C1000-169 Dumps

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IBM


C1000-169


IBM Cloud Associate SRE V2


https://killexams.com/pass4sure/exam-detail/C1000-169

Question: 1


A Site Reliability Engineer has been asked to help enhance the security measures of their organization's IBM Cloud infrastructure. They have been tasked with implementing a system that will help to proactively monitor, track, and react to violations.


ario describing?


BM Cloud App ID

ecurity Information and Event Management (SIEM) BM Cloud Log Analysis

BM Cloud Identity and Access Management (IAM) wer: B

anation: The scenario describes the need for a system that proactively tors, tracks, and reacts to violations, creates an audit history for pliance purposes, and provides reports and APIs for external consump ntegration. Security Information and Event Management (SIEM) is a ion that combines real-time monitoring, event correlation, and log agement to provide comprehensive security monitoring and threat dete bilities. SIEM systems help organizations identify and respond to sec ents by collecting and analyzing security event data from various sour ding logs, network devices, and other security systems. It provides a

The system should create an audit history for compliance purposes, and provide reports and APIs for external consumption and integration. What is this

scen


  1. I

  2. S

  3. I

  4. I

Ans Expl

moni

com tion

and i solut

man ction

capa urity

incid ces,

inclu

centralized platform for security monitoring, alerting, and reporting, making it an appropriate choice for enhancing security measures in an IBM Cloud infrastructure.


Question: 2

Which of the following IBM Cloud services provides a managed Kubernetes environment for deploying containerized applications?


  1. IBM Cloud Functions

  2. IBM Cloud Foundry

  3. IBM Cloud Container Registry

    wer: D


    anation: IBM Kubernetes Service (IKS) is an IBM Cloud service that ides a managed Kubernetes environment for deploying containerized cations. Kubernetes is an open-source container orchestration platfor mates the deployment, scaling, and management of containerized cations. With IBM Kubernetes Service, Site Reliability Engineers can age the power of Kubernetes to deploy and manage their applications y available and scalable manner, taking advantage of the robust featur apabilities of Kubernetes.


    stion: 3


    ch deployment strategy allows for rolling back to a previous version o cation in case of issues or failures?


    anary deployment

    lue-green deployment

    IBM Kubernetes Service (IKS) Ans

Expl prov

appli m that

auto appli

lever in a

highl es

and c


Que


Whi f an

appli


  1. C

  2. B

  3. A/B testing

  4. Rolling deployment Answer: B

Explanation: Blue-green deployment is a deployment strategy that involves maintaining two identical production environments, referred to as the blue


stion: 4


ch of the following authentication mechanisms is supportedby IBM Cl ity and Access Management (IAM)?


Auth DAP AML

erberos wer: C

anation: IBM Cloud Identity and Access Management (IAM) support rity Assertion Markup Language (SAML) authentication mechanism.

ML is an XML-based standard for exchanging authentication and orization data between an identity provider (IdP) and a service provide With SAML, users can authenticate with their identity provider and

environment and the green environment. The current version of the application runs in the blue environment, while the new version is deployed to the green environment. Once the green environment is validated and tested, traffic is switched from the blue environment to the green environment, making it the new production environment. If any issues or failures are encountered, it is possible to roll back to the blue environment, which contains the previous version of the application. Blue-green deployment provides a way to minimize the impact of issues or failures by allowing for a quick and controlled rollback.


Que


Whi oud

Ident


  1. O

  2. L

  3. S

  4. K


Ans


Expl s the

Secu SA

auth r

(SP).

obtain a SAML assertion, which can then be used to access resources and services within the IBM Cloud environment. IAM enables organizations to manage user identities, access policies, and permissions, and SAML integration allows for secure and seamless authentication within the IBM Cloud ecosystem.


Question: 5

Which of the following observability techniques allows for monitoring the performance of a distributed system by collecting, aggregating, and analyzing logs?


  1. Tracing

  2. Metrics

  3. Logging


    wer: C


    anation: Logging is an observability technique that involves collectin egating, and analyzing logs generated by various components of a buted system. Logs provide valuable information about the behavior o m, including errors, warnings, and other relevant events. By monitori nalyzing logs, Site Reliability Engineers can gain insights into the ormance, availability, and reliability of the system, identify potential is ottlenecks, and troubleshoot problems more effectively.


    stion: 6

    ch of the following is a key responsibility of operations in an SRE con utomating deployments

    eveloping application code onducting security audits

    Debugging Ans

Expl g,

aggr

distri f the

syste ng

and a

perf sues

or b


Que


Whi text?


  1. A

  2. D

  3. C

  4. Performing capacity planning Answer: D

Explanation: Operations in an SRE context involve managing and maintaining the infrastructure and systems that support the organization's applications and services. One of the key responsibilities of operations is performing capacity

planning. Capacity planning involves forecasting and provisioning resources to ensure that the infrastructure can handle the expected workload and scale as needed. By effectively planning for capacity, operations teams can prevent performance issues, maintain system reliability, and optimize resource utilization.


Question: 7


ch of the following is an essential component of an incident managem ess?


hange management roblem management ervice level management oot cause analysis


wer: D


anation: Incident management is the process of effectively and efficie onding to and resolving incidents to minimize the impact on services. ntial component of incident management is conducting root cause anal cause analysis involves investigating the underlying causes of incide ify the factors that contributed to their occurrence. By conducting roo analysis, organizations can identify and address the root causes of ents, implement preventive measures, and improve the overall stabilit

bility of their systems.

Whi ent

proc


  1. C

  2. P

  3. S

  4. R


Ans


Expl ntly

resp An

esse ysis.

Root nts to

ident t

cause

incid y and

relia


Question: 8


Which of the following security measures can help protect sensitive data stored in IBM Cloud Object Storage?


  1. Role-based access control (RBAC)

  2. Secure Sockets Layer (SSL) encryption

  3. Network intrusion detection system (NIDS)

  4. Single sign-on (SSO) Answer: B

yption ensures that data transmitted between clients and the storage se crypted, making it difficult for unauthorized parties to intercept and a ata. By enabling SSL encryption, Site Reliability Engineers can enha ecurity and privacy of data stored in IBM Cloud Object Storage, mitig isk of unauthorized access or data breaches.


stion: 9


ch of the following is a common troubleshooting approach used by Sit ability Engineers?


rial and error uessing

eactive analysis ystematic debugging


wer: D

Explanation: Secure Sockets Layer (SSL) encryption is a security measure that can help protect sensitive data stored in IBM Cloud Object Storage. SSL

encr rvice

is en ccess

the d nce

the s ating

the r


Que


Whi e

Reli


  1. T

  2. G

  3. R

  4. S


Ans


Explanation: Site Reliability Engineers often employ a systematic debugging approach when troubleshooting issues. This approach involves systematically analyzing the symptoms, gathering relevant data, formulating hypotheses, testing those hypotheses, and iteratively narrowing down the possible causes of the problem until a resolution is found. Systematic debugging helps SREs efficiently identify the root cause of an issue and implement targeted solutions, reducing downtime and minimizing the impact on system performance.