes network, cloud, and content security; endpoint protection and detection; and secure network access, visibility, and enforcement.
Use that scope to organize learning around security outcomes. You should be able to explain why a control is needed, identify where it fits in an architecture, recognize the information it uses, and reason through how it is operated or enforced. The blueprint is a boundary for preparation, not a promise that every delivery will use identical wording or scenarios.
Cisco explicitly says the listed topics are general guidelines and that other related topics may appear on a specific exam delivery. Prepare the underlying concepts and relationships, not just a list of terms. A narrow memorization strategy is particularly risky when a topic can be tested through an implementation or operational decision.
Turn the scope into capabilities
For each blueprint item, write a capability statement beginning with a verb: explain, configure, distinguish, interpret, troubleshoot, or select. Then attach a small scenario to it, such as deciding where a policy should be enforced or interpreting an event from a security control. This converts passive reading into evidence that you can apply the subject matter.
How should you read the blueprint weights?
The official v1.1 blueprint assigns Security Concepts 25% of the exam and Network Security 20% of the exam. These are the two percentages supported by the supplied Cisco research, and each is tied here to its named domain rather than treated as an unlabeled comparison.
Use the weights to allocate attention, not to ignore the remaining blueprint areas. Security Concepts should receive early and repeated review because it establishes the language used across the exam. Network Security deserves a substantial technical block because it connects architecture, controls, traffic, and operations. Other domains still require coverage even though their percentages are not reproduced here.
Do not turn a percentage into a prediction about the exact number of questions. The blueprint is a guide, Cisco says related topics may appear on a particular delivery, and the listed guidelines may change without notice. Keep your study plan broad enough to cover the complete current blueprint.
A practical allocation rule
Start with the official domain list, then rank each topic by two factors: its blueprint importance and your demonstrated weakness. Give priority to a high-weight topic you cannot explain, but reserve regular sessions for lower-confidence areas even when they carry less weight. This is more reliable than studying only the subjects you already enjoy.
What should you study first?
Begin with Security Concepts and the vocabulary needed to describe threats, controls, identity, trust, policy, visibility, and risk. Next build the Network Security foundation, then connect those concepts to cloud, content, endpoint, secure-access, and enforcement topics in the current blueprint.
The reason for this order is practical: later decisions are easier when you understand the security objective and the location of a control. For example, before memorizing a product feature, ask what traffic, identity, endpoint signal, or policy outcome the feature addresses. This gives you a way to reason about unfamiliar combinations of technologies.
After the first pass, stop reading in a straight line. Switch to retrieval: close the material, draw the control flow, explain the difference between two related mechanisms, or diagnose a deliberately incomplete design. Return to documentation only after you have identified the gap.
A four-stage study sequence
Stage one is orientation: download or open the official blueprint and create a topic inventory. Stage two is foundation: learn the security concepts and network-security relationships. Stage three is integration: connect the remaining domains through architecture and operational scenarios. Stage four is verification: use timed, closed-book reviews and repair specific weaknesses rather than rereading everything.
Build comparison notes, not word lists
For similar technologies, use a comparison table with purpose, placement, inputs, enforcement point, visibility produced, and operational limitation. The point is not to create a large glossary. It is to make distinctions visible so that you can select or explain a control when the scenario changes.
How can you prepare for implementation and operation questions?
Study every major topic through both an implementation lens and an operations lens. Implementation asks how a control is placed or applied; operation asks what evidence it produces, how policy affects behavior, and what you would inspect when the result is not what you expected.
For each subject, answer five questions in your own words: What security problem does it address? Where does it operate? What inputs or identities does it use? What decision or enforcement action follows? What evidence would confirm that it is working? If you cannot answer the last question, your knowledge is probably still descriptive rather than operational.
Use small, repeatable exercises instead of waiting for a large lab environment. Sketch a traffic path, mark trust boundaries, annotate policy decisions, and trace the source of an alert or access result. Where you have authorized access to a lab or training environment, reproduce the concept and record the observation; do not depend on unverified exam claims or leaked content.
A scenario worksheet
Create one page for each difficult topic. Put the scenario at the top, list the security objective, identify the relevant control, and write the expected evidence. Add one plausible alternative and explain why it is less suitable. This trains the distinction-making that a broad implementation-and-operation exam requires.
Which Cisco learning resource should support your plan?
Cisco says its Implementing and Operating Cisco Security Core Technologies course helps candidates prepare for the 350-701 SCOR exam. Use that course, where it fits your needs, as a structured learning path rather than treating course completion as proof of readiness.
A course is most useful when paired with the official blueprint. Map each module to blueprint topics, mark subjects that are absent or only briefly covered, and supplement those gaps with Cisco’s current official documentation or other authorized learning material. The blueprint remains the control document for scope.
Candidates who already work with Cisco security technologies may need less lecture time and more deliberate gap analysis. Candidates newer to the domain may benefit from following the course sequence before attempting mixed practice. In either case, record what you can demonstrate, not merely what you have watched or read.
How to evaluate a study resource
Prefer material that names the 350-701 version, follows the official topic structure, explains decisions rather than only definitions, and includes legitimate practice activities. Be cautious with resources that promise a pass through memorization, claim access to live questions, or cannot show how their coverage maps to Cisco’s published topics.
What does a realistic study roadmap look like?
A workable roadmap has four passes: scope mapping, concept building, applied integration, and readiness review. The order matters more than an arbitrary calendar length. Move forward when you can explain and apply a topic, then use diagnostic results to decide where to revisit rather than assigning equal time to every chapter.
During scope mapping, copy the current blueprint domains and topics into a tracker. During concept building, produce short explanations and diagrams. During applied integration, connect technologies across a common security architecture and examine what changes when identity, location, cloud resources, endpoints, or content controls change. During readiness review, use closed-book prompts and timed sessions to expose weak reasoning and pacing.
Keep the plan version-specific. A roadmap for v1.1 should not quietly become a v2.0 roadmap at the transition date. If your target date changes, pause and remap the tracker to the new official blueprint before continuing.
Pass one: map the work
List every official domain and topic, then classify each as unfamiliar, familiar, or demonstrable. “Familiar” means you recognize the term; “demonstrable” means you can explain its purpose, apply it to a scenario, and identify useful evidence. Study time should be driven by that distinction.
Pass two: build foundations
Work through the core concepts and network-security material first, while keeping a running list of terms that appear in multiple domains. End each session with retrieval questions. If the answer requires opening the book immediately, mark the topic for another pass instead of assuming recognition equals mastery.
Pass three: integrate the domains
Create cross-domain scenarios involving access, network controls, cloud or content protection, endpoint signals, visibility, and enforcement. For every scenario, state the objective before naming a technology. This prevents product-first thinking and helps you handle a question that presents the problem in unfamiliar language.
Pass four: verify readiness
Use mixed, legitimate practice that you are authorized to access, but treat scores as diagnostic evidence rather than a guarantee. Review every missed or guessed item by tracing the underlying concept to the blueprint. Schedule only after you can explain your reasoning consistently under time pressure and have checked the selected exam version.
How should you decide whether to schedule?
Schedule when your evidence shows coverage, application, and consistency—not simply because you finished a course. Your final decision should combine a completed blueprint tracker, successful closed-book explanations, repaired weak areas, and enough time to revisit the official Cisco information before the appointment.
Cisco states that Associate-, Professional-, and Expert-level written exams are offered both in person and online through the Cisco Certification Tracking System. Cisco identifies Pearson VUE as its authorized test-delivery partner. Use the official Cisco registration path to confirm available delivery choices and appointment details for your exam.
Do not infer an appointment’s exact conditions from a third-party summary. Delivery availability, registration steps, and current policies should be verified through Cisco’s official information and the authorized testing process. Keep your confirmation and ensure the code and version match the plan you prepared.
A final scheduling checklist
Confirm the official code, title, and version; verify the intended certification path; check the current Cisco exam page; select an authorized delivery route; and review the appointment information carefully. If you are near the v1.1-to-v2.0 transition, make the version check the first item rather than an afterthought.
What mistakes commonly weaken preparation?
The most damaging mistakes are administrative as well as technical: studying the wrong exam code, ignoring the version transition, treating the blueprint as a complete prediction, and confusing recognition with operational understanding. Correct these before adding more study material.
Do not build a plan around bare percentages. Security Concepts is 25% of the exam blueprint and Network Security is 20% of the exam blueprint, but those figures do not eliminate the other published areas or justify skipping related topics. Use the labels and the full blueprint together.
Avoid resource accumulation. Five overlapping summaries can create the impression of progress while leaving the same conceptual gap untouched. Choose a primary structure, use the official blueprint as the index, and spend the remaining effort on explanations, diagrams, authorized hands-on work, and targeted review.
Do not use exam dumps, leaked questions, or memorization claims as a readiness strategy. They do not establish that you understand the technologies, do not protect you when the delivery presents related topics in a different form, and do not replace legitimate preparation.
Repair weak evidence directly
When you miss a practice question, label the cause: unknown concept, confused distinction, misread scenario, or timing. Then perform the matching repair. Learn the concept, write a side-by-side comparison, restate the scenario in your own words, or practice a shorter timed set. Generic rereading is rarely the most efficient response.
What should you do after an unsuccessful attempt?
Treat an unsuccessful attempt as a reason to diagnose the blueprint, not as a reason to repeat the same plan unchanged. Reconstruct which domains and skills felt weak, compare that evidence with your tracker, and revise the study sequence before booking again.
Cisco states that a candidate must wait five calendar days after the end of a first attempt before retaking the same exam. That policy affects the earliest possible retake, but it should not determine the quality of the preparation. Use the waiting period to review the official information, identify gaps, and choose a deliberate next date.
If the version transition is relevant, verify whether the next attempt will use v1.1 or v2.0 before continuing. A retake plan should state the version, blueprint, weak domains, corrective activities, and readiness evidence. Avoid simply repeating the same practice set or relying on remembered questions.
A focused retake review
Start with the official blueprint, then create a short gap report for each domain: what you knew, what you could not apply, and what evidence you need next. Replace broad study sessions with targeted scenarios and explanations. Reassess the whole blueprint afterward so that remediation in one area does not create neglect elsewhere.
What are the next actions?
Your next action is to confirm that your intended exam is Cisco 350-701 SCOR, then identify whether your target appointment falls under v1.1 or v2.0. After that, download the applicable blueprint, map every topic to a study resource, and set a readiness checkpoint based on demonstrated ability rather than course completion.
If you are pursuing CCNP Security, select the concentration exam separately and keep its preparation from obscuring the SCOR core work. If you are pursuing CCIE Security, verify the broader certification requirements through Cisco. For either path, use the official Cisco pages again immediately before registration because blueprint guidance and availability can change.
Finally, maintain a one-page decision record: target certification, exam code, version, blueprint gaps, study resources, delivery route, and scheduling condition. That record makes the plan auditable and reduces the chance that an old resource, an unofficial code, or a changed exam version quietly redirects your preparation.
Conclusion
The strongest preparation choice is to study the exam Cisco actually names: 350-701 SCOR, with the correct blueprint version attached to your plan. Build from Security Concepts and Network Security, extend the work across the full security-technology scope, and test yourself through explanations and operational scenarios. Confirm the version, delivery route, and certification requirements through Cisco before scheduling, then use your blueprint tracker and diagnosed weaknesses—not memorized question claims—to decide when you are ready.
Related exams
- 350-021 exam — CCIE SP Cable Qualification Exam
- 500-052 exam — Deploying Cisco Unified Contact Center Express
- 500-460 exam — Enterprise Mobility Essentials for Sales Engineers
- 646-365 exam — Cisco Express Foundation for Account Managers (CXFA) Exam
- 648-238 exam — Implementing Cisco Connected Physical Security 1
- 648-385 exam — Cisco Express Foundation for Field Engineers