CWNP CWISA-103 Certification Exam Sample Questions and Answers

Before you write the CWNP Wi-Fi IoT Solutions Administrator (CWISA-103) certification exam, you may have certain doubts in your mind regarding the pattern of the test, the types of questions asked in it, the difficulty level of the questions and time required to complete the questions. These CWNP Certified Wireless IoT Solutions Administrator (CWISA) sample questions and demo exam help you in removing these doubts and prepare you to take the test.

The best approach to pass your CWNP CWISA-103 exam is to challenge and improve your knowledge. To test your learning and identify improvement areas with actual exam format, we suggest you practice with Premium CWNP CWISA-103 Certification Practice Exam. The practice test is one of the most important elements of your CWNP Wireless IoT Solutions Administrator (CWISA) exam study strategy to discover your strengths and weaknesses, to improve your time management skills and to get an idea of the score you can expect.

CWNP CWISA-103 (CWISA) Sample Questions:

01. The design pack for a smart-city rollout states that the supporting network will use SDN and NFV.

Which description of those two terms is correct?

a) Both terms describe running the management platform in a cloud tenancy rather than on site, and differ only in who operates the tenancy

b) SDN centralises the forwarding of every packet through a single controller, and NFV returns each virtualised function to a dedicated appliance so that performance is preserved

c) SDN is the software that distributes firmware across an estate, and NFV is the framework that virtualises the sensors themselves

d) SDN separates the decision about where traffic goes from the devices that forward it; NFV runs a network function as software instead of on a dedicated appliance

02. At a large public venue, a post-install survey records a usable signal level throughout the building. During events, devices in one concourse repeatedly fail to complete transactions, while the same devices work elsewhere in the venue and in that concourse when it is empty.

What does this pattern indicate?

a) Coverage is satisfied and capacity is not, since the failures track device-count in that concourse rather than location

b) Coverage has failed in that concourse, so the remedy is to install another device to fill the gap

c) Raising transmit power at the existing devices will resolve it, because a stronger signal serves a greater number of clients

d) Coverage and capacity are the same measurement described differently, so a survey showing adequate signal has already answered both

03. A hospital estate went live with monitoring dashboards that stayed green for several weeks. Clinicians then reported that a class of device was not usable in one wing. The delivery lead states that the green dashboards demonstrate the deployment met its requirements.

Which assessment of that claim is strongest?

a) Because every indicator was healthy, the reported problem lies outside the wireless solution and belongs with the clinical application team

b) Green dashboards show the instrumented indicators stayed inside their thresholds, which is weaker than showing the requirements were met; an uninstrumented requirement can fail while every indicator stays healthy

c) Once a solution is in production, monitoring supersedes validation, so the correct response is to add indicators rather than reopen the requirements

d) The dashboards do amount to validation, because the thresholds were drawn from the requirements; the real gap is that alerts were evaluated too infrequently to catch the event

04. Customers at a retail site join a guest network and are shown a page in their browser presenting terms of use before any other page loads. Which statement about that page is correct?

a) It is a telemetry mechanism, present so the platform can collect measurements from each joining device

b) It is an authentication protocol, and it takes the place of encryption on the wireless link

c) It is an onboarding mechanism, present to set the terms on which access to the guest network begins

d) It is a mobile device management function, and accepting the terms enrols the handset under estate policy

05. An education campus took over a wireless IoT deployment from its integrator a year ago. Facilities staff, unable to explain why several gateways were placed in awkward positions, relocated one of them during a refurbishment. A tracking service that had worked since installation degraded immediately afterwards.

Which hand-off deficiency most directly explains this outcome?

a) Knowledge transfer was delivered as sessions rather than as a written record, and the staff who attended it have left the campus

b) The documentation captured where each gateway sits without the constraints and decisions that put it there

c) Monitoring was not handed over with the estate, so nobody was watching when the tracking service degraded

d) Validation was never carried out at hand-off, so the deployment was never confirmed to meet the stated requirement

06. An integrator is completing a wireless IoT deployment across a distribution centre and preparing the hand-off pack for the customer’s operations team.

Which item most directly enables that team to maintain the deployment after hand-off?

a) The proof-of-concept findings, which record whether the chosen approach was workable before the estate was committed

b) The signed requirements document, which states in the customer’s own words what the solution was asked to do

c) An as-built record of what was installed, where each unit sits, and the configuration actually applied to it

d) The vendor datasheets for the installed equipment, which set out the published capabilities and options of each model

07. The same monitoring platform is deployed to a manufacturing line and to a chain of retail stores. The administrator is asked what should differ between the two support arrangements.

Which statement identifies the difference that should shape them?

a) The operative difference is RF conditions: a line is metallic and reflective, so the support arrangement is identical once the survey accounts for that

b) The operative difference is endpoint count: a line runs fewer devices than a retail estate, so a reactive arrangement is sufficient for it

c) The operative difference is staffing: stores are run by non-technical people, so remote administration belongs to retail while the line is supported on site

d) The operative difference is downtime tolerance: a stopped line loses output by the minute, so detection and fallback are rehearsed in advance

08. A smart-agriculture operator runs battery-powered field sensors that wake, report and sleep, and separately runs a processing plant where many analytics components must exchange the same live data with each other.

Which two statements about these messaging protocols are correct?

(Select the two best answers.)

a) CoAP keeps a request-and-response shape over a lightweight datagram transport, which suits a sensor that reports briefly and sleeps

b) AMQP forwards each message as it arrives and holds nothing, so a consumer that is offline or busy at that moment cannot receive it later

c) CoAP and MQTT are interchangeable, as both send to a broker that fans each message out to its subscribers

d) DDS moves data directly between participants as a data-centric bus, so no central broker has to be placed or scaled

09. A building-management platform must tell a separate ticketing system whenever a sensor reports a fault. The ticketing system publishes an HTTPS endpoint and holds no session with the platform.

Which description matches a webhook?

a) The ticketing system requests a platform endpoint on a schedule, and compares each response against the previous one

b) The two systems exchange structured configuration data across a management session opened for that purpose

c) Both systems hold one connection open, and either of them may send at any moment for as long as it lasts

d) The platform calls a URL the receiver registered beforehand, and it does so only at the moment the event occurs

10. After installing gateways across an education campus, a team performs a set of measurements and checks them against what the customer agreed beforehand, and separately configures the platform to raise alerts from then on.

Which statement describes the distinction between these two activities?

a) The measurement exercise is validation against the requirements agreed beforehand, and the alerting is monitoring for change after acceptance

b) The measurement exercise tests whether the design was feasible before any commitment, and the alerting confirms the built solution against the requirements

c) They are the same activity under two names, one used before hand-off and the other after, measuring the same things throughout

d) The alerting is the acceptance step the customer signs off, and the measurement exercise is the routine observation that continues afterwards

Solutions:

Question: 01

Answer: d

Question: 02

Answer: a

Question: 03

Answer: b

Question: 04

Answer: c

Question: 05

Answer: b

Question: 06

Answer: c

Question: 07

Answer: d

Question: 08

Answer: a, d

Question: 09

Answer: d

Question: 10

Answer: a

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CWNP CWISA-103 Certification Exam Sample Questions and Answers

CWNP CWISA-103 (CWISA) Sample Questions:

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