Cisco 700-826 Online Practice Questions and Exam Preparation

Cisco 700-826 Online Questions & Answers

• Question 1:

  What is the primary value proposition of Cisco Cyber Vision?

  A. securely run authenticated loT applications at the edge on Cisco's IOx-hosted infrastructure
  B. embedded small form factor solves size, weight, and power challenges
  C. manage operations of the network of geographically distributed assets
  D. discover industrial assets, protocols, and communication patterns to provide operational insights
  D. discover industrial assets, protocols, and communication patterns to provide operational insights

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  explanation:

  Explanation/Reference:

  Cisco Cyber Vision is primarily designed to offer visibility and security for industrial control systems. Its key value proposition lies in its ability to discover and monitor industrial assets, protocols, and communication patterns, providing crucial operational insights into the industrial network. This enables better security management by identifying vulnerabilities and anomalies in network behavior, thus helping maintain the integrity and efficiency of industrial operations. References:This understanding is based on Cisco's documentation for Cyber Vision, which highlights its capabilities in asset visibility and network monitoring to ensure robust security in industrial environments.

• Question 2:

  What are the two primary areas of loT hardware investment in Oil and Gas? (Choose two.)

  A. automation of back-office processes
  B. scheduling for truck deliveries and maintenance
  C. gas station automation
  D. improve operational excellence, health, safety, and environmental control
  E. cybersecurity threat prevention, detection, and response
  D. improve operational excellence, health, safety, and environmental control
  E. cybersecurity threat prevention, detection, and response

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  explanation:

  Explanation/Reference:

  In the Oil and Gas sector, two primary areas of IoT hardware investment are improving operational excellence, health, safety, and environmental control (HSE), and cybersecurity threat prevention, detection, and response. Investment in IoT technologies in these areas is critical to enhance overall operational efficiencies, ensure compliance with safety and environmental regulations, and protect infrastructure from cyber threats, which are increasingly prevalent in the industry. References:These focus areas align with industry trends where enhancing operational safety and securing critical infrastructure are prioritized to mitigate risks and improve performance in the volatile environments typical of oil and gas operations.

• Question 3:

  Which wireless technology is ideal for a customer requiring a low cost of ownership and high control over networks and SLAs?

  A. LoRaWAN
  B. 5G
  C. 4G
  D. Cisco Ultra-Reliable Wireless Backhaul
  A. LoRaWAN

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  explanation:

  Explanation/Reference:

  LoRaWAN (Long Range Wide Area Network) is ideal for customers requiring a low cost of ownership and high control over networks and Service Level Agreements (SLAs). This wireless technology offers low-power, wide-area network solutions that are cost-effective and provide deep penetration in dense urban or indoor environments. It allows for long- range communications at a low power which ensures extended battery life and minimal operational costs, making it suitable for a wide range of IoT applications. References:LoRaWAN's benefits in terms of cost-effectiveness and network control are widely recognized in the IoT community, including in Cisco's IoT and networking solutions.

• Question 4:

  Which IE product is a rack mount switch?

  A. E3300
  B. IE3400
  C. IE4000
  D. IE5000
  D. IE5000

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  explanation:

  Explanation/Reference:

  The Cisco IE5000 is a rack mount switch designed for industrial environments. This product is ideal for applications that require ruggedized switches with high-density connectivity and advanced network management features in a rack mount

  form factor. It is particularly suited for use in industrial, energy, and transportation sectors where rack mount equipment is often necessary.

  References:The specification of the IE5000 as a rack mount switch is well-documented in Cisco's product descriptions, highlighting its design and utility in industrial network setups.

• Question 5:

  Which products are a key component of a port or container terminal connectivity use case?

  A. Catalyst 3800
  B. FND
  C. CGR8140
  D. Cisco Ultra-Reliable Wireless Backhaul
  D. Cisco Ultra-Reliable Wireless Backhaul

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  explanation:

  Explanation/Reference:

  In port or container terminal connectivity use cases, Cisco Ultra-Reliable Wireless Backhaul is a key component. This technology provides high-capacity, low- latency wireless connectivity that is essential for the real-time data transfer required

  in port operations. It supports the seamless movement of containers by ensuring constant communication between cranes, vehicles, and control stations, thereby enhancing operational efficiency and reducing delays.

  References:Cisco's solutions for ports and container terminals often emphasize the importance of reliable, high-speed wireless connections to cope with the extensive area and mobility demands typical of such environments.

• Question 6:

  What is a pillar in Cisco's loT strategy?

  A. monitor the network
  B. contain all threats
  C. differentiate with security
  D. expand IT relationships
  C. differentiate with security

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  explanation:

  Explanation/Reference:

  A key pillar in Cisco's IoT strategy is to "differentiate with security." Cisco emphasizes the importance of integrating advanced security features into their IoT solutions to provide a distinct advantage over competitors. This approach not only ensures the protection of networked devices and data but also positions Cisco as a leader in secure IoT deployments. By prioritizing security, Cisco aims to address the significant concerns businesses have regarding the vulnerability of IoT systems. References:This answer reflects Cisco's strategic emphasis on enhancing the security capabilities of their IoT offerings, as outlined in their IoT and security documentation.

• Question 7:

  How will Roadway solutions typically start?

  A. secure multi-service infrastructure
  B. best in breed solutions
  C. resilient industrial security
  D. DMZ
  A. secure multi-service infrastructure

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  explanation:

  Explanation/Reference:

  In the context of roadway solutions, "secure multi-service infrastructure" typically refers to the foundational framework that integrates multiple services, such as traffic management, safety systems, and communications networks, in a secure and robust manner. This infrastructure is essential for enabling advanced roadway systems that can adapt to varying conditions and demands, ensuring efficient and safe transportation environments. References:The answer is derived from common practices and conceptual understanding within the domain of industrial and roadway infrastructure solutions, where security and multi-service capabilities are crucial.

• Question 8:

  In the industrial security sales play, which stakeholder is typically tasked with choosing the ICS security solution?

  A. CSO
  B. Field technician
  C. IT
  D. OT
  D. OT

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  explanation:

  Explanation/Reference:

  In the industrial security sales play, the stakeholder typically tasked with choosing the Industrial Control Systems (ICS) security solution is the Operational Technology (OT) team. The OT team is directly responsible for the continuity, efficiency, and safety of the industrial processes. Their deep understanding of the operational requirements and the critical nature of the systems makes them the primary decision- makers for security solutions that impact production and operational environments. References:This conclusion is based on industry standards and roles where OT teams are primarily engaged in managing and securing operational technologies within industrial setups.

• Question 9:

  What are the focal points for Oil and Gas opportunities?

  A. gas station automation and fixing corroded pipelines
  B. automation of back-office processes
  C. ensure Oil and Gas exploration and midstream are connected
  D. improve operations, leverage data and insights, and pervasive security
  D. improve operations, leverage data and insights, and pervasive security

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  explanation:

  Explanation/Reference:

  In the Oil and Gas sector, the focal points for opportunities include improving operational efficiencies, leveraging data and insights for better decision-making, and ensuring pervasive security across all operations. These priorities are crucial

  for optimizing production, reducing downtime, and protecting assets from increasing cyber and physical threats, thus enhancing overall business performance and safety in the Oil and Gas industry.

  References:This response is derived from the strategic objectives often pursued in the Oil and Gas industry to maximize efficiency and security, which align with Cisco's solutions tailored for these sectors.

• Question 10:

  What are the key products in the connected factory use cases?

  A. Catalyst IE 3800, Catalyst 9000, IR829
  B. IE Switches, Cyber Vision, Industrial Network Director
  C. IW6300, AP1572, MR210
  D. CGR2010, CGR1240, IR510
  B. IE Switches, Cyber Vision, Industrial Network Director

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  explanation:

  Explanation/Reference:

  In connected factory use cases, the key Cisco products include IE Switches, Cyber Vision, and the Industrial Network Director (IND). These products work together to provide robust connectivity, security, and management for industrial environments. IE Switches ensure reliable network connections in harsh factory settings, Cyber Vision offers security and visibility for industrial control systems, and IND provides centralized management and monitoring capabilities. References:This combination of products is integral to Cisco's connected factory solutions, as detailed in Cisco's industrial solutions portfolio, where they are described as essential components for achieving comprehensive connectivity and security in manufacturing environments.