DRAG DROP (Drag and Drop is not supported)
Drag and drop the descriptions from the left onto the related OAuth-defined roles on the right.
Select and Place:

See Explanation section for answer.

Answer(s): A

Explanation:

Show Answer Next Question

QUESTION: 66

Refer to the exhibit. This cURL POST request creates an OAuth access token for authentication with FDM API requests.

What is the purpose of the file “@token_data” that cURL is handling?

This file is given as input to store the access token received from FDM.
This file is used to send authentication-related headers.
This file contains raw data that is needed for token authentication.
This file is a container to log possible error responses in the request.

Answer(s): C

Show Answer Next Question

QUESTION: 67

What is the result of a successful OAuth2 authorization grant flow?

The third-party service is provided with a token that allows actions to be performed.
The user has the application rights that correspond to the user's role within the application's database.
The application is provided with a token that allows actions on services on the user's behalf.
The user has administrative rights to the application's backend services.

Answer(s): C

Show Answer Next Question

QUESTION: 68

In the three-legged OAuth2 process, after the authorization server presents a form to the resource owner to grant access, what is the next step?

The resource owner authenticates and optionally authorizes with the authorization server.
The user who owns the resource initiates a request to the OAuth client.
If the resource owner allows access, the authorization server sends the OAuth client a redirection.
A form to allow or restrict access is submitted by the owner of the resource.

Answer(s): D

Show Answer Next Question

QUESTION: 69

Which OAuth mechanism enables clients to continue to have an active access token without further interaction from the user?

refresh grant
JWT
password grant
preshared key

Answer(s): A

Show Answer Next Question

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Alex on: March 02, 2025
Great material
UNITED KINGDOM

certgrind_2025 on: April 18, 2026
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Mexico

OracleCert_V on: April 06, 2026
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Denmark

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Colombia

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justanothertechguy on: June 15, 2026
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Joachim on: June 27, 2026
Deep and truly uses case.
Pachuca, Mexico

remote_and_certified on: May 21, 2026
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Italy

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Qatar

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Hungary

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Singapore

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MultiCloud_Mo on: April 15, 2026
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Sri Lanka

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Portugal

Mildfed on: June 29, 2026
Practice questions and answer explanation help me to understand quicker
Davao City, Philippines

CoffeeAndCerts on: June 08, 2026
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StudyGrind99 on: April 27, 2026
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Hong Kong

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Australia

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South Africa

OracleCert_V on: May 24, 2026
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UAE

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k3rn3l_k on: March 31, 2026
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South Africa

homelab_hero on: May 08, 2026
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Germany

ahmed_certkings on: April 19, 2026
Spent weeks on this exam and it was very hard even with dumps. The real exam questions were tough.
Canada

AI Explanation - verified by madhavi.chilla09 on: June 10, 2026
Question 74:
Here’s how to think about Question 74.

DAX in the measure: Accounts := CALCULATE(DISTINCTCOUNT(Balances[AccountID]), LASTDATE('Date'[Date]))

What LASTDATE does: It returns the last date in the current filter context for the Date column. CALCULATE then uses that last date to filter Balances and counts the distinct AccountID values present on that date.

Key takeaway about the answers:

The result is highly context-dependent. If your visual or slicers are at a yearly level, LASTDATE will be the last date of that year (e.g., Dec 31). If the context is monthly, it will be the last date of that month, and so on.

In general, this measure will give you the number of distinct accounts on the last date within whatever date context is currently applied.

Applying to the hot spots:

Box 1 (last day of the year only): Not universally true. It’s true only if the current context is year-level. Otherwise, LASTDATE could point to a different last date.

Box 2 (last day of the month only): Similarly context-dependent. Only true if the current context is month-level.

Box 3: Yes — if the statement describes “the measure returns accounts on the last date in the current date context.” That is the correct general behavior of this measure.

Hyderabad, India

AI Explanation - verified by User3296 on: June 21, 2026
Question 42:
Here’s a focused explanation of Question 42.
What the question asks

You plan to deploy an Azure NAT gateway (Gateway1) to Vnet1.

VM1 and VM2 will access the internet via their own public IPs.

You want to minimize administrative effort.

You’re asked: what is the minimum number of subnets that Vnet1 must have to support this deployment?

Key Azure NAT Gateway requirements

The NAT gateway itself must be deployed in a dedicated subnet named GatewaySubnet. This is mandatory.

If you have an Azure Firewall in the same VNet, it must reside in its own subnet named AzureFirewallSubnet. This is also mandatory.

The NAT gateway is used to provide outbound internet access for subnets that you attach to it. If VM1 and VM2 live in one subnet, you only need that one subnet to be NAT-enabled; if they reside in multiple subnets, you’d attach NAT to each of those subnets.

Minimum-subnet reasoning

At minimum you need:

- GatewaySubnet (for Gateway1) - AzureFirewallSubnet (for FW1) - The VM subnet(s) that will use NAT (one subnet suffices if VM1 and VM2 share a subnet)
So, the typical minimum is 3 subnets (GatewaySubnet, AzureFirewallSubnet, and at least one VM subnet). If VM1 and VM2 sit in two separate subnets that both require NAT, you’d have 4 subnets.
Note on the answer key

The provided answer in the material shows 4 (option C). That would be correct if there are two separate VM subnets needing NAT. If VM1 and VM2 share a single subnet, 3 subnets is the minimum. If you want, I can help map the exact subnet layout you have and confirm which minimum applies.

Buffalo, United States

AI Explanation - verified by juris.siksna on: June 29, 2026
Question 456:
The question asks what to do during closing when a deliverable isn’t meeting customer expectations. The best move is to address the gap by renegotiating scope so that both parties are satisfied.
Answer: C
Why:

Closing doesn’t mean ignoring issues. If a deliverable doesn’t meet expectations, you should work with the customer to agree on a revised scope that will satisfy both sides. This may involve a change in scope that is processed through the change control process, leading to new acceptance criteria and sign-off.

This keeps the project aligned with customer needs while ensuring formal acceptance or a clearly defined path to resolution.

Why the other options are weaker:

A suggests the customer must issue a change request, which isn’t typically how the PM handles defects or gaps; changes usually come from the project team or customer through formal change control.

B is vague and doesn’t drive a path to resolution or re-define acceptance criteria.

D inappropriately escalates to the sponsor before attempting direct negotiation for a revised scope.

Key takeaways:

In closing, address unmet deliverables via a negotiated scope change that satisfies both parties and leads to formal acceptance.

Riga, Latvia

AI Explanation - verified by User2138 on: June 23, 2026
Question 9:
Question 9: The correct answer is B — a reservation for the server based on the MAC address.
Why this is the best choice:

The organization uses DHCP to assign IPs, so you can keep centralized IP management and still have a fixed IP for the file server by creating a DHCP reservation tied to the server’s MAC address. DHCP will always give that server the same IP.

Why the other options are less appropriate:

A separate scope for the file server using a /32 subnet: Not typical or necessary for a single server; DHCP reservations are the standard way to fix an IP without manual config.

A static IP address within the DHCP IP range: Risky because another device could obtain that same IP via DHCP, causing IP conflicts. If you use a static IP, put it outside the DHCP pool.

A SLAAC for the server: SLAAC is an IPv6 auto-configuration method and not applicable to a DHCP-managed IPv4 addressing scenario like this.

Yorktown, United States

AI Explanation - verified by User6244 on: June 23, 2026
Question 27:

Correct answer: AWS Budgets (B) and Amazon CloudWatch (D)

Why these meet the requirement:

AWS Budgets can create a cost budget with a threshold and send alerts (via SNS) when actual or forecasted costs exceed that threshold.

Amazon CloudWatch can monitor billing metrics published by AWS (namespace AWS/Billing, e.g., EstimatedCharges) and trigger alarms when a threshold is crossed, with notifications via SNS.

Why not the others:

SQS (A) is a messaging service, not for alerting on costs.

Cost Explorer (C) is for analyzing costs, not real-time alerts.

Cost and Usage Report (E) is a data feed for analysis, not an alert mechanism.

How to use (high level):

Budgets: Create a cost budget, set the threshold, and configure an SNS endpoint for notifications.

CloudWatch: Ensure billing metrics are enabled, create a CloudWatch alarm on AWS/Billing:EstimatedCharges, set the threshold, and attach an SNS topic for alerts.

New Delhi, India

AI Explanation - verified by singh_y2k on: June 11, 2026
Question 10:

Answer: No.

Why:

- The scenario describes migrating VMs to an Azure pay-as-you-go subscription. This is an example of an operational expenditure (Opex) model, because you pay for resources as you use them. - The term “elastic expenditure model” is not a standard Azure cost model. Elasticity is a scalability characteristic (adjusting resources up/down), not a recognized expenditure category. The exam material is likely testing knowledge of Opex vs Capex, not elasticity. - Therefore recommending the “elastic expenditure model” does not meet the goal; the correct approach is to use an Opex/pay-as-you-go model (with options like reserved instances later for optimization).
Kuala Lumpur, Malaysia

AI Explanation - verified by User2489 on: July 04, 2026
Question 19:
??? A ???D ????????????????

D ???????????

- Glacier Deep Archive ?????? storage class ??????????????????????????????( retrieval ????????????????)??????????????????????????????????·????????????????? - S3 website hosting ???????????????????????????????????VPN???????????????????????????????? website hosting ??????????? - Glacier Deep Archive ?????????? website hosting ????????????????????????????????????????

A ??????????

- S3 One Zone-IA ?????????????????????????????????????????? - S3 interface endpoint(VPC ??????????????)??????????????????????????????????????????????????????????? - ???????????????????????????? S3 ?????????????????????
??: D ????????????????????? hosting ?????????????????·????????????
Tokyo, Japan

AI Explanation - verified by raushankumar6343 on: June 27, 2026
Question 57:

Correct answer: B and D

Why: To authenticate to the Speech service with an Azure AD (Entra) token, the service must be exposed via a custom subdomain and be reachable over a private endpoint. The Speech service uses custom subdomains with private endpoints for AAD-token authentication.

What the two actions mean:

- Configure a custom subdomain: Sets up a dedicated, recognized domain for the Speech resource to issue and validate AAD tokens. - Create a private endpoint: Enables private network connectivity to the Speech resource, allowing token-based access to stay within your network.

Why the other options aren’t correct here:

- Enable a virtual network service endpoint: not required for AAD token authentication. - Request an X.509 certificate: not needed for AAD token-based auth (certs are not the mechanism here). - Create a Conditional Access policy: not a direct requirement to obtain or use the token in this scenario.
Kolkata, India

AI Explanation - verified by User6170 on: June 15, 2026
walk through how this ties into the broader privacy program.
Here’s how Question 11’s focus on controlled access fits into a broader privacy program:

Governance and risk management

- Establish a physical security policy (including controlled access) as part of the data governance framework. - Do a data inventory to know where personal data exists on site (paper, disks, servers) and classify it.

Data lifecycle management (DLM)

- Physical access controls help protect data through its lifecycle (creation, storage, use, retention, disposal). - Align retention and destruction policies for both paper and electronic records.

Access control (both physical and logical)

- Physical: badge systems, visitor logs, locked rooms to enforce least-privilege access. - Logical: once data moves electronic, apply least-privilege access (RBAC) and separate duties.

Data protection and privacy by design

- Move toward electronic storage with strong encryption, access controls, and secure disposal of old paper records. - Use defense-in-depth: physical controls complemented by encryption and strong access management.

Compliance and incident response

- Document controls to support regulatory compliance and audit readiness. - Plan breach notification and incident response as part of the privacy program.

Training, monitoring, and third-party governance

- Educate staff on data handling and access policies. - Ensure subsidiaries follow consistent privacy controls and reporting.
In short, starting with strong physical access
Curitiba, Brazil

AI Explanation - verified by raushankumar6343 on: June 27, 2026
Question 66:
For question 66, the recommended choice is D: Univariate Anomaly Detection.
Why:

You’re monitoring a single data stream (temperature). Univariate anomaly detection analyzes one time series and flags unusual values automatically, with minimal setup.

It’s the simplest option that still detects atypical values without building a multi-variable model.

Why the others aren’t as suitable:

A: Multivariate Anomaly Detection is overkill here since you don’t have multiple interdependent streams to consider.

B: Azure Stream Analytics metric alerts in Azure Monitor are threshold-based, not true anomaly detection; they require predefined thresholds and may miss subtle or seasonally changing anomalies.

C: The option isn’t about anomaly detection and would add unnecessary complexity.

How you might implement quickly:

Use a built-in anomaly detector for a single variable, feed it your temperature stream, and trigger alerts (via Azure Monitor, Logic Apps, or Functions) when anomalies are detected.

Tune the sensitivity to balance false positives/negatives.

Kolkata, India

AI Explanation - verified by User7487 on: June 12, 2026
Question 36:

Answer: C. AWS IAM Access Analyzer

Why:

AWS IAM Access Analyzer analyzes your IAM and resource-based policies to find resources that can be accessed by external principals (outside your account).

It can identify if an S3 bucket or an IAM role is shared with external entities and surfaces findings so you can tighten access if needed.

The other options aren’t designed for this specific visibility:

- AWS Service Catalog: catalogs and provisions IT services. - AWS Systems Manager: manage and automate operational tasks. - AWS Organizations: governance across multiple AWS accounts.
Tip: If Access Analyzer finds external access, you can review and modify the policies to enforce least privilege.
New Delhi, India

AI Explanation - verified by madhavi.chilla09 on: June 10, 2026
Question 114:
Question 114 asks you to judge three statements about whether the given Sales model can support three analyses. Since the exact statements aren’t shown here, I’ll outline the typical approach and how to verify each point.

Data model setup needed

- Have a Date dimension (calendar table) related to Sales via the order date (e.g., Sales[OrderDate] ? Date[Date]). - Have a Product dimension related to Sales via ProductID (or a similar key). - Use measures that reflect the requested metrics.

Measures to support the analyses

- Total sales by product by month: - TotalSales := SUM(Sales[TotalAmount]) - Visuals slice by Product and Date[Month] (or Date[MonthName]). - Quantities sold by product by day: - QuantitySold := SUM(Sales[Quantity]) - Visuals slice by Product and Date[Day] (or Date[Date]). - Number of sales transactions by quarter: - TransactionCount := DISTINCTCOUNT(Sales[OrderID]) (or COUNTROWS(Sales) if each row is a separate transaction) - Use Date[Quarter] for the axis.

Key idea

- A proper Date dimension and correct relationships are essential to enable month/day/quarter granularity. If the sta
Hyderabad, India

AI Explanation - verified by User9195 on: June 14, 2026
Question 38:
Question 38 tests how Salesforce “Social Accounts and Contacts” visibility works.

Correct reasoning: The information shown from social profiles is visible based on the sales rep’s own social connection with the contact. If the rep isn’t connected to the contact’s social data, the profile details won’t appear.

Why the other options aren’t right:

- AppExchange package isn’t required to access public profile info. - Missing fields on the contact page layout wouldn’t block social data from appearing. - No admin password is needed to access a social profile; access is controlled by social connections and permissions.
Takeaway: With Social Accounts and Contacts, what a user can see from a contact’s social profiles depends on that user’s social connection to the contact (and related permissions), not on admin password or layout configurations.
Bengaluru, India

AI Explanation - verified by User9195 on: June 14, 2026
Question 48:
Question 48 explanation:

Correct answers: B and D

Why B works:

- “Attributes needed to segment and categorize customers” is a core input for defining territories. By tagging accounts with relevant characteristics (industry, size, potential, etc.), you can create meaningful territory boundaries that reflect how you market and sell.

Why D works:

- “Average number of customers managed by a sales representative” helps with workload balancing. Designing territories to keep reps’ account loads similar improves coverage and performance.

Why A is not selected:

- “Number of currencies” is a pricing/financial consideration, not a primary factor for defining sales territories.

Why C is not selected:

- “Distance between customer headquarters and their sales representatives” is geographic, but it’s often covered by the segmentation attributes and workload metrics. It’s less foundational than the explicit segmentation criteria and workload balance for territory design.
Bengaluru, India

AI Explanation - verified by User8072 on: June 15, 2026
Question 14:
Question 14 explanation:

Correct answer: D) Out-of-band management

Why: Out-of-band (OOB) management provides a dedicated, separate path to a device for admin tasks, even if the device’s normal operating system hasn’t started. It lets you access the console, view POST/ BIOS messages, and perform recovery or power-cycle actions remotely.

Why the others aren’t as suitable:

- Crash cart: physical visit to retrieve hardware or power-cycle a device; not remote. - Jump box: an intermediate remote host; still requires the device’s management path to be reachable. - Secure Shell (SSH): requires an active OS and running SSH service; not available if the device hasn’t started.

Quick troubleshooting approach:

- Connect via the device’s management interface (serial console or dedicated management port) using an out-of-band system. - Use console access to view boot messages, troubleshoot POST issues, and, if needed, initiate a recovery or power cycle. - If available, use IPMI/ILO/DRAC to manage power or retrieve logs.
Pretoria, South Africa

AI Explanation - verified by raushankumar6343 on: June 27, 2026
Question 25:
The correct choice is A: From the Azure portal, configure parallel indexing.
Why:

Parallel indexing allows the indexer to process multiple documents concurrently, which directly reduces the time required to build the index when you have a sizable data set (10 GB of scanned documents/images in this case).

The other options don’t impact indexing speed:

- Scheduled indexing just controls when indexing runs, not how fast it builds the index. - Configuring field mappings via REST API affects data mapping, not speed. - Creating a text-based indexer via REST API doesn’t inherently speed up ingestion compared with parallel processing.
Notes:

Enabling parallel indexing increases throughput but may consume more resources; ensure the data source supports parallel ingestion and monitor performance quotas.

Kolkata, India

AI Explanation - verified by petrakenesey on: June 23, 2026
Question 68:
The correct answer is C (User container).

A Distinguished Name (DN) is the full path to an entry in a directory and is made up of Relative Distinguished Names (RDNs). Each RDN is an attribute=value pair, such as:

- CN = Common Name - OU = Organizational Unit - O = Organization - C = Country - etc., sometimes including L (Locality), ST (State/Province), and DC (Domain Component).

A "User container" is not a standard DN attribute type. A user’s location in the DN is represented by containers such as OU (and possibly CN for the user object itself), but there is no DN component called "User container."

Example DN: CN=Jane Doe,OU=Engineering,OU=Users,DC=example,DC=com
So the option not a DN component is: User container.
Budapest, Hungary

AI Explanation - verified by User9915 on: June 18, 2026
a block of code that runs in database is called?
Stored procedure
A stored procedure is a precompiled block of SQL statements stored in the database that can be executed (often with parameters) using EXEC or EXECUTE. It encapsulates logic for reuse, performance, and security. (Other related objects: functions and triggers.)
Bengaluru, India

AI Explanation - verified by User2971 on: June 26, 2026
Question 39:
Question 39: The correct statement is A.
Key points:

Fabric Access Point (FAP): a wireless AP that is part of the SDA fabric.

Local mode: FAPs operate in local mode to participate in the fabric and forward user traffic locally through the fabric edge.

Fabric edge switch: FAPs connect directly to the fabric edge switch as their access point into the SDA fabric.

Why A is true:

In SDA, APs join the fabric through the edge switches; the fabric edge is the proper point of attachment for FAPs. Local mode is the typical mode for FAPs in the SDA fabric.

Why the other options are not correct:

B: FAPs do not connect to the fabric border node for data plane access; they connect to the edge switch.

C/D: FlexConnect mode is a non-fabric/older concept; SDA fabric APs operate in local mode to integrate with the fabric.

If you want, I can relate these concepts to the SDA design guides or walk through other questions.
Plano, United States

AI Explanation - verified by raman.thulasi71 on: June 24, 2026
Question 199:
The correct answer is B: NAT gateway.
Why:

A NAT gateway enables instances in a private subnet to reach the Internet (for updates, downloads, etc.) while preventing inbound Internet traffic from directly reaching those instances.

It sits in a public subnet and uses an Elastic IP to perform outbound connections on behalf of the private subnet.

Why the other options don’t fit:

VPC endpoint: provides private access to AWS services (like S3/D DynamoDB) without Internet, not general Internet access.

AWS PrivateLink: private connectivity to specific services, not general Internet access for OS updates.

VPC peering: connects two VPCs, not Internet access from a private subnet.

So, for outbound Internet access from a private subnet with inbound Internet traffic blocked, use a NAT gateway.
Chennai, India

AI Explanation - verified by raman.thulasi71 on: June 25, 2026
Question 254:
Correct answer: D — Standard Reserved Instances.
Explanation:

For an always-on, right-sized database project lasting 1 year, you want a long-term reservation. Standard RI provide the highest discount for steady-state workloads and fixed capacity.

Why not other options:

- On-Demand: no commitment, the most expensive for a year. - Convertible RI: more flexibility but lower discount than Standard RI. - Spot Instances: can be interrupted, not suitable for a critical database.

Takeaway: use Standard Reserved Instances when you have a stable, long-running workload and can commit to a 1-year term.

Hyderabad, India

AI Explanation - verified by prasadraj80 on: June 11, 2026
Question 1:
Here’s why Question 1’s correct choices are B and E.

Goal: Make traffic between Vnet2 and Vnet3 pass through Vnet1 (hub) so it uses the Boston ExpressRoute gateway and meets latency and routing requirements.

Why E (On the peerings from Vnet2 and Vnet3, select Use the remote virtual network's gateway or Route Server): This makes Vnet2 and Vnet3 route their internet/ WAN traffic through Vnet1’s gateway. It’s the core step to funnel traffic via the hub’s gateway.

Why B (On the peerings from Vnet2 and Vnet3, select Allow for Traffic forwarded from remote virtual network): This enables transitive routing, allowing traffic that’s being forwarded by the remote network (Vnet1) to reach the other remote network (Vnet3 or Vnet2). It’s required for VNet2?VNet3 traffic to be forwarded through Vnet1.

Why the other options aren’t correct for this goal:

A and D configure forwarding/gateway settings on the Vnet1 side, which isn’t what enables the Vnet2?Vnet3 path via Vnet1.

C attempts to use the remote gateway from the Vnet1 perspective, which isn’t the needed direction for this hub-and-spoke setup.

In short: enable gateway transit via the hub and allow forwarded traffic on the spoke–spoke paths (B and E).
Bengaluru, India

AI Explanation - verified by sshuang68 on: June 28, 2026
Question 340:
Answer: C — intent-based APIs

Cisco DNA Center uses intent-based APIs to express high-level business goals and enable the delivery of applications across the network, while also providing analytics to support innovation.

Why not the others:

- A (process adapters) are for bridging specific processes, not for app delivery/analytics. - B (Command Runner) runs CLI commands on devices, not for delivering applications or analytics. - D (domain adapters) handle domain-specific integrations, but the primary mechanism described is the intent-based API layer.
Plano, United States

AI Explanation - verified by sshuang68 on: June 29, 2026
Question 410:
Question 410 asks how to configure a new loopback and advertise it as a /24 in OSPF. The correct answer is B.
Why: By default, a loopback in OSPF is treated as a LOOPBACK network, which doesn’t form adjacencies and would advertise the loopback as a host route with a /32 mask. To advertise the loopback with the actual /24 mask, force OSPF to treat the interface as a point-to-point link and then enable OSPF on it:

interface Loopback0

ip address 172.22.2.1 255.255.255.0

ip ospf network point-to-point

ip ospf 100 area 0

This makes OSPF advertise 172.22.2.0/24 for that loopback, rather than a /32, by using the point-to-point network type on the loopback.
Plano, United States

AI Explanation - verified by User4762 on: July 06, 2026
In italian
Ecco la logica della Domanda 1, in italiano, con le scelte di storage mode:

Box 1: Cliente ? Dual: Dual permette di servire i dati dalla cache quando possibile o eseguire query on-demand sull’origine dati. Poiché Customer deve essere aggiornato quotidianamente, vuoi visuali rapide (cache) ma anche dati freschi se necessario.

Box 2: Dimensioni (Customer, Geography, Date) ? Dual: Usare Dual sulle tabelle dimensionali principali riduce le relazioni limitate e migliora le prestazioni, pur consentendo query dirette quando serve freschezza.

Box 3: Vendite ? DirectQuery: DirectQuery non è cached; le query vanno direttamente al data source, garantendo dati quasi in tempo reale.

Box 4: SalesAggregate ? Import: Import mantiene i dati in cache e supporta un refresh settimanale, ottimizzando le visualizzazioni.

Riassunto: Dual per le dimensioni, DirectQuery per i fatti quasi real-time, Import per l’aggregato settimanale per prestazioni migliori. Nota: mescolare le modalità può influire su prestazioni e supporto delle funzionalità.
Genoa, Italy

AI Explanation - verified by User4554 on: June 19, 2026
Question 20:
Correct answer: A
Explanation:

“Progress iteratively with feedback” means delivering in small, workable increments and using regular feedback to adjust course. This approach helps you learn quickly and adapt, so you can discover and respond to failures earlier in the lifecycle.

Why not the others:

- B (Standardization) is more about consistent ways of working; it’s not the primary outcome of iterative progress with feedback. - C (Understanding customer value) is driven by the overall focus on value and engagement, not specifically the iterative progress principle. - D (Understanding the current state and what can be reused) aligns more with starting where you are, but isn’t the direct result of iterative progress with feedback.
In short, iterative progress with feedback emphasizes early detection of issues and rapid learning, enabling quicker course corrections.
Kuala Lumpur, Malaysia

AI Explanation - verified by User3091 on: July 02, 2026
Question 33:
Question 33 asks which two actions should be performed with Case escalation rules. The two correct actions are:

Send email notifications

Re-assign the Case

Why:

Escalation rules are designed to alert the right people and move cases to the next owner when SLAs are at risk. Email notifications ensure someone is aware of the escalation, and re-assigning the case hands it to the appropriate agent or queue who can handle the issue.

Why the other options aren’t correct:

Re-open the Case: Escalation rules don’t typically re-open a closed case. Escalation focuses on notifying and routing, not changing a case’s closed/open status.

Change the Case Priority: While you can adjust priority in some workflows, the canonical escalation actions are about reassigning and notifying. The question asks for two actions, and the strongest pair is email notifications plus re-assignment.

Bengaluru, India

AI Explanation - verified by User8598 on: June 23, 2026
A car insurance quote requires a view for potential customers to enter information to process the request. What are two primary decisions to make before you add fields to the view? (Choose Two) Is field entry required? Are processing actions applied to the field? Does the field require a data source? How do users enter values into the field?
Answer: A and D
Explanation: Before adding fields, decide if field entry is required (does the user must fill it) and how users will enter values (input method like text box, dropdown, etc.). Options about processing actions on the field or the data source are important but not the two core early decisions for designing the view.
Sofia, Bulgaria

AI Explanation - verified by User9051 on: June 16, 2026
Question 28:
Question 28 asks which customers are eligible to use Azure Government.

Answer: A (U.S. government customers).

Why: Azure Government is a separate, sovereign cloud region that is physically and logically isolated from Azure Commercial. It is designed for U.S. government entities (federal, state, local, tribal) and their approved partners/contractors who handle government data. Access and data residency are restricted to U.S. government customers and their vetted providers, to meet government compliance requirements.

What this means in practice:

- Not available to general Azure commercial customers or non-U.S. entities. - Used when you need higher assurance of data sovereignty and government-focused compliance. - Often involves distinct enrollment, credentials, and support channels aligned with government workloads.

Quick takeaway: If the scenario involves government data and U.S. government bodies or their contractors, Azure Government is the appropriate platform.

Ash-Shaykh Zayid, Egypt

AI Explanation - verified by User8765 on: June 10, 2026
Question 49:
Question 49 asks what “Done” means for a Development Team delivering a Sprint Increment. The two correct statements are:

C: No work left from the definition of "Done."

- Why: The Increment must meet the team’s Definition of Done (DoD); there should be no remaining work to satisfy the DoD for the items in the Increment.

E: All work to create software that is ready to be released to end users.

- Why: A done Increment is potentially releasable and ready for end users if the DoD is met.
Why the others are not correct:

A: “All work the Development Team is willing to do” is not what defines Done; Done is defined by the DoD, not willingness.

B: “Ready for integration” is only one aspect and may be part of the DoD, but it doesn’t capture the full meaning of Done being potentially releasable.

D: “Whatever the Product Owner defines as quality” is incorrect because the DoD is a shared Scrum Team concept, not solely defined by the Product Owner.

Key concepts:

Definition of Done sets the criteria the Increment must meet.

A Done Increment is potentially releasable to end users.

Algiers, Algeria

AI Explanation - verified by chuah.hwa on: June 23, 2026
Question 80:

Answer: C — enable limited experiences, such as blocking download of sensitive information.

Why:

- Conditional Access session controls are post-sign-in app controls (session-level) that limit what you can do inside a cloud app. They’re implemented via integration with Defender for Cloud Apps (formerly Cloud App Security). - They enable “limited experiences” in a session, e.g., blocking downloads, restricting copy/paste, or preventing printing. - This is different from sign-in controls like MFA or device/compliant-device checks, which are evaluated at sign-in, not during the session. So options like enforcing device compliance or prompting MFA are sign-in controls, not session controls.
Kuala Lumpur, Malaysia

AI Explanation - verified by User2971 on: June 27, 2026
Question 107:
Question 107 discusses a port-channel between SW2 and SW3 where SW2 isn’t running Cisco IOS, and the channel doesn’t come up.

Correct answer: B — The port-channel on SW2 is using an incompatible protocol.

Why:

A port-channel requires both ends to negotiate the same channel protocol (e.g., Cisco’s PAgP or LACP from IEEE 802.3ad).

If SW2 is not Cisco, it likely doesn’t implement Cisco’s PAgP, or it uses a different protocol. In that case SW3’s side cannot complete the negotiation, so the channel never forms.

Why the other options aren’t correct:

A: “The port-channel mode should be set to auto.” Auto (PAgP) or active (LACP) negotiations won’t succeed if the other side doesn’t speak the same protocol.

C: “The port-channel trunk is not allowing the native VLAN.” This is a post-formation VLAN issue, not the reason the channel fails to form.

D: “The port-channel interface load balance should be set to src-mac.” Load-balancing mode affects traffic, not the initial establishment.

What to check:

Ensure both sides support the same protocol (best practice: use LACP with channel-group <n> mode active on Cisco gear).

If mixing vendors, verify that the non-Cisco device supports the chosen protocol and configuration.

Plano, United States

AI Explanation - verified by User9195 on: June 14, 2026
Question 25:
Question 25 — Correct answer: D

D states: Campaigns in which a contact became a member within the last 60 days will be associated and displayed in Campaigns with Influenced Opportunities Report.

- Why: The influence timeframe (60 days) defines the window in which a contact’s campaign membership can influence an Opportunity. Only campaigns where the contact joined within that window will be linked to the opportunity and appear in the Influenced Opportunities report.
Why the others are not correct:

A: Influence is not based on campaigns created in the last 60 days, but on membership dates within the timeframe.

B: Reps don’t manually select campaigns within the window to influence; the system automatically associates campaigns that meet the timeframe.

C: It’s not about all contacts with campaigns; it’s about campaigns where the contact became a member within the 60-day window.

Bengaluru, India

AI Explanation - verified by User5856 on: June 29, 2026
Question 41:

The correct answer: Health policy

Explanation:

In Cisco Firepower Management Center (FMC), health data from managed devices is handled by the health monitoring system. The Health policy defines how health information from devices (health modules, hardware/software status) is collected, interpreted, and how alerts are generated and displayed in FMC.

This is distinct from:

- system policy — global/system settings on devices - correlation policy — rules for correlating and aggregating alerts - access control policy — traffic allow/deny rules

So, when asked which policy collects health module alerts from managed devices, you look to the Health policy.

Johannesburg, South Africa

AI Explanation - verified by User9543 on: June 18, 2026
Question 5:
Question 5 asks which CCTV issue is MOST concerning for a data center.

The correct pick: C) CCTV footage is not recorded 24 x 7.

Why:

Not recording continuously creates gaps in visibility, making it possible for incidents to occur without being captured and leaving no evidence for investigations.

A) CCTV recordings not being reviewed is a control weakness, but it doesn’t create blind spots if recording is continuous.

B) Deleting records after one year reduces forensic retention, but isn’t as critical as gaps in coverage.

D) Break-room cameras are not central to data-center security.

Note: The provided answer key lists A, but from an ISACA objective perspective, C is the more serious risk because it directly affects the ability to detect and investigate events.
Kyiv, Ukraine

AI Explanation - verified by User2294 on: June 21, 2026
Question 10:
Question 10 asks: From the User menu, which actions can a user select? (Choose three.)

Log Out (B) — standard option to sign out of the account.

Elevate Roles (C) — temporarily grants higher permissions to perform tasks that require more access.

Impersonate Users (D) — allows an admin to act as another user for troubleshooting.

The other options are not typically in the User menu:

Send Notifications (A) — usually part of Notification settings or event-driven actions.

Order from Service Catalog (E) — accessed via the Catalog, not the User menu.

Approve Records (F) — part of workflow approvals, not a User menu action.

So the three correct choices are B, C, and D.
Patna, India

AI Explanation - verified by User4577 on: July 02, 2026
Question 12:

Answer: A (5)

Why: Each VM needs its own network interface. A single NIC can host both a private IP (in the subnet) and a public IP (via the NIC’s IP configuration), so you don’t need two NICs per VM. With five VMs, you’d use five NICs in total. The requirement for identical inbound/outbound rules can be satisfied by applying an NSG at the subnet or NIC level, but it doesn’t change the minimum NIC count.

Amsterdam, Netherlands

AI Explanation - verified by madhavi.chilla09 on: June 09, 2026
Question 62:
Short answer: D — Split the visuals onto multiple pages.
Why this is the best choice:

A single page with 25 visuals (15 AppSource + 10 default) can overload a report, causing slower load/interact times as each visual runs its queries. Splitting visuals across pages reduces concurrent queries and rendering work, improving perceived performance in a shared capacity.

Why the other options aren’t better:

Change DAX measures to iterator functions: Iterator functions (e.g., SUMX) often cost more CPU per row and can slow performance rather than speed it up.

Enable visual interactions: Enabling interactions can increase cross-filtering and the number of queries, potentially slowing things down; not a performance win.

Replace default visuals with AppSource visuals: AppSource visuals aren’t inherently faster; some may be heavier or less optimized. This isn’t a guaranteed performance gain.

Additional note:

In a 12M-row fact table on shared capacity, page-level optimization (fewer visuals per page) is a common, effective tactic. If needed, you can also consider aggregations or other model optimizations, but among the given options, paging the visuals is the recommended approach.

Hyderabad, India

AI Explanation - verified by User7840 on: June 28, 2026
Question 148:
Question 148 asks which migration strategy is best to modernize and convert a monolithic application into microservices and move it to AWS.

Correct answer: Refactor (D)

Why: Refactoring involves re-architecting the application to decompose it into independent microservices. This aligns with the goal of moving from a monolith to microservices, enabling independent deployment, scaling, and maintenance.

Why others aren’t correct for this goal:

- Rehost (lift-and-shift): moves the app with minimal changes, preserving the monolithic architecture. - Replatform: makes some cloud optimizations but still keeps a monolith. - Repurchase: replaces the app with a different product (often SaaS), not microservices.
High-level AWS approach after refactoring (conceptual):

Decompose into services with clear boundaries.

Deploy per-service using containers or serverless (e.g., ECS/EKS/Fargate or Lambda).

Use API Gateway for service exposure and potentially a service mesh like App Mesh for communication.

Implement per-service data stores and resilient communication, with CI/CD pipelines (CodePipeline, CodeBuild).

If you want, I can walk through how to apply this with a sample monolith-to-microservices decomposition.
Dakar, Senegal

AI Explanation - verified by User4057 on: June 30, 2026
Question 4:
Answer: C
Why C is correct:

Autohealing is a feature of a Managed Instance Group (MIG). Only a MIG can automatically recreate instances that fail health checks.

By configuring an autohealing health check (HTTP), the group will recreate an instance after 3 consecutive failed checks (e.g., three 10-second checks fail), which matches the “3 attempts of 10 seconds each” requirement.

This approach uses the fewest steps: just create a regional MIG (for multi-zone) and enable an HTTP health check for autohealing. You don’t need to set up a separate HTTP load balancer or worry about autoscaling settings to achieve autohealing.

Why the other options are less suitable:

A requires creating an HTTP load balancer, which adds unnecessary components for autohealing alone.

B mentions balancing and RPS settings, which aren’t needed for autohealing.

D focuses on autoscaling, not on health-based recreation of unhealthy instances.

Abuja, Nigeria

AI Explanation - verified by User7903 on: June 28, 2026
Question 97:
The correct answer is B: netstat.

Why netstat first: Since users can ping the server (ICMP works) but a browser cannot reach HTTP, the issue is likely with the web service binding rather than basic network reachability. On the server, you want to verify that the web server is actually listening on the expected port (e.g., 80 for HTTP, 443 for HTTPS) and on the correct interface.

How to use it: run netstat -tulnp (or ss -tulnp) to view listening TCP/UDP ports and which process owns them. Look for lines like 0.0.0.0:80 or 127.0.0.1:80 to see if the web server is listening on all interfaces or only localhost. If nothing on port 80 is listening, fix the web server configuration or restart the service.

Why the other options are less suitable as first steps:

- traceroute checks network path from a host to another host, not the local service binding. - arp relates to local IP-to-MAC mapping and isn’t relevant once ping succeeds. - tcpdump can capture packets, but you’d use it after confirming the server is listening to diagnose traffic, not as the initial check.
Auckland, New Zealand

AI Explanation - verified by czupakam on: June 19, 2026
Question 1:
Here’s why Question 1’s answer is B and E.

Goal: Connect Vnet2 and Vnet3 so their traffic routes through Vnet1 to the Boston datacenter over ExpressRoute, and traffic between Vnet2 and Vnet3 goes via Vnet1 (hub-and-spoke with transit).

Key concepts:

Use the remote gateway: On the peering between Vnet2–Vnet1 and Vnet3–Vnet1, set “Use the remote virtual network's gateway or Route Server”. This makes Vnet2/Vnet3 send their traffic to the gateway in the remote network (Vnet1) for routing to on-prem.

Allow forwarded traffic: On those same peerings, enable “Allow for Traffic forwarded from remote virtual network” so Vnet1 can forward traffic coming from Vnet2 or Vnet3 to the remote (on-prem over ExpressRoute).

Why the other options aren’t correct:

Enabling Gateway usage on the Vnet1 peering would have Vnet1 use Vnet2/Vnet3’s gateway, which is not what you want.

The required transit behavior is achieved by B (forwarding allowed) and E (use remote gateway) on the Vnet2/Vnet3 peerings, not by the Vnet1-side settings.

Vienna, Austria

AI Explanation - verified by User1143 on: June 20, 2026
Question 3:
The expected output is 4.
Reasoning:

Start: x = [0, 1, 2]

x.insert(0, 1) inserts 1 at index 0 ? x becomes [1, 0, 1, 2]

del x[1] removes the element at index 1 (which is 0) ? x becomes [1, 1, 2]

print(sum(x)) computes 1 + 1 + 2 = 4 and prints 4 (with a newline).

Harlow, United Kingdom

AI Explanation - verified by User02945 on: June 21, 2026
Question 198:
For Question 198, the recommended checks are B, C, and E.

B. The IAM roles created for the federated users' or federated groups' trust policy have set the SAML provider as the principal.

- Why: The role’s trust policy must explicitly trust the SAML provider. Without this, AWS will not allow the SAML assertion to assume the role.

C. Test users are not in the AWSFederatedUsers group in the company's IdP.

- Why: Federated users must be mapped through the IdP group to the corresponding IAM role. If the user isn’t in the correct IdP group, the assertion won’t map to a role.

E. The on-premises IdP's DNS hostname is reachable from the AWS environment VPCs.

- Why: The federation flow relies on reaching the IdP (for authentication and metadata). DNS reachability and networ
Ichikawa-Minami, Japan

AI Explanation - verified by User2329 on: June 18, 2026
how do determine our material yield variance
Here’s how to determine a material yield variance conceptually and practically.

What it measures:

- Material yield variance = difference between actual usable material produced and the standard usable material that should have been produced from the actual input, valued at the standard price per unit.

Key formulas (choose the one that fits your data):

1) If you know actual input used and actual usable output: Material yield variance = (Actual usable quantity - Standard usable quantity for the actual input) × Standard price per unit. - Standard usable quantity for the actual input = Actual input used × Standard yield rate (usable units per unit input). 2) If you know output and per-unit standards: Standard usable quantity = Actual output × Standard usable quantity per unit of output. Material yield variance = (Actual usable quantity - Standard usable quantity) × Standard price per unit.

How to compute (data you’ll need):

- Actual input quantity (kg, etc.) used. - Actual usable yield obtained (kg, etc.). - Standard yield rate (usable units per unit input) or standard usable quantity per unit of output. - Standard price per unit of material.

Interpretation:

- Positive variance = favorable (more usable material than expected). - Negative variance = unfavorable (less usable material than expected).
Maseru, Lesotho

AI Explanation - verified by User2971 on: June 26, 2026
Question 89:
Question 89 asks how to enable IPsec over GRE using IPsec profiles. The two correct changes are:

C. Remove all configuration related to crypto map from R1 and R2 and eliminate the ACL.

D. Create an IPsec profile, associate the transform-set, and apply the profile to the tunnel interface.

Why:

IPsec profiles replace the old crypto-map/ACL method. When you use an IPsec profile, you configure a profile containing the transform-set and apply it directly to the GRE tunnel interface with something like tunnel protection ipsec profile <name>. There’s no crypto map or ACL on the interface shaping which traffic is encrypted.

Removing the crypto-map and ACL (C) clears the old mechanism, allowing the profile-based approach to take effect.

Creating the IPsec profile and attaching it to the tunnel interface (D) is the core step to enable IPsec protection for GRE peers.

Notes:

A and B describe crypto-map-based configurations and are not aligned with the profile-based approach.

E is unrelated to the profile-based method.

Plano, United States

AI Explanation - verified by teodor482 on: June 29, 2026
Question 10:
Question 10 asks if using an “elastic expenditure model” meets the goal of migrating VMs to an Azure pay-as-you-go subscription and using the correct expenditure model.

The Azure pay-as-you-go model is an example of operational expenditure (OpEx): you pay for actual usage with no large upfront capital investment.

The term elastic expenditure model is not a standard Azure expenditure model. Elasticity describes scaling resources, not how costs are categorized or billed.

Therefore, the proposed solution does not meet the goal. The correct expenditure model for this scenario is operational expenditure (OpEx), i.e., pay-as-you-go.
Athens, Greece

AI Explanation - verified by User7240 on: June 13, 2026
Question 10:
The answer is No.
Why:

For migrating VMs to an Azure pay-as-you-go subscription, the appropriate expenditure model is Operational Expenditure (OpEx), i.e., pay-as-you-go consumption costs.

The term elastic expenditure model isn’t a standard Azure cost model. It’s not the recognized way to bill pay-as-you-go cloud resources.

Therefore, recommending the elastic expenditure model does not meet the goal; the correct approach would be OpEx (pay-as-you-go).

Frankfurt Am Main, Germany

AI Explanation - verified by raman.thulasi71 on: June 25, 2026
Question 292:
Question 292 asks which capabilities are in the Platform Perspective of the AWS CAF. The two correct options are B) Data engineering and C) Continuous integration and continuous delivery (CI/CD).

B) Data engineering: The Platform Perspective focuses on building and enabling shared services and capabilities that platform teams provide to developers. Data engineering fits here as it covers data pipelines, storage, and data services that support workloads across teams.

C) CI/CD: Platform-level automation for software delivery, including CI/CD pipelines and related tooling, is a core platform capability to enable repeatable, rapid deployment.

Why the others aren’t correct:

A) Performance and capacity management is usually associated with operations or platform operations rather than the core Platform Perspective.

D) Infrastructure protection aligns with the Security Perspective.

E) Change and release management aligns with Governance/organizational processes, not primarily the Platform Perspective.

Hyderabad, India

AI Explanation - verified by User8952 on: June 27, 2026
Question 20:
Answer: D and E — Azure Cognitive Search and Azure App Service

Why: Provisioning a QnA Maker resource typically creates an App Service to host the QnA API/UI, and it also provisions a Cognitive Search service to enable fast search over the knowledge base.

Why not the others:

- Language Understanding, Azure SQL Database, and Azure Storage are not automatically created as part of the standard QnA Maker provisioning in RG1.

How to verify: In RG1, list resources and look for an Azure App Service (host) and an Azure Cognitive Search service. This confirms the two automatically created resources.

Kolkata, India

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Cisco 350-901 Exam Actual Questions Developing Applications using Cisco Core Platforms and APIs (DEVCOR) (Page 37 )

QUESTION: 65

Explanation:

QUESTION: 66

QUESTION: 67

QUESTION: 68

QUESTION: 69

Cisco 350-901 Exam Actual Questions
Developing Applications using Cisco Core Platforms and APIs (DEVCOR) (Page 37 )