Ciscoの700-246認定試験は現在で本当に人気がある試験ですね。まだこの試験の認定資格を取っていないあなたも試験を受ける予定があるのでしょうか。確かに、これは困難な試験です。しかし、難しいといっても、高い点数を取って楽に試験に合格できないというわけではないです。では、まだ試験に合格するショートカットがわからないあなたは、受験のテクニックを知りたいですか。今教えてあげますよ。Tech4Examの700-246問題集を利用することです。
| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Building a Sustainability Practice | 25% | - Sustainability program design and governance - Assessment and measurement frameworks - Business case development |
| Topic 2: Making a Difference | 35% | - Green IT and sustainable operations - Energy efficiency and carbon reduction strategies - Circular economy principles and application - ESG reporting and compliance |
| Topic 3: Talking to Customers about Sustainability | 10% | - Customer engagement and consultation - Demonstrating measurable outcomes - Value proposition and messaging |
| Topic 4: Cisco Solutions that Support Sustainability | 25% | - Digital transformation for environmental impact - Energy-efficient infrastructure - Networking and IoT for sustainability |
| Topic 5: Sustainability Within Industries | 5% | - Industry-specific challenges and solutions - Use cases across sectors |
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質問 # 41
Before meeting a customer to discuss environmental sustainability, which information should a Cisco partner research first?
正解：B
解説：
Researching a customer's publicly stated sustainability objectives, environmental commitments, and ESG disclosures provides an evidence-based foundation for a productive sustainability conversation.
Organizations frequently communicate environmental priorities through annual reports, corporate sustainability reports, purpose reports, ESG disclosures, and publicly announced strategic initiatives.
These resources can identify important business objectives, including greenhouse gas emissions reduction, renewable electricity adoption, energy efficiency, waste reduction, responsible procurement, and circular economy participation.
Cisco partners should use this information to understand where technology solutions may contribute to measurable customer outcomes.
For example, a customer emphasizing energy efficiency may benefit from discussions about data center modernization, smart building infrastructure, and equipment power management.
A customer focused on electronic waste reduction may be more interested in Cisco Refresh, product takeback, and circular financing alternatives.
Research also helps partners identify appropriate stakeholders and develop discovery questions that are relevant to the customer's existing commitments.
Option A is unrelated to environmental strategy. Option C provides limited context without identifying sustainability priorities. Option D does not directly establish the customer's environmental objectives.
The correct approach demonstrates business preparation, improves customer engagement, and reduces the risk of offering technology solutions that do not address the organization's actual sustainability requirements.
Reference: Cisco Environmental Sustainability Practice-Building Stage 2 - Section 4.1, Research Customer Priorities; Cisco Sustainability Assessment and ESG Reporting.
質問 # 42
A Cisco partner is revising its procurement and equipment replacement strategy to support a circular economy. Which practice best aligns with this objective?
正解：C
解説：
A circular procurement strategy prioritizes preserving the functional and material value of existing technology assets while minimizing unnecessary resource consumption and electronic waste.
Cisco's circular economy approach differs from a traditional linear model in which equipment is manufactured, purchased, used, and discarded. Circular practices consider whether existing hardware can be maintained, upgraded, redeployed, remanufactured, or responsibly recycled.
Cisco partners can incorporate these considerations into procurement policies and technology refresh planning. For example, a customer replacing networking infrastructure should evaluate whether functional devices can be redeployed elsewhere, whether Cisco Refresh products satisfy purchasing requirements, and whether obsolete assets can enter Cisco's Takeback and Reuse Program.
Such decisions should also account for lifecycle energy consumption, security support, reliability, and the business value of equipment modernization. Extending hardware life is beneficial when it remains technically and operationally appropriate.
Option B unnecessarily accelerates resource consumption and equipment turnover. Option C prevents assets from being recovered or reused productively. Option D ignores operational costs, environmental considerations, and long-term lifecycle value.
The correct approach integrates sustainability into purchasing decisions rather than treating equipment disposal as an isolated end-of-life activity.
Cisco identifies circular design, circular offerings, and recover-and-redeploy processes as interconnected elements of its circular transformation strategy.
Reference: Cisco Environmental Sustainability Practice-Building Stage 2 - Section 1.3, Describe Sustainability Practices and the Circular Economy; Cisco Circular Transformation.
質問 # 43
A customer asks whether implementing new Cisco infrastructure will automatically make its IT operations carbon neutral. How should the Cisco partner respond?
正解：C
解説：
A Cisco partner should explain that infrastructure modernization can support environmental sustainability objectives, but carbon neutrality cannot be assumed solely because an organization deploys newer or more efficient technology.
Greenhouse gas emissions depend on multiple factors, including electricity consumption, electricity generation sources, equipment manufacturing, transportation, operational activities, and product lifecycle management.
Cisco technologies may help customers improve resource efficiency through optimized computing infrastructure, intelligent networking, building automation, and circular equipment programs.
However, establishing a credible environmental outcome requires defining appropriate performance baselines, identifying relevant emissions sources, measuring operational changes, and using consistent accounting methods.
For example, a modernized data center may consume less electricity for an equivalent workload, but its environmental impact also depends on changes in workload demand and the carbon intensity of the electricity supply.
The partner should distinguish between improving energy efficiency, reducing emissions, and achieving carbon neutrality or net-zero emissions. These concepts have different measurement requirements.
Option A makes an unsupported environmental guarantee. Option C contradicts the relationship between electricity generation and greenhouse gas emissions. Option D undermines evidence-based sustainability reporting.
The correct response supports transparent customer communication and prevents misleading environmental claims.
Cisco's sustainability guidance emphasizes technology-enabled improvement combined with measurable business and environmental outcomes.
Reference: Cisco Environmental Sustainability Practice-Building Stage 2 - Sections 4.1 and 4.2, Research Customer Priorities and Start a Sustainability Conversation; Cisco IT Data Center Sustainability.
質問 # 44
A Cisco partner identifies an enterprise opportunity involving data center energy consumption, sustainable procurement, and environmental reporting. Which stakeholder group should the partner engage?
正解：D
解説：
Environmental sustainability initiatives frequently involve decisions that extend beyond traditional IT infrastructure management. Effective customer engagement therefore requires identifying the stakeholders responsible for technical requirements, environmental objectives, financial decisions, and operational implementation.
IT leaders typically evaluate technology architecture, performance, reliability, security, and infrastructure modernization.
Sustainability leaders coordinate environmental objectives, greenhouse gas emissions reduction initiatives, reporting activities, and organizational sustainability strategies.
Procurement teams influence supplier selection, lifecycle purchasing requirements, equipment acquisition, and responsible sourcing.
Facilities and operations stakeholders may manage electricity consumption, building systems, cooling infrastructure, and operational resource efficiency.
For example, a data center modernization project may require IT professionals to assess workload requirements, facilities teams to evaluate cooling capacity, procurement teams to review lifecycle purchasing alternatives, and sustainability professionals to monitor environmental performance.
Option A excludes stakeholders necessary for environmental and procurement decisions. Option B does not represent the core decision-making group for the proposed infrastructure initiative. Option D concerns administrative coordination rather than sustainability governance.
Engaging the appropriate buying center enables partners to connect technical solutions with environmental and commercial objectives.
Cisco's sustainability practice-building approach highlights opportunities for partners to collaborate with new buying centers and establish relationships beyond conventional IT procurement.
Reference: Cisco Environmental Sustainability Practice-Building Stage 2 - Section 4.3, Find the Right Contacts; Sustainability Stakeholder Engagement and Partner Practice Development.
質問 # 45
What is the priority of the Cisco Circular Design?
正解：D
解説：
Cisco Circular Design prioritizes extending the life cycle of products by incorporating sustainability, durability, repairability, resource efficiency, and reuse considerations into technology development.
Traditional product design often emphasizes initial functionality, manufacturing efficiency, and acquisition cost. Circular design introduces additional requirements intended to preserve product value throughout multiple stages of its lifecycle.
Cisco applies circular design principles across material selection, product architecture, packaging, energy consumption, and equipment recovery. These considerations help reduce unnecessary material consumption while enabling products to remain operational and economically valuable for longer periods.
A significant engineering strategy involves modularity. Products designed with replaceable power supplies, fans, interfaces, or other serviceable components can undergo maintenance or upgrades without requiring complete system replacement.
Another priority is selecting materials and manufacturing approaches that facilitate responsible disassembly, remanufacturing, and recycling.
Cisco's circular design framework also emphasizes energy efficiency during product operation, supporting reduced environmental impacts throughout the equipment lifecycle.
Option A promotes disposability, directly opposing circularity. Option B would accelerate replacement cycles and increase demand for new manufacturing. Option C contradicts Cisco's objectives of improving resource efficiency and minimizing environmental impacts.
Extending product lifecycles supports broader circular economy objectives by reducing waste, preserving material value, and limiting the environmental burden associated with repeated equipment production.
Reference: Cisco Environmental Sustainability - Making a Difference; Circular Design, Product Longevity, Standardization and Modularity, Repairability, and Sustainable Product Development.
質問 # 46
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