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| Section | Weight | Objectives |
|---|---|---|
| Making a Difference | 35% | - Explain Cisco Green Pay - Explain customer recycling solutions - Explain Cisco Product Takeback and Reuse Program - Explain Cisco circular offerings - Explain Cisco Refresh |
| Sustainability Within Industries | 5% | - Explain examples of sustainability journeys with Cisco networking, IoT and security solutions - Identify opportunities for digital transformation |
| Cisco Solutions that Support Sustainability | 25% | - Understand sustainability and AI-ready data centers - Understand sustainability and future-proofed workplaces |
| Talking to Customers about Sustainability | 10% | - Research customer priorities - Find the right contacts - Start a sustainability conversation |
| Building a Sustainability Practice | 25% | - Describe the purpose of building a sustainability practice - Describe sustainability practices and the circular economy - Understand the importance of adapting business practices |
>> Exam Topics Cisco 700-246 Pdf <<
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NEW QUESTION # 26
A multinational organization wants to reduce unnecessary business travel while maintaining collaboration between geographically dispersed employees. Which Cisco solution approach best supports this objective?
Answer: D
Explanation:
Cisco Webex collaboration capabilities support hybrid work arrangements by enabling employees to communicate, participate in meetings, and collaborate remotely without requiring physical attendance for every business interaction.
Traditional organizational collaboration may involve frequent commuting and business travel. Video meetings, messaging, calling, and digital collaboration platforms provide alternatives for activities that do not require participants to be physically present.
Reducing unnecessary travel can lower transportation-related greenhouse gas emissions, particularly when virtual collaboration replaces air travel or long-distance commuting.
Cisco's future-proofed workplace approach combines collaboration technology, secure networking, intelligent building infrastructure, and flexible working environments.
For example, an organization may use Webex to conduct international project meetings while using smart building occupancy data to optimize lighting and cooling requirements in offices with variable attendance.
However, the environmental outcome depends on actual travel reductions, home and office energy consumption, equipment requirements, and organizational working patterns. Webex adoption does not automatically guarantee a specific emissions reduction.
Options A and C increase the need for physical travel. Option B removes modern collaboration capabilities without providing an effective digital alternative.
Cisco's hybrid work strategy demonstrates how communication technology can support productivity while creating opportunities to reduce travel-related environmental impacts.
Reference: Cisco Environmental Sustainability Practice-Building Stage 2 - Section 3.2, Understand Sustainability and Future-Proofed Workplaces; Cisco Webex and Hybrid Work Sustainability.
NEW QUESTION # 27
What is the importance of Circular Design Principles in product development?
Answer: B
Explanation:
Circular Design Principles are important in product development because they enable product reuse and minimize environmental impacts throughout the entire technology lifecycle, from initial design and manufacturing to operation, maintenance, recovery, and eventual recycling.
Cisco integrates circular economy considerations into engineering decisions to improve resource efficiency, reduce unnecessary waste, and preserve the functional value of existing technology equipment.
Cisco's Circular Design Principles encompass five major focus areas: material use, standardization and modularization, packaging and accessories, smart energy consumption, and disassembly, repair, and reuse.
These principles influence practical engineering decisions. For example, modular product architectures enable damaged or outdated components to be replaced without discarding complete systems. Energy-efficient components reduce electricity consumption during operation, while recyclable materials and improved packaging reduce waste and dependence on virgin resources.
Designing products for straightforward disassembly also facilitates maintenance, remanufacturing, and responsible material recovery.
Option B contradicts circular design because single-use products generate unnecessary waste. Option C promotes premature equipment replacement, opposing product longevity. Option D emphasizes resource extraction rather than conservation and material recovery.
Circular Design Principles therefore establish a systematic approach to sustainable product engineering, ensuring environmental considerations influence design decisions before products enter the market.
Cisco's official circular design framework explicitly connects reuse, reduced environmental impacts, innovation, and customer value.
Reference: Cisco Environmental Sustainability - Making a Difference; Circular Design Principles, Sustainable Product Engineering, Design for Disassembly, Resource Efficiency, and Environmental Impact Reduction.
NEW QUESTION # 28
A Cisco partner identifies an enterprise opportunity involving data center energy consumption, sustainable procurement, and environmental reporting. Which stakeholder group should the partner engage?
Answer: B
Explanation:
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.
NEW QUESTION # 29
A Cisco partner is revising its procurement and equipment replacement strategy to support a circular economy. Which practice best aligns with this objective?
Answer: A
Explanation:
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.
NEW QUESTION # 30
Why is a traditional linear economy not sustainable?
Answer: B
Explanation:
A traditional linear economy is environmentally unsustainable because it continuously depletes scarce natural resources required for manufacturing new products, while generating substantial waste throughout production, consumption, and disposal.
The linear economic model follows a take-make-dispose structure. Raw materials are extracted from natural environments, transformed into manufactured products, consumed for a limited period, and ultimately discarded. This system depends heavily on continuous access to finite resources and often fails to preserve the economic and environmental value embedded in existing products.
For technology manufacturers, linear production creates particular challenges involving metals, minerals, plastics, electronic components, energy consumption, and electronic waste. Repeated manufacturing cycles can increase resource extraction, greenhouse gas emissions, and waste-management requirements.
Cisco's circular economy strategy addresses these limitations through circular design, extended equipment lifecycles, product recovery, remanufacturing, and responsible material recycling.
Option A is incorrect because linear production does not inherently reduce carbon emissions. Option B contradicts the substantial waste generated by disposable consumption models. Option C describes a circular activity rather than the defining characteristic of a traditional linear economy.
The essential distinction is that linear systems progressively consume resources, whereas circular systems seek to retain product and material value for as long as practical through reuse, repair, remanufacturing, and recycling.
Cisco's circular transformation strategy specifically emphasizes reducing resource extraction and preventing unnecessary disposal.
Reference: Cisco Environmental Sustainability - Making a Difference; Linear Versus Circular Economy, Resource Depletion, Product Lifecycle Management, and Cisco Circular Transformation.
NEW QUESTION # 31
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