Implementing Cisco Enterprise Network Core Technologies (ENCOR) 350-401 Practice Test 29
Question 280
A post-change test follows this action: set the OSPF interface network type to point-to-point where appropriate. Which result demonstrates success?
Neighbor debug shows bidirectional hello recognition after correction.
Both routers reach FULL and show point-to-point network type.
`show ip ospf` reports unique RIDs and neighbor becomes stable.
An O*E2 default appears only while the ASBR has the required default.
Explanation
Correct Answer
B:
Both routers reach FULL and show point-to-point network type. This is the targeted operational evidence for the change. Point-to-point OSPF forms a direct adjacency without DR or BDR election. Merely entering the configuration or seeing a management session is less conclusive than observing the resulting behavior.
Incorrect Answers
A:
This observation validates another operation: Investigate one-way hello reachability and hello neighbor lists. INIT means a router sees hellos without seeing its own RID acknowledged. It is not decisive evidence that the change under examination works as required. A relevant verification must exercise its particular control or forwarding outcome.
C:
This observation validates another operation: Assign a unique router ID and restart the process as required. OSPF relies on unique router identifiers for its LSDB and adjacency. It is not decisive evidence that the change under examination works as required. A relevant verification must exercise its particular control or forwarding outcome.
D:
This observation validates another operation: Use conditional `default-information originate` behavior matching route presence. OSPF default origination without `always` depends on a usable default route. It is not decisive evidence that the change under examination works as required. A relevant verification must exercise its particular control or forwarding outcome.
Question 281
Two routers exchange OSPF hellos but the neighbor remains INIT. How should the team implement the required behavior?
Investigate one-way hello reachability and hello neighbor lists.
Match hello/dead interval configuration on peers.
Match OSPF authentication method and key identifiers across neighbors.
Use explicit area assignments or precise wildcard masks to limit participating interfaces.
Explanation
Correct Answer
A:
INIT means a router sees hellos without seeing its own RID acknowledged. The most direct remediation is investigate one-way hello reachability and hello neighbor lists. A practical acceptance test is neighbor debug shows bidirectional hello recognition after correction. This distinguishes a configured intention from operational success.
Incorrect Answers
B:
This choice addresses a different situation: An OSPF adjacency flaps due to different hello and dead timers. OSPF neighbors require compatible hello/dead values. It does not specifically correct the issue here: two routers exchange OSPF hellos but the neighbor remains INIT.
C:
This choice addresses a different situation: An OSPF link is configured for MD5 authentication only on one side. Authentication mismatch causes hello packets to be rejected. It does not specifically correct the issue here: two routers exchange OSPF hellos but the neighbor remains INIT.
D:
This choice addresses a different situation: An OSPF network statement includes unintended loopback interfaces. Loose OSPF network matching can activate adjacency on wrong interfaces. It does not specifically correct the issue here: two routers exchange OSPF hellos but the neighbor remains INIT.
Question 282
During acceptance testing after investigate one-way hello reachability and hello neighbor lists., which evidence is most relevant?
Both interfaces report matching timers and stable FULL adjacency.
Neighbor reaches FULL and OSPF authentication failure counters stop.
`show ip ospf interface brief` lists only intended routing interfaces.
Neighbor debug shows bidirectional hello recognition after correction.
Explanation
Correct Answer
D:
Neighbor debug shows bidirectional hello recognition after correction. This is the targeted operational evidence for the change. INIT means a router sees hellos without seeing its own RID acknowledged. Merely entering the configuration or seeing a management session is less conclusive than observing the resulting behavior.
Incorrect Answers
A:
This observation validates another operation: Match hello/dead interval configuration on peers. OSPF neighbors require compatible hello/dead values. It is not decisive evidence that the change under examination works as required. A relevant verification must exercise its particular control or forwarding outcome.
B:
This observation validates another operation: Match OSPF authentication method and key identifiers across neighbors. Authentication mismatch causes hello packets to be rejected. It is not decisive evidence that the change under examination works as required. A relevant verification must exercise its particular control or forwarding outcome.
C:
This observation validates another operation: Use explicit area assignments or precise wildcard masks to limit participating interfaces. Loose OSPF network matching can activate adjacency on wrong interfaces. It is not decisive evidence that the change under examination works as required. A relevant verification must exercise its particular control or forwarding outcome.
Question 283
An OSPF adjacency flaps due to different hello and dead timers. What is the most appropriate corrective measure?
Assign a unique router ID and restart the process as required.
Use conditional `default-information originate` behavior matching route presence.
Match hello/dead interval configuration on peers.
Configure that interface passive in OSPF.
Explanation
Correct Answer
C:
OSPF neighbors require compatible hello/dead values. The most direct remediation is match hello/dead interval configuration on peers. A practical acceptance test is both interfaces report matching timers and stable FULL adjacency. This distinguishes a configured intention from operational success.
Incorrect Answers
A:
This choice addresses a different situation: An OSPF router ID conflicts with a neighbor on the same domain. OSPF relies on unique router identifiers for its LSDB and adjacency. It does not specifically correct the issue here: an OSPF adjacency flaps due to different hello and dead timers.
B:
This choice addresses a different situation: A default route must be originated from the ASBR only while an external route exists. OSPF default origination without `always` depends on a usable default route. It does not specifically correct the issue here: an OSPF adjacency flaps due to different hello and dead timers.
D:
This choice addresses a different situation: A branch interface must advertise its subnet but must not form neighbors. Passive interfaces can advertise connected networks without sending OSPF hellos. It does not specifically correct the issue here: an OSPF adjacency flaps due to different hello and dead timers.
Question 284
An operator has applied the following change: match hello/dead interval configuration on peers. Which observation best confirms it works?
`show ip ospf` reports unique RIDs and neighbor becomes stable.
Both interfaces report matching timers and stable FULL adjacency.
An O*E2 default appears only while the ASBR has the required default.
The connected subnet appears in OSPF while no neighbor forms on the passive port.
Explanation
Correct Answer
B:
Both interfaces report matching timers and stable FULL adjacency. This is the targeted operational evidence for the change. OSPF neighbors require compatible hello/dead values. Merely entering the configuration or seeing a management session is less conclusive than observing the resulting behavior.
Incorrect Answers
A:
This observation validates another operation: Assign a unique router ID and restart the process as required. OSPF relies on unique router identifiers for its LSDB and adjacency. It is not decisive evidence that the change under examination works as required. A relevant verification must exercise its particular control or forwarding outcome.
C:
This observation validates another operation: Use conditional `default-information originate` behavior matching route presence. OSPF default origination without `always` depends on a usable default route. It is not decisive evidence that the change under examination works as required. A relevant verification must exercise its particular control or forwarding outcome.
D:
This observation validates another operation: Configure that interface passive in OSPF. Passive interfaces can advertise connected networks without sending OSPF hellos. It is not decisive evidence that the change under examination works as required. A relevant verification must exercise its particular control or forwarding outcome.
Question 285
An OSPF router ID conflicts with a neighbor on the same domain. Which action most directly addresses this situation?
Assign a unique router ID and restart the process as required.
Match OSPF authentication method and key identifiers across neighbors.
Use explicit area assignments or precise wildcard masks to limit participating interfaces.
Correct backbone connectivity and area assignment for the ABR.
Explanation
Correct Answer
A:
OSPF relies on unique router identifiers for its LSDB and adjacency. The most direct remediation is assign a unique router ID and restart the process as required. A practical acceptance test is `show ip ospf` reports unique RIDs and neighbor becomes stable. This distinguishes a configured intention from operational success.
Incorrect Answers
B:
This choice addresses a different situation: An OSPF link is configured for MD5 authentication only on one side. Authentication mismatch causes hello packets to be rejected. It does not specifically correct the issue here: an OSPF router ID conflicts with a neighbor on the same domain.
C:
This choice addresses a different situation: An OSPF network statement includes unintended loopback interfaces. Loose OSPF network matching can activate adjacency on wrong interfaces. It does not specifically correct the issue here: an OSPF router ID conflicts with a neighbor on the same domain.
D:
This choice addresses a different situation: A multiarea OSPF router puts a transit interface into area 1 rather than backbone area 0. Interarea OSPF normally requires a contiguous area 0 backbone. It does not specifically correct the issue here: an OSPF router ID conflicts with a neighbor on the same domain.
Question 286
After implementing assign a unique router ID and restart the process as required., which operational evidence should an engineer collect?
Neighbor reaches FULL and OSPF authentication failure counters stop.
`show ip ospf interface brief` lists only intended routing interfaces.
`show ip ospf interface` shows the correct area and interarea routes return.
`show ip ospf` reports unique RIDs and neighbor becomes stable.
Explanation
Correct Answer
D:
`show ip ospf` reports unique RIDs and neighbor becomes stable. This is the targeted operational evidence for the change. OSPF relies on unique router identifiers for its LSDB and adjacency. Merely entering the configuration or seeing a management session is less conclusive than observing the resulting behavior.
Incorrect Answers
A:
This observation validates another operation: Match OSPF authentication method and key identifiers across neighbors. Authentication mismatch causes hello packets to be rejected. It is not decisive evidence that the change under examination works as required. A relevant verification must exercise its particular control or forwarding outcome.
B:
This observation validates another operation: Use explicit area assignments or precise wildcard masks to limit participating interfaces. Loose OSPF network matching can activate adjacency on wrong interfaces. It is not decisive evidence that the change under examination works as required. A relevant verification must exercise its particular control or forwarding outcome.
C:
This observation validates another operation: Correct backbone connectivity and area assignment for the ABR. Interarea OSPF normally requires a contiguous area 0 backbone. It is not decisive evidence that the change under examination works as required. A relevant verification must exercise its particular control or forwarding outcome.
Question 287
An OSPF link is configured for MD5 authentication only on one side. What is the most effective configuration or design response?
Use conditional `default-information originate` behavior matching route presence.
Configure that interface passive in OSPF.
Match OSPF authentication method and key identifiers across neighbors.
Check the stub area type and use an appropriate non-stub area if external LSAs are needed.
Explanation
Correct Answer
C:
Authentication mismatch causes hello packets to be rejected. The most direct remediation is match OSPF authentication method and key identifiers across neighbors. A practical acceptance test is neighbor reaches FULL and OSPF authentication failure counters stop. This distinguishes a configured intention from operational success.
Incorrect Answers
A:
This choice addresses a different situation: A default route must be originated from the ASBR only while an external route exists. OSPF default origination without `always` depends on a usable default route. It does not specifically correct the issue here: an OSPF link is configured for MD5 authentication only on one side.
B:
This choice addresses a different situation: A branch interface must advertise its subnet but must not form neighbors. Passive interfaces can advertise connected networks without sending OSPF hellos. It does not specifically correct the issue here: an OSPF link is configured for MD5 authentication only on one side.
D:
This choice addresses a different situation: An area 2 router cannot learn any external type-5 LSAs and has a stub flag. Stub areas intentionally suppress external LSAs. It does not specifically correct the issue here: an OSPF link is configured for MD5 authentication only on one side.
Question 288
The change request says: match OSPF authentication method and key identifiers across neighbors. Which verification result is most decisive?
An O*E2 default appears only while the ASBR has the required default.
Neighbor reaches FULL and OSPF authentication failure counters stop.
The connected subnet appears in OSPF while no neighbor forms on the passive port.
After removing stub constraints, permitted external LSAs appear in the LSDB.
Explanation
Correct Answer
B:
Neighbor reaches FULL and OSPF authentication failure counters stop. This is the targeted operational evidence for the change. Authentication mismatch causes hello packets to be rejected. Merely entering the configuration or seeing a management session is less conclusive than observing the resulting behavior.
Incorrect Answers
A:
This observation validates another operation: Use conditional `default-information originate` behavior matching route presence. OSPF default origination without `always` depends on a usable default route. It is not decisive evidence that the change under examination works as required. A relevant verification must exercise its particular control or forwarding outcome.
C:
This observation validates another operation: Configure that interface passive in OSPF. Passive interfaces can advertise connected networks without sending OSPF hellos. It is not decisive evidence that the change under examination works as required. A relevant verification must exercise its particular control or forwarding outcome.
D:
This observation validates another operation: Check the stub area type and use an appropriate non-stub area if external LSAs are needed. Stub areas intentionally suppress external LSAs. It is not decisive evidence that the change under examination works as required. A relevant verification must exercise its particular control or forwarding outcome.
Question 289
A default route must be originated from the ASBR only while an external route exists. Which change should the network engineer prioritize?
Use conditional `default-information originate` behavior matching route presence.
Use explicit area assignments or precise wildcard masks to limit participating interfaces.
Correct backbone connectivity and area assignment for the ABR.
Configure area NSSA consistently on its routers.
Explanation
Correct Answer
A:
OSPF default origination without `always` depends on a usable default route. The most direct remediation is use conditional `default-information originate` behavior matching route presence. A practical acceptance test is an O*E2 default appears only while the ASBR has the required default. This distinguishes a configured intention from operational success.
Incorrect Answers
B:
This choice addresses a different situation: An OSPF network statement includes unintended loopback interfaces. Loose OSPF network matching can activate adjacency on wrong interfaces. It does not specifically correct the issue here: a default route must be originated from the ASBR only while an external route exists.
C:
This choice addresses a different situation: A multiarea OSPF router puts a transit interface into area 1 rather than backbone area 0. Interarea OSPF normally requires a contiguous area 0 backbone. It does not specifically correct the issue here: a default route must be originated from the ASBR only while an external route exists.
D:
This choice addresses a different situation: An OSPF NSSA must inject external routes without importing all external LSAs. An NSSA uses type-7 LSAs for locally redistributed routes. It does not specifically correct the issue here: a default route must be originated from the ASBR only while an external route exists.
Question 290
A post-change test follows this action: use conditional `default-information originate` behavior matching route presence. Which result demonstrates success?
`show ip ospf interface brief` lists only intended routing interfaces.
`show ip ospf interface` shows the correct area and interarea routes return.
The NSSA database contains local type-7 advertisements and ABR translation as applicable.
An O*E2 default appears only while the ASBR has the required default.
Explanation
Correct Answer
D:
An O*E2 default appears only while the ASBR has the required default. This is the targeted operational evidence for the change. OSPF default origination without `always` depends on a usable default route. Merely entering the configuration or seeing a management session is less conclusive than observing the resulting behavior.
Incorrect Answers
A:
This observation validates another operation: Use explicit area assignments or precise wildcard masks to limit participating interfaces. Loose OSPF network matching can activate adjacency on wrong interfaces. It is not decisive evidence that the change under examination works as required. A relevant verification must exercise its particular control or forwarding outcome.
B:
This observation validates another operation: Correct backbone connectivity and area assignment for the ABR. Interarea OSPF normally requires a contiguous area 0 backbone. It is not decisive evidence that the change under examination works as required. A relevant verification must exercise its particular control or forwarding outcome.
C:
This observation validates another operation: Configure area NSSA consistently on its routers. An NSSA uses type-7 LSAs for locally redistributed routes. It is not decisive evidence that the change under examination works as required. A relevant verification must exercise its particular control or forwarding outcome.
Implementing Cisco Enterprise Network Core Technologies (ENCOR) (350-401) Practice Tests
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Cisco ENCOR 350-401 Practice Test Questions, Cisco ENCOR 350-401 Exam Practice Test Questions
Looking to pass your tests the first time. You can study with Cisco ENCOR 350-401 certification practice test questions and answers, study guide, training courses. With Exam-Labs VCE files you can prepare with Cisco 350-401 Implementing Cisco Enterprise Network Core Technologies (ENCOR) exam practice test questions and answers. The most complete solution for passing with Cisco certification ENCOR 350-401 exam practice test questions and answers, study guide, training course.
Cisco 350-401 ENCOR: Enterprise Core Architecture, Assurance, Security, and Automation
Cisco 350-401 ENCOR, Implementing Cisco Enterprise Network Core Technologies, is the current core exam for CCNP Enterprise and, under the current v1.2 path, a qualifying core for CCIE Enterprise Infrastructure. Cisco’s current ENCOR v1.2 blueprint lists a 120-minute exam covering dual-stack architecture, virtualization, infrastructure, network assurance, security, and automation.
ENCOR is broad by design. It tests whether an engineer can reason across campus switching, routing, overlays, security, monitoring, and programmability. The challenge is not that every topic is equally deep; it is that enterprise incidents often cross those boundaries. A routing change can affect assurance data, a virtualization choice can alter troubleshooting visibility, and an automation error can reproduce a bad configuration across many devices.
A strong preparation strategy therefore builds one coherent enterprise model rather than ten disconnected topic lists. Understand how packets move, how control planes select paths, how policy is applied, how failures are observed, and how configuration is delivered safely.
Enterprise architecture starts with understanding where control, forwarding, and policy live
Modern enterprise networks can include campus fabrics, traditional routing and switching, WAN overlays, wireless controllers, cloud connectivity, and centralized management. The engineer needs to know which component owns a decision. Is routing distributed on devices? Is segmentation expressed through VRFs or an overlay? Is policy local, centralized, or identity driven?
Architectural reasoning reduces troubleshooting time because it narrows the possible fault domain. If a packet is dropped before entering an overlay, debugging the overlay control plane is wasted effort. If the underlay cannot reach a tunnel endpoint, changing an application policy will not help.
The Cisco ecosystem uses multiple implementation models, but ENCOR rewards candidates who can identify common functions beneath product names.
Virtualization separates logical networks from the physical infrastructure carrying them
VRFs, tunnels, virtual switching, and overlays let enterprises create independent logical paths over shared hardware. These technologies improve segmentation and flexibility, but they add context that must be preserved during troubleshooting. A route can exist in one VRF and be absent in another even though both use the same physical interface.
Cisco VRF separates routing tables on a shared device, while VXLAN carries Layer 2 segments across an IP underlay. Both technologies illustrate how logical network boundaries can be decoupled from a single physical topology.
Candidates should practice asking “which table, which tunnel, which endpoint, and which encapsulation?” before running commands. Virtualization failures often look mysterious only because the engineer is inspecting the wrong logical context.
Layer 2 reliability depends on predictable trunks, EtherChannels, and spanning-tree behavior
Campus networks still rely on VLANs, 802.1Q trunks, link aggregation, and loop prevention even as overlays become more common. A small mismatch can remove reachability for one VLAN while every physical link remains up. ENCOR expects candidates to verify configuration and infer forwarding behavior rather than merely recognize protocol names.
Port-channel troubleshooting is a good example. Member links need compatible settings, and the logical bundle affects spanning tree and forwarding as one interface. If traffic is unexpectedly distributed or a member refuses to join, candidates should compare negotiation mode, VLAN configuration, speed, and other consistency parameters.
VLAN architecture connects segmentation design with the switching behaviors ENCOR candidates need to master, including trunking, Layer 2 boundaries, and the operational consequences of incorrect membership or propagation.
OSPF and BGP require candidates to distinguish adjacency problems from path-selection problems
Routing troubleshooting has at least two stages: first establish whether peers or neighbors form correctly, then determine why a particular route is or is not preferred. Mixing these stages leads to wasted effort. If OSPF neighbors never reach the expected state, route filtering is not yet the primary problem. If BGP peering is established, then attributes and policy become relevant.
OSPF and BGP fundamentals differ because the protocols solve different routing problems and use different decision models. ENCOR candidates should be comfortable with OSPF area behavior and with basic eBGP establishment and path selection.
Route tables, protocol databases, neighbor state, and packet captures should tell a consistent story. When they do not, that inconsistency is often the clue that reveals redistribution, filtering, stale state, or an unexpected next hop.
Current ENCOR preparation no longer includes the former wireless objectives
Wireless is an important current-versus-legacy distinction for ENCOR. Cisco announced that the dedicated Wireless certification track would launch on March 19, 2026 and that ENCOR would no longer cover wireless concepts. Candidates using older ENCOR study plans can therefore spend substantial time on RF, controllers, roaming, and wireless-client topics that are no longer part of the live ENCOR scope.
Those skills did not disappear from Cisco certification. They moved into the dedicated wireless path built around 350-101 WLCOR. Enterprise engineers may still need wireless knowledge on the job, but current ENCOR preparation should follow Cisco’s live objective boundary rather than preserving an outdated topic list.
The change makes version control part of exam preparation itself: verify that books, courses, lab checklists, and practice material reflect the post-March-2026 ENCOR scope before using their topic coverage as a study plan.
SD-WAN separates transport choice from application-aware policy.
Enterprise WAN design increasingly uses overlays so applications can be steered according to policy rather than simply following the route with the lowest traditional metric. SD-WAN controllers distribute policy and build secure overlay relationships across multiple transports, allowing organizations to use Internet, private circuits, and other connectivity according to application needs.
SD-WAN architecture separates underlay reachability from overlay policy. A tunnel can be healthy while an application takes an unexpected path because policy selected it; conversely, perfect policy cannot compensate for a broken underlay.
Network assurance turns device data into evidence about service health
Ping and traceroute remain useful, but enterprise assurance also involves syslog, SNMP, telemetry, flow data, debugs, packet captures, IP SLA, and centralized analytics. Each tool answers a different question. Good troubleshooting begins by choosing the evidence that can confirm or reject a hypothesis.
Remote logging is valuable only when timestamps, severity, source identity, and retention are trustworthy. SNMP can provide counters and status, while streaming telemetry can expose higher-frequency state. Central platforms can correlate these signals, but candidates should still understand what the underlying measurement represents.
SNMPv3 adds authentication and privacy controls to a familiar monitoring model. Assurance is not just visibility; it is the ability to trust telemetry and use it to make a confident operational decision.
Security is embedded in routing, segmentation, access, and device management
Enterprise security is not confined to a firewall. Infrastructure devices have management planes that need protection, segments need policy boundaries, control-plane protocols need trust, and users or devices need appropriate access. A routing or switching feature can have security consequences even when it was deployed for availability or performance.
ENCOR candidates should understand secure management, access control, segmentation, infrastructure protection, and the principle of limiting unnecessary reachability. VRFs and VLANs create separation, but separation is not automatically security unless traffic between zones is deliberately controlled.
Operational practice matters as much as configuration. Backups, version control, authentication, logging, and change review reduce the chance that an infrastructure compromise or accidental change remains invisible.
Automation uses data models and APIs to make enterprise changes repeatable
Modern Cisco enterprise platforms expose APIs and model-driven interfaces that allow software to retrieve state and make changes consistently. Candidates should understand structured data, common API concepts, and the role of YANG models, NETCONF, and RESTCONF in model-driven management.
YANG, NETCONF, and RESTCONF connect structured data models with programmable configuration and state retrieval. A data model describes structure, while a protocol provides a way to retrieve or modify data according to that structure.
Automation should be treated as controlled change engineering. Scripts and workflows need source control, validation, error handling, and post-change verification. Repeating a manual mistake one hundred times is not progress.
Desired-state comparisons are particularly useful in large enterprises. Rather than asking only whether a command succeeded, an automation workflow can retrieve the resulting state and compare it with policy. That approach catches partial changes, unexpected defaults, and configuration drift. It also makes rollback decisions more defensible because operators can see exactly which intended conditions were not achieved.
Prepare for ENCOR by connecting technologies in failure scenarios
A useful lab should create dependencies between technologies. Put an OSPF-routed campus behind a VRF, carry selected VLANs over trunks, monitor devices with secure telemetry, and automate a small configuration change. Then break one dependency at a time and determine which evidence reveals the cause fastest.
Concentration topics can deepen the core. ENARSI adds advanced routing and services, ENSDWI develops SD-WAN, ENSLD focuses design, and ENAUTO expands programmable operations. Core preparation should make those specialties easier because the candidate already understands the architecture they modify.
Current candidates should study the current ENCOR v1.2 exam and verify exam-specific details against Cisco’s live objectives, especially where older material still includes wireless topics. The exam remains the central enterprise core, and success depends on being able to reason across technologies rather than treating each blueprint heading as a separate memorization exercise.
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