Cisco 700-150 Exam Dumps & Practice Test Questions
Question 1:
Which of the following is not a characteristic or benefit of Cisco ONE (Cisco Open Network Environment) software?
A. Access to continuous innovation, upgrades, and new features
B. Flexibility and portability of licenses
C. A unified set of solutions for cloud and networking environments
D. Software licenses permanently bound to the hardware they are installed on
Answer: D
Explanation:
Cisco ONE is designed to provide flexibility and agility in networking by allowing organizations to modernize and manage their networks efficiently. The benefits of Cisco ONE are centered around continuous innovation, flexible licenses, and a unified set of solutions across cloud and networking environments. Let's break down each option:
Option A — Access to continuous innovation, upgrades, and new features is indeed a characteristic of Cisco ONE. The platform is designed to provide continuous innovation through software updates, upgrades, and the addition of new features, allowing customers to stay up-to-date with the latest technologies and functionalities.
Option B — Flexibility and portability of licenses is another significant benefit of Cisco ONE. Cisco ONE offers flexible licensing models that allow organizations to move their licenses between different devices and locations, which helps simplify network management and enhances cost efficiency.
Option C — A unified set of solutions for cloud and networking environments is another core characteristic of Cisco ONE. The software suite integrates cloud and networking functionalities into a single platform, making it easier for organizations to manage hybrid network environments and adopt new technologies seamlessly.
Option D — Software licenses permanently bound to the hardware they are installed on is not a benefit or characteristic of Cisco ONE. One of the main goals of Cisco ONE is to offer flexibility in license management. The licenses are not permanently bound to specific hardware; instead, Cisco ONE allows licenses to be more portable across devices and locations. This flexibility contrasts with traditional license models, where licenses are often tied to specific hardware.
Therefore, the correct answer is D because it contradicts the licensing flexibility offered by Cisco ONE.
Question 2:
Which Cisco solution utilizes intent-based networking to provide 360-degree insights across users, devices, and applications?
A. Cisco Hosted Collaboration Solution
B. Cisco Digital Network Architecture (Cisco DNA)
C. Cisco Meraki
D. Cisco Unified Computing System (UCS)
Answer: B
Explanation:
Intent-based networking (IBN) is a modern approach to network management that focuses on ensuring the network automatically aligns with business intent. Cisco’s solution that utilizes intent-based networking to provide comprehensive insights across users, devices, and applications is Cisco DNA. Let's review each option:
Option A — Cisco Hosted Collaboration Solution is a set of collaboration tools and services from Cisco, focusing on cloud-based communication, such as voice, video, and messaging services. It does not use intent-based networking or provide 360-degree insights across users, devices, and applications.
Option B — Cisco Digital Network Architecture (Cisco DNA) is Cisco's intent-based networking platform. Cisco DNA allows organizations to automate network management based on business intent, providing end-to-end visibility and insights across users, devices, and applications. This platform leverages analytics, automation, and security to optimize network performance, troubleshoot issues proactively, and ensure that network policies align with business goals.
Option C — Cisco Meraki is a cloud-managed IT solution offering network management for wireless, switching, security, and mobile device management. While it is an effective and scalable solution for network management, Meraki does not focus on intent-based networking or the deep level of insights provided by Cisco DNA. Meraki is more about simplicity and ease of management rather than aligning network behavior with business intent.
Option D — Cisco Unified Computing System (UCS) is a data center platform that integrates computing, networking, and storage into a single system. UCS is focused on server management and data center infrastructure, not on intent-based networking or providing comprehensive insights across the network.
Therefore, the correct answer is B, as Cisco Digital Network Architecture (Cisco DNA) is the solution designed for intent-based networking that provides 360-degree visibility across users, devices, and applications.
Question 3:
What are the primary features of Cisco Firepower Next-Generation Firewall (NGFW)?
A. Cloud-based
B. Centralized management
C. Threat-oriented
D. Fully integrated security services
Answer: D
Explanation:
Cisco Firepower Next-Generation Firewall (NGFW) combines traditional firewall capabilities with advanced security services to provide a robust, comprehensive security solution. The core features of Cisco Firepower NGFW revolve around its advanced threat protection, integration of security services, and centralized management. Let's examine each option:
Option A — Cloud-based is not a primary feature of Cisco Firepower NGFW. While cloud-based solutions are increasingly popular in the cybersecurity space, Cisco Firepower NGFW is primarily an on-premises security solution, although it can integrate with cloud platforms in certain use cases. The firewall is focused on traditional network security within an organization’s infrastructure.
Option B — Centralized management is a key feature of Cisco Firepower NGFW. The firewall can be centrally managed via Cisco Firepower Management Center (FMC), providing a unified dashboard to configure, monitor, and enforce security policies across all devices in a network. While this feature is important, it is not the primary defining feature of the NGFW itself.
Option C — Threat-oriented refers to the firewall's capability to focus on advanced threat protection. Cisco Firepower NGFW does include advanced threat detection through intrusion prevention systems (IPS), malware protection, and real-time analytics, but "threat-oriented" is a broader term and doesn't fully encompass the NGFW’s integration of multiple security services.
Option D — Fully integrated security services is the best description of Cisco Firepower NGFW. The firewall combines multiple security features into a single solution, including firewalling, VPN (Virtual Private Network), intrusion prevention, malware protection, and application visibility and control. This integration helps simplify security management and provides comprehensive protection for the network.
Thus, the primary feature of Cisco Firepower NGFW is D — Fully integrated security services.
Question 4:
Which Cisco technology uses software-defined segmentation to simplify network access, enhance security, and enforce policies consistently across the network?
A. Cisco TrustSec
B. Cisco Stealthwatch Engine
C. Cisco Platform Exchange Grid (pxGrid)
D. Cisco Talos
Answer: A
Explanation:
Cisco TrustSec is a technology focused on software-defined segmentation and policy enforcement across the network. It provides network segmentation and access control policies based on user roles and device attributes, which helps enhance security by ensuring that only authorized users and devices can access specific resources. Let's break down each option:
Option A — Cisco TrustSec uses software-defined segmentation to simplify network access and security. TrustSec enables the segmentation of the network based on security policies rather than traditional physical network segmentation. It allows security policies to be applied consistently across the network, enhancing security and ensuring that sensitive data is protected. TrustSec also integrates with Identity Services Engine (ISE) to enforce access control and segmentation policies.
Option B — Cisco Stealthwatch Engine is a network traffic monitoring and analysis tool. It is designed to detect anomalies and suspicious behavior by continuously analyzing network traffic. While Stealthwatch provides advanced security insights, it does not focus on software-defined segmentation or policy enforcement.
Option C — Cisco Platform Exchange Grid (pxGrid) is a platform used for sharing context and security intelligence between various security products in the Cisco ecosystem. pxGrid is part of Cisco's security architecture but is not designed for software-defined segmentation. It allows different security systems to collaborate, share data, and improve threat detection, but it does not directly handle segmentation.
Option D — Cisco Talos is Cisco’s threat intelligence group, responsible for providing up-to-date information on vulnerabilities, malware, and threat landscapes. While Talos plays a critical role in Cisco's security ecosystem, it is not focused on software-defined segmentation or policy enforcement.
The correct answer is A — Cisco TrustSec, as it directly addresses the use of software-defined segmentation to enforce security policies and enhance overall network security.
Question 5:
How is a "business outcome" defined in the context of corporate goals and strategic planning?
A. A strategy outlining sales targets and business tactics
B. A plan positioning a company’s brand for competitive advantage
C. A process for forecasting future sales
D. A measurable result from a business activity or process
Answer: D
Explanation:
A "business outcome" refers to the tangible results or impact that stem from a business activity or process. It is typically linked to specific goals and objectives within a strategic plan, such as revenue growth, market share, or customer satisfaction. Business outcomes are used to measure success and help evaluate the effectiveness of business strategies.
Let’s break down each option:
Option A — A strategy outlining sales targets and business tactics is more of a business strategy rather than a specific outcome. It describes the approach for achieving certain goals, but it does not focus on the measurable results of those actions.
Option B — A plan positioning a company’s brand for competitive advantage is also part of a strategic plan that defines how a company will achieve its goals. While this can contribute to business outcomes, it is not itself a direct result of business activities.
Option C — A process for forecasting future sales involves prediction and analysis, which is part of the planning process. However, this is not a measurable result of business activity; it is a tool used to help determine future outcomes.
Option D — A measurable result from a business activity or process is the correct definition of a business outcome. Business outcomes are quantifiable results such as profit, revenue, customer retention, and productivity, which directly reflect the effectiveness of business activities in achieving strategic goals.
Therefore, the correct answer is D — A measurable result from a business activity or process.
Question 6:
In Cisco DNA Center, which component is responsible for automating network provisioning, configuration, and management?
A. Cisco Tetration
B. Network Data Platform
C. Identity Services Engine (ISE)
D. Network Control Platform
Answer: D
Explanation:
Cisco DNA Center is a comprehensive network management solution that integrates various network functions for automation, optimization, and management. One of its key components is the Network Control Platform, which is responsible for automating network provisioning, configuration, and management.
Let’s review each option:
Option A — Cisco Tetration is a platform primarily used for data center visibility and application performance monitoring. It focuses on security and application dependency mapping rather than automating network provisioning and configuration.
Option B — Network Data Platform is responsible for providing network analytics and insights based on collected data. While it plays a role in helping optimize network performance and monitor activity, it does not directly handle automation of network provisioning or management.
Option C — Identity Services Engine (ISE) is primarily used for access control and network security. ISE handles tasks like authentication, authorization, and policy enforcement but does not focus on the automation of network provisioning or configuration.
Option D — Network Control Platform is the correct answer. This component of Cisco DNA Center is specifically responsible for automating network provisioning, configuration, and management. It allows for simplified and consistent deployment of network services and ensures that network configurations are aligned with business policies and goals.
Therefore, the correct answer is D — Network Control Platform.
Question 7:
Which Cisco program requires partners to offer at least two cloud or managed services based on Cisco technologies and demonstrate advanced service delivery capabilities?
A. Cisco Solution Partner Program
B. Cisco CMSP Advanced
C. Cisco Specializations
D. Cisco CMSP Express
Answer: B
Explanation:
The Cisco Cloud and Managed Services Program (CMSP) is a program designed to help partners demonstrate their capabilities in delivering cloud and managed services using Cisco technologies. Within this program, Cisco CMSP Advanced is the specific level that requires partners to offer at least two cloud or managed services based on Cisco technologies. Additionally, the program mandates that these partners demonstrate advanced service delivery capabilities to meet the requirements of the program.
Let’s break down each option:
Option A — Cisco Solution Partner Program is a general program that recognizes Cisco partners for offering solutions based on Cisco technologies. While it includes many benefits and recognition, it does not specifically focus on cloud or managed services or require partners to demonstrate advanced service delivery capabilities in the way that CMSP Advanced does.
Option B — Cisco CMSP Advanced is the correct answer. This program level requires Cisco partners to offer at least two cloud or managed services based on Cisco technologies and to demonstrate advanced service delivery capabilities. This makes it a key program for partners specializing in cloud services.
Option C — Cisco Specializations refers to specialized areas of expertise within Cisco’s partner ecosystem, such as security, collaboration, or data center solutions. While these specializations indicate advanced knowledge in specific areas, they do not focus on cloud or managed services and do not have the same requirements for delivering such services as CMSP Advanced.
Option D — Cisco CMSP Express is a level within the Cisco CMSP program, but it focuses on the basics of cloud and managed services, with less demanding requirements compared to CMSP Advanced. This option does not mandate the same level of service delivery capabilities.
Therefore, the correct answer is B — Cisco CMSP Advanced.
Question 8:
Which of the following is a major benefit of Cisco Unified Computing System (UCS) that improves performance, scalability, and simplifies data center management?
A. Unified network fabric
B. Hardware-centric design
C. Distributed infrastructure management
D. Integrated third-party applications
Answer: A
Explanation:
The Cisco Unified Computing System (UCS) is a comprehensive data center platform that integrates compute, networking, and storage resources into a single unified system. The major benefit that improves performance, scalability, and simplifies data center management is its unified network fabric.
Let’s break down each option:
Option A — Unified network fabric is a key benefit of Cisco UCS. This fabric combines compute, network, and storage traffic into a single system, reducing complexity and improving performance. The unified fabric allows for better scalability, simplified management, and a more efficient network infrastructure. It eliminates the need for separate networks for each function, streamlining both hardware management and data flow across the data center.
Option B — Hardware-centric design is not the primary benefit of Cisco UCS. While UCS does integrate hardware components in a modular design, the focus is more on how the system is unified and software-defined to manage resources efficiently rather than on the hardware alone.
Option C — Distributed infrastructure management is not the most accurate description of Cisco UCS. UCS centralizes management rather than distributing it, offering a unified management plane for network and server resources, which simplifies operations and enhances scalability.
Option D — Integrated third-party applications is not a primary benefit of Cisco UCS. While UCS does support various third-party applications, its main strength lies in its unified system architecture that integrates compute, storage, and networking into one cohesive solution, streamlining data center operations and boosting performance.
Therefore, the correct answer is A — Unified network fabric. This feature of Cisco UCS is crucial in simplifying data center operations and providing the scalability and performance required for modern enterprise environments.
Question 9:
At what stages in the security lifecycle do Cisco’s Next-Generation Firewalls (NGFWs) operate to provide comprehensive protection?
A. During an attack
B. During and after an attack
C. Before an attack
D. After an attack
Answer: B
Explanation:
Cisco’s Next-Generation Firewalls (NGFWs) are designed to provide comprehensive security across multiple stages of the security lifecycle. These stages include prevention (before an attack), detection (during an attack), and response (after an attack).
Let’s break down each option:
Option A — During an attack: While NGFWs do provide real-time detection and blocking capabilities during an attack, their role is not limited to just this stage. They also work to prevent attacks before they happen and offer response mechanisms after an attack.
Option B — During and after an attack: This is the correct answer. NGFWs do indeed operate both during an attack to detect and block threats in real-time and after an attack to analyze and mitigate damage. They provide threat intelligence, intrusion prevention, and deep packet inspection to continuously monitor and respond to potential security incidents.
Option C — Before an attack: Although NGFWs include preventive features such as application awareness and advanced threat prevention, they are not solely designed for operation before an attack. They are a holistic security solution that also responds during and after attacks.
Option D — After an attack: NGFWs do more than just analyze traffic after an attack. They offer preemptive protection, real-time threat detection, and continuous monitoring that extends beyond simply responding to an attack.
Therefore, the correct answer is B — During and after an attack. Cisco NGFWs offer multi-layered protection that spans all stages of the attack lifecycle to provide a comprehensive defense.
Question 10:
What is the main advantage of deploying the Cisco SD-WAN (Software-Defined Wide Area Network) solution in an enterprise network environment?
A. Providing guest networks for clients, vendors, and partners
B. Supporting agile software development through centralized management
C. Creating a transport-independent WAN to reduce costs and enhance connectivity
D. Continuously monitoring the network for abnormal wireless activity
Answer: C
Explanation:
The primary advantage of deploying Cisco SD-WAN (Software-Defined Wide Area Network) is its ability to create a transport-independent WAN. This means that SD-WAN allows organizations to use a variety of internet connections, such as MPLS, broadband, and LTE, and create a unified WAN infrastructure that is more flexible, scalable, and cost-effective compared to traditional WAN solutions. It reduces costs and improves the performance and connectivity of network traffic.
Let’s review each option:
Option A — Providing guest networks for clients, vendors, and partners: While SD-WAN can improve network security and access control, the main focus of SD-WAN is not providing guest networks. Its primary advantage lies in optimizing and managing the WAN connectivity for the entire enterprise.
Option B — Supporting agile software development through centralized management: SD-WAN offers centralized management for network configuration and monitoring, which can indeed support agile software development by offering greater network flexibility. However, this is more of an indirect benefit, with the primary advantage still being the cost-effective WAN connectivity.
Option C — Creating a transport-independent WAN to reduce costs and enhance connectivity: This is the correct answer. Cisco SD-WAN allows for the use of multiple transport types (such as MPLS, broadband, or LTE) in a single, unified network. This flexibility allows enterprises to reduce WAN costs, improve connectivity, and ensure business continuity while simplifying network management. It also optimizes application performance across different types of connections.
Option D — Continuously monitoring the network for abnormal wireless activity: While Cisco SD-WAN does provide network monitoring features, its main advantage is not focused on wireless network activity. Its primary purpose is WAN optimization, improving the management and performance of wide-area network traffic.
Therefore, the correct answer is C — Creating a transport-independent WAN to reduce costs and enhance connectivity. Cisco SD-WAN optimizes the enterprise WAN, providing flexible, cost-effective, and efficient connectivity.
