With which products does Cisco Cyber Vision have a built-in integration?
A. FND, IND, loT Operations Dashboard
B. ISE, Firepower, Stealthwatch
C. vManage, DNA-Center, Webex
D. Industrial Asset Vision, Umbrella, Duo
Correct Answer: B
Cisco Cyber Vision is integrated with Cisco ISE (Identity Services Engine), Cisco Firepower, and Cisco Stealthwatch. This integration enhances the security capabilities of network systems by providing extensive visibility into network activities
and threats, thus allowing for better threat detection, response, and policy enforcement across an organization's network.
References:This information aligns with Cisco's documentation on Cyber Vision, which highlights its integration capabilities with these security products to offer a robust defense against cyber threats in industrial environments.
Question 2:
What is the primary purpose of utility substations?
A. monitor the reliable and efficient delivery of power into the distribution grid
B. FLISR: fault isolation, recovery, and service restoration
C. Volt-VAR reactive power control
D. provide physical security for the grid
Correct Answer: A
The primary purpose of utility substations is to monitor and ensure the reliable and efficient delivery of power into the distribution grid. Substations play a crucial role in transforming voltage levels between high transmission voltages and lower distribution voltages, and in managing the flow of electrical power in various directions, ensuring stability and efficiency in the power supply to residential, commercial, and industrial users. References:This explanation is based on the fundamental functions of substations within electrical grids, as described in basic electrical engineering principles and utility operation standards.
Question 3:
Why is the Industrial Network Director (IND) a clear added value in OT applications?
A. IND can provide asset visibility for Modbus, Profinet, and Bacnet automation devices.
B. IND enables app hosting in field routers IR8XX.
C. IND improves industrial asset visibility and network troubleshooting.
D. IND can work as a universal SCADA for automation systems.
Correct Answer: C
The Industrial Network Director (IND) is particularly valuable in Operational Technology (OT) applications due to its ability to improve industrial asset visibility and network troubleshooting. IND is designed to manage and monitor industrial networks, helping OT professionals gain comprehensive visibility into their network assets and streamlining the troubleshooting process. This capability enhances operational efficiency and minimizes downtime in industrial environments. References:The role of IND in enhancing network management and troubleshooting in OT environments is highlighted in Cisco's documentation and marketing materials for IND, which emphasize its benefits in industrial settings.
Question 4:
Which valuable resources has Cisco created for each of the focus industries?
A. CRD - Cisco Reference Design
B. DVD - Digital Validated Design
C. DAD - Digital Acceleration Design
D. CVD - Cisco Validated Design
Correct Answer: D
Cisco has created Cisco Validated Designs (CVDs) for each of its focus industries. CVDs provide detailed architectural overviews, setup, and deployment guidelines specifically tailored to industry needs. These designs are tested and validated to ensure reliability and reduce the complexity of deployments. The resource helps customers build and manage networks based on Cisco's best practices and proven configurations. References:The answer is based on Cisco's approach to providing customers with comprehensive, tested, and validated design guides that help in simplifying and ensuring successful deployments across various industries.
Question 5:
Which use case involves extending Intent-Based Networking to the Extended Enterprise?
A. parking lot connectivity
B. substation automation
C. first-response vehicles
D. oil and gas pipeline
Correct Answer: A
Extending Intent-Based Networking (IBN) to the Extended Enterprise, particularly in use cases like parking lot connectivity, involves deploying advanced networking solutions that extend the intelligence and management capabilities of core networks to remote or outdoor environments. This application of IBN supports efficient connectivity and smarter management of resources in distributed locations such as parking lots. References:This answer is based on the application of Cisco's IBN technologies, which are designed to extend robust network functionalities to edge and remote locations, enhancing connectivity and control.
Question 6:
Which Catalyst IE switch acts as an SD-Access (SDA) Extension Policy Extended Node?
A. IE2000
B. IE3400
C. IE4010
D. IE5000
Correct Answer: B
The Cisco Catalyst IE3400 Rugged Series Switches act as SD-Access Extended Nodes. These switches are part of Cisco's Industrial Ethernet product line and are designed to support the extension of Software-Defined Access (SDA) features. This capability allows the IE3400 to integrate seamlessly with Cisco's policy-based network architecture, providing enhanced security, automation, and simplification at the network edge in rugged environments. References:This information is supported by Cisco's official product descriptions and technical specifications that detail the role and capabilities of the IE3400 as part of Cisco's extended enterprise networking solutions.
Question 7:
Which Industrial Routing device is purpose-built for remote and mobile deployments such as first responders and mass transit vehicles?
A. IG30R
B. IR1800
C. IR7200
D. IR8100
Correct Answer: C
The Cisco Industrial Router 7200 (IR7200) series is purpose-built for remote and mobile deployments, making it well-suited for applications like first responders and mass transit vehicles. This device is designed to provide reliable, secure,
and robust connectivity in mobile or remote settings, ensuring continuous communication and data transfer essential for critical operations in these environments.
References:The information is derived from Cisco's product literature on the IR7200, which specifies its capabilities and intended use cases, particularly emphasizing its suitability for challenging and mobile deployments.
Question 8:
What is the primary business outcome for an outdoor connectivity use case?
A. improved safety by connecting surveillance cameras
B. improved emergency services with onboard vehicle connectivity
C. improved data offloading from machines
D. improved operational efficiency via real-time process visibility
Correct Answer: D
The primary business outcome for outdoor connectivity use cases, such as in industrial sites or large outdoor facilities, is improved operational efficiency achieved through real-time process visibility. By enabling connectivity in outdoor environments, organizations can monitor processes in real-time, receive timely data, and make informed decisions that optimize operations and reduce downtime. References:This conclusion is supported by the general benefits of IoT connectivity in enhancing visibility and control over operations in various industries, particularly in extensive outdoor settings.
Question 9:
What are Cisco's primary areas of focus for a connected factory?
A. Connected Factory, Connected Inventory, Factory Cloud
B. Smart Plant, Smart Security, Smart Automation
C. Connected Factory, Factory Wireless, Factory Security
D. Smart Factory, Connected Periphery, Cisco IND
Correct Answer: C
Cisco's primary areas of focus for a connected factory include "Connected Factory," "Factory Wireless," and "Factory Security." These areas are designed to enhance the connectivity, flexibility, and security of manufacturing operations. The
Connected Factory integrates various manufacturing devices and systems onto a common network platform. Factory Wireless enables robust and flexible wireless connectivity for mobile and fixed assets. Factory Security addresses the
cybersecurity and physical security needs of manufacturing environments.
References:This understanding is based on Cisco's strategic approaches to industrial IoT, focusing on enhancing connectivity, mobility, and security within manufacturing environments.
Question 10:
What are the main use cases that connected roadways and intersections enable?
A. connecting both serial and ethernet field devices, and remote and mobile asset connectivity
B. connectivity for traffic signal controller, video surveillance, and digital signage
C. public safety fleet monitoring, and predictive maintenance for rail
D. alternate routing of vehicles, and counting the number of passengers on public transportation
Correct Answer: B
Connected roadways and intersections primarily enable the connectivity for traffic signal controllers, video surveillance, and digital signage. These technologies are integrated to manage traffic flow more efficiently, enhance road safety, and provide real- time information to drivers and pedestrians. This integration supports smart city initiatives by improving traffic management, reducing congestion, and increasing safety and information dissemination at roadways and intersections. References:This answer reflects common smart roadway solutions that leverage connectivity to optimize traffic management and enhance public safety, as outlined in various Cisco smart city and IoT deployments.
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