IBM Cloud Technical Advocate v5 C1000-170 Dumps

The C1000-170 IBM Cloud Technical Advocate v5 exam is an essential step in becoming a certified professional in the rapidly-growing field of cloud computing. The latest IBM Cloud Technical Advocate v5 C1000-170 Dumps from Passcert offer a great resource. These dumps contain real exam questions and answers that can significantly boost your chances of passing the exam on the first attempt. They are designed to mirror the actual exam, ensuring you are well-prepared with the knowledge required to succeed. With accurate and up-to-date content, these IBM Cloud Technical Advocate v5 C1000-170 Dumps will help you feel confident and ready to take on the challenge.
IBM Cloud Technical Advocate v5 C1000-170 Dumps

Exam C1000-170: IBM Cloud Technical Advocate v5 Overview

An IBM Cloud Technical Advocate plays a crucial role in bridging the gap between IBM Cloud solutions and customer needs. Typically, they have less than a year of foundational cloud knowledge, but they come from a background in information technology. Their core responsibilities include analyzing client needs, providing technical support, and recommending IBM Cloud solutions that help businesses achieve their goals. As a technical advocate, you must be proficient in deploying cloud solutions and guiding clients through the entire process, ensuring the solutions meet their specifications.
By passing the IBM Cloud Technical Advocate v5 (C1000-170) exam, you will not only earn the IBM Certified Technical Advocate – Cloud v5 certification but also earn the IBM Certified Advocate Plus – Cloud v2 certification if you have previously earned the IBM Certified Advocate – Cloud v2 certification. This stacked certification validates your proficiency in both fundamental and advanced cloud technologies and proves your expertise in supporting IBM Cloud solutions.

Recommended Skills for Success

To successfully pass the C1000-170 exam, you should possess foundational knowledge in several key areas. Here’s a breakdown of the core skills that are critical for a candidate:

1. Foundation-level Understanding of Cloud Computing

You must have a basic understanding of what cloud computing is, how it works, and the various models in which it can be deployed. This will include recognizing the differences between private, public, and hybrid cloud environments.

2. Cloud Solution Architectures

Understanding the key elements of cloud solution architectures, including compute, storage, and networking, is critical. You should be able to discern the different types of architectures suitable for different business needs.

3. Networking Knowledge

Having a basic grasp of networking concepts, especially in cloud environments, is essential. This includes knowing the various network configurations and security measures IBM Cloud provides.

4. Availability and Resiliency Strategies

Becoming familiar with strategies that ensure cloud solutions are available, secure, and resilient to failure is a key skill. These strategies include disaster recovery and high-availability configurations.

5. Security Strategies

In the era of cloud computing, understanding the security measures available on the cloud is crucial. You’ll need to learn about encryption, data protection, and compliance within the IBM Cloud environment.

Exam Information

Number of questions: 64
Number of questions to pass: 42
Time allowed: 90 minutes
Languages: English
Price per exam: $200 USD
Certification: IBM Certified Technical Advocate – Cloud v5

IBM Cloud Technical Advocate v5 Exam Objectives

The C1000-170 exam is divided into several sections, each targeting different skill sets. Let’s look at each of the exam objectives in detail.

Section 1: An Introduction to Cloud       12%

Recall the IBM Cloud job roles
Define cloud computing and explain its essential characteristics, history, and emerging trends
Identify service and deployment models of cloud computing and explain the benefits of each
Identify key elements of business case studies for cloud computing

Section 2: IBM Cloud Fundamentals        24%

Recognize the features and components of the IBM Cloud Platform
Identify IBM Cloud resources  available to support client solutions
Match IBM Cloud Catalog services with their specific functionality
Recall key security and compliance measures implemented in the IBM Cloud Platform
Identify elements of DevSecOps and how IBM Cloud services are deliver to the teams
Summarize core groups of available database, integration, and analytics services

Section 3: Network      15%

Identify IBM Cloud networking components and list their advantages
Distinguish between classic and VPC networks
Identify IBM Cloud network security services and options

Section 4: Compute        21%

Identify compute options on IBM Cloud and their advantages
Identify use cases of compute offerings
Identify containers, their uses, and their advantages
Identify container orchestration options on IBM Cloud and their advantages

Section 5: Storage and Backup     15%

List the high-level concepts of IBM Cloud storage offerings and their advantages
Recognize the value of the different IBM Cloud Managed Database options
Identify storage security options for IBM Cloud
List the benefits and options of IBM Hyper Protect Crypto services
Recognize the benefits and options of IBM Backup, Recovery, and Replication Solutions

Section 6: Services         7%

Identify Integration options for IBM Cloud Integration Use Cases and list the benefits they provide
Identify Integration options for IBM Cloud Edge Solutions and list the benefits they provide
Identify Integration options for IBM Cloud AI and Analytics and list the benefits they provide

Section 7: Cloud Native Overview       6%

Identify the key enabling technologies of cloud native applications and explain the benefits they provide
Describe the benefits of modernizing existing applications

Tips for Success on the C1000-170 Exam

To ensure you’re fully prepared for the IBM Cloud Technical Advocate v5 exam (C1000-170), here are some tips to guide you through your preparation:

1. Understand the Exam Objectives Thoroughly

Make sure to review all the exam objectives outlined above. Focus on understanding not only the technology behind IBM Cloud but also the real-world applications of these technologies. The exam will test your ability to apply this knowledge in practical scenarios.

2. Use Study Materials from Reliable Sources

Leverage study materials from trusted sources, such as IBM’s official documentation, online tutorials, and the Passcert IBM Cloud Technical Advocate v5 C1000-170 Dumps. The dumps from Passcert are a great way to familiarize yourself with the type of questions you can expect and the format of the exam.

3. Hands-on Practice with IBM Cloud

There’s no substitute for hands-on experience. If you can, sign up for an IBM Cloud account and experiment with different services like compute, storage, and networking. IBM offers a free tier for some of its services, which is a great way to get practical exposure without any cost.

4. Join Study Groups and Forums

Engage with others who are preparing for the same exam. Study groups and forums such as Reddit, IBM’s own Cloud Community, and LinkedIn groups provide an excellent platform for sharing resources, asking questions, and learning from others’ experiences.

5. Take Practice Tests

Taking practice tests will help you get comfortable with the exam format and time management. They will also help identify areas where you need to focus your study efforts. Passcert provides practice exams that mimic the real exam environment, which can be very useful for your preparation.

Share IBM Cloud Technical Advocate v5 C1000-170 Free Dumps

1. What features are essential in IBM Cloud storage solutions to ensure data security? (Choose Two)
A. Geo-redundant storage replication
B. End-to-end encryption capabilities
C. AI-driven threat detection mechanisms
D. Data residency compliance options
Answer: BD
2. What mechanisms does IBM Cloud provide to enhance the security of its cloud infrastructure? (Choose Two)
A. Encrypted VPN access for all users
B. Network security groups and ACLs
C. Public access to all computing resources
D. DDoS protection mechanisms
Answer: BD
3. Which benefit is most directly associated with cloud-native application development?
A. Reduced operational cost
B. Enhanced vendor lock-in
C. Slower time-to-market
D. Decreased scalability
Answer: A
4. Which architecture style does messaging and event streaming directly support in cloud-native applications?
A. Monolithic architecture
B. Event-driven architecture
C. Traditional layered architecture
D. Client-server architecture
Answer: B
5. How does IBM Cloud File Storage differentiate itself with its snapshot and replication features?
A. It offers unlimited data storage capacity.
B. It enables data encryption with customer-managed keys.
C. It provides point-in-time snapshots and data replication for disaster recovery.
D. It allows direct access from IBM Cloud Kubernetes Service.
Answer: C
6. In IBM Cloud, what is the purpose of a Content Delivery Network (CDN)?
A. Enhance security
B. Manage network traffic
C. Reduce latency
D. Data analytics
Answer: C
7. Which principle is a core component of DevSecOps practices integrated into IBM Cloud services?
A. Continuous Integration/Continuous Deployment (CI/CD) automation
B. Manual security reviews
C. Post-deployment testing only
D. Limited team access to production environments
Answer: A
8. What are the benefits of using IBM Cloud Backup Solutions? (Choose Two)
A. Real-time data analytics on backup data
B. Support for both virtual and physical resources
C. Automated backup scheduling and policy management
D. Exclusive use of SSD storage to speed up backup processes
Answer: BC
9. Which of the following are key security features of the IBM Cloud Platform? (Choose Two)
A. Dedicated Hardware Security Modules
B. Identity and Access Management (IAM)
C. Physical security at data center locations
D. Publicly accessible API endpoints for all services
Answer: AB
10. Which workload is best suited for IBM Cloud Power Systems Virtual Servers?
A. High-performance computing
B. Lightweight web applications
C. Large scale data mining
D. AI and machine learning
Answer: A