700-242 Exam Dumps - Cisco Environmental Sustainability Specialization Questions and Answers

The correct answer is C. 75%, based on Deloitte's 2023 CxO Sustainability Report: Accelerating the Green Transition, which examined environmental sustainability investments and business priorities among global corporate executives.

Deloitte surveyed more than 2,000 C-suite executives across 24 countries and found that sustainability remained a significant corporate priority despite economic uncertainty, supply-chain disruptions, and geopolitical challenges.

Deloitte's January 16, 2023, announcement states:

75% of CxOs said their organizations have increased their sustainability investments over the past year

Deloitte

The report also identified that nearly 20% of respondents reported significant increases in sustainability investments.

These findings demonstrate the growing importance of environmental performance, climate risk management, and sustainable business transformation.

Businesses invest in renewable energy, emissions monitoring, energy-efficient infrastructure, supply-chain improvements, and circular economy initiatives to address evolving stakeholder expectations.

Cisco supports these requirements through networking modernization, data center efficiency improvements, intelligent energy management, and environmental sustainability solutions.

The statistic must be interpreted within its original reporting period. Deloitte's subsequent 2024 research reported an increase to 85%, but the examination question specifically corresponds to the 2023 finding.

Deloitte

Options A, B, and D do not match Deloitte's 2023 global survey result.

The correct answer is C. healthy planet, because Cisco recognizes environmental sustainability as a fundamental requirement for achieving its corporate Purpose of Powering an Inclusive Future for All.

Cisco's sustainability philosophy establishes that meaningful economic development, digital inclusion, community resilience, and technological advancement depend on maintaining a healthy and sustainable environment.

In a December 2022 Cisco Newsroom interview, Cisco's then-Chief Sustainability Officer, Mary de Wysocki, explicitly stated:

We just can’t have that future without a healthy planet.

newsroom.cisco.com

This statement connects Cisco's corporate Purpose directly to environmental stewardship and responsible resource management.

Cisco's environmental sustainability approach incorporates greenhouse gas emissions reduction, circular economy principles, energy efficiency, renewable energy adoption, and responsible product lifecycle management.

Although energy efficiency (Option A), business partnerships (Option B), and renewable electricity (Option D) are valuable components of sustainability initiatives, they represent individual strategies or enabling mechanisms rather than the overarching environmental dependency.

A healthy planet provides the ecological foundation for resilient communities, functioning economies, resource availability, and long-term social inclusion.

Consequently, Cisco integrates sustainability into its business strategy, product development, operations, and collaboration with customers and partners to align technological innovation with positive environmental outcomes.

The correct answer is A. by using less power and expending less heat, because the Cisco Unified Computing System (UCS) X-Series incorporates energy-efficient architecture, modular hardware design, and intelligent power and cooling management to reduce data center energy consumption and associated greenhouse gas (GHG) emissions.

According to the Enterprise Strategy Group's July 2023 technical validation, The Role of Cisco UCS X-Series in Fulfilling Sustainability Objectives, a comparison between Cisco UCS X210c M7 configurations and an alternative vendor demonstrated that the UCS configuration:

consumed 20.4% less power and expended 20.4% less heat.

Cisco

These findings demonstrate how optimized server architecture can decrease electricity requirements and cooling demands.

The UCS X-Series achieves these efficiencies through centralized power distribution, intelligent fan management, converged networking, and modular component consolidation. Its architecture reduces the number of cables, adapters, switches, and power-related components required in certain deployments.

Lower electricity consumption can translate into reduced operational costs and fewer associated emissions, particularly when electricity is generated from fossil fuels.

Additionally, reduced heat output decreases the burden on data center cooling infrastructure, potentially improving overall facility efficiency.

Options B, C, and D contradict Cisco's energy efficiency objectives by emphasizing fossil fuel dependence, older infrastructure, or increased energy consumption.

The correct answer is A. to lead and orchestrate environmental sustainability strategy, because Cisco's Chief Sustainability Officer (CSO) provides executive leadership, strategic direction, and cross-functional coordination for the company's environmental sustainability initiatives.

Cisco's climate-related governance reporting identifies the CSO as the executive responsible for implementing its enterprise-wide environmental sustainability strategy and overseeing progress toward established objectives.

According to Cisco's Task Force on Climate-related Financial Disclosures (TCFD) reporting, the Chief Sustainability Officer is responsible for executing the sustainability strategy and coordinating initiatives throughout the organization.

Cisco

The role encompasses net-zero planning, circular economy transformation, environmental data management, sustainability governance, and organizational engagement.

The CSO works with engineering, supply-chain management, procurement, finance, operations, legal, and corporate leadership teams to integrate sustainability requirements into business activities.

For example, achieving Cisco's 2040 net-zero commitment requires coordination between teams responsible for renewable electricity, product energy efficiency, supplier emissions, and environmental reporting.

The CSO also helps translate environmental commitments into measurable targets and performance-monitoring processes.

Option B concerns investment management, while Option C represents only one functional area influenced by sustainability.

Option D focuses on employee welfare, which is not the CSO's principal organizational responsibility.

The correct answer is C. to pledge sourcing 100% of its electricity from renewable sources, because RE100 is a global corporate renewable electricity initiative led by the Climate Group in partnership with CDP.

RE100 brings together major businesses committed to transitioning their electricity procurement to renewable sources.

The Climate Group's official RE100 membership register confirms that Cisco joined in 2023, with a target year of 2030 for its renewable electricity commitment.

theclimategroup.org

Cisco's participation demonstrates its commitment to accelerating renewable energy adoption, reducing electricity-related greenhouse gas emissions, and supporting broader clean energy market development.

Renewable electricity procurement can include on-site solar installations, utility green power agreements, power purchase agreements, and eligible energy attribute certificates.

Cisco's strategy also emphasizes long-term procurement mechanisms that can support additional renewable electricity generation.

In fiscal 2025, Cisco reported sourcing renewable electricity equivalent to 100% of its annual electricity requirements across company-owned and leased facilities globally.

Cisco Purpose Reporting Hub

This achievement does not necessarily mean every facility consumed renewable electricity at every moment; it refers to annual procurement matching.

Options A and D concern software development and product expansion, while Option B directly contradicts the RE100 commitment.

The correct answer is B. designing products and packaging to enable reuse, minimize environmental impacts, and drive innovation, because Cisco's circular business transformation emphasizes sustainability throughout the entire product lifecycle.

Cisco's official Circular Design documentation establishes five design principles: material use, standardization and modularization, packaging and accessories, smart energy consumption, and disassembly, repair, and reuse.

Cisco

These principles help reduce resource consumption, improve product energy efficiency, and facilitate equipment recovery and refurbishment.

For example, modular networking equipment allows certain components to be replaced or upgraded independently, potentially extending product lifespans and reducing unnecessary hardware replacement.

Cisco also incorporates post-consumer recycled materials into selected products and packaging, reduces unnecessary accessories, and designs systems for improved serviceability.

Circularity extends beyond initial manufacturing to include product maintenance, reuse, remanufacturing, responsible recycling, and alternative consumption models.

In October 2025, Cisco announced that it had achieved its goal of incorporating Circular Design Principles into 100% of applicable new products and packaging by the end of fiscal 2025.

newsroom.cisco.com

Option A disregards lifecycle management. Option C promotes dependence on virgin materials, contrary to circular resource efficiency. Option D retains a linear take-make-dispose structure rather than preserving material value.

Cisco's circular approach therefore integrates environmental responsibility with engineering innovation and long-term customer value.

The correct answer is A. by designing more energy-efficient products, because Cisco incorporates energy efficiency into its networking infrastructure, hardware architecture, semiconductor development, and product lifecycle strategies.

Cisco's official Circular Transformation reporting explains that improving product performance while maintaining or reducing energy consumption helps customers lower electricity expenses and supports greenhouse gas emissions reduction.

Energy-efficient technology becomes particularly important in enterprise networks, data centers, and telecommunications environments, where equipment often operates continuously.

Cisco implements multiple engineering approaches to improve energy efficiency, including advanced application-specific integrated circuits (ASICs), intelligent power management, efficient power conversion, and improved system-level cooling.

For example, Cisco Silicon One technology can support higher networking throughput while improving energy efficiency relative to less efficient architectures.

Additionally, Cisco's product development emphasizes performance per watt, enabling customers to evaluate technological efficiency alongside capacity and functionality.

Reducing electricity consumption can lower operational expenditure and, depending on the electricity generation mix, reduce associated Scope 2 emissions.

Options B, C, and D are inconsistent with Cisco's sustainability objectives because encouraging unnecessary fuel consumption, increasing fossil fuel dependence, or relying more heavily on coal would undermine emissions reduction efforts.

Cisco's approach therefore combines product innovation, infrastructure efficiency, and operational optimization to support customer sustainability and financial objectives.

The correct answer is A. They marked a shift to renewable energy sources, because Cisco's first on-site solar installations in 2011 were a significant milestone in expanding its adoption of renewable electricity generation.

Cisco's Clean Energy Playbook, published in 2025, documents the 2011 milestone in its historical energy timeline, identifying the first on-site solar installations at Cisco office locations in Richardson and Allen, Texas, and Research Triangle Park, North Carolina.

Cisco

Solar photovoltaic systems convert sunlight directly into electrical energy without burning fossil fuels during electricity generation.

By installing solar infrastructure at its facilities, Cisco demonstrated a practical approach to reducing dependence on externally purchased electricity and lowering associated greenhouse gas emissions.

These installations also contributed to organizational experience in renewable energy procurement, project management, and on-site electricity generation.

Importantly, Cisco had already begun procuring renewable electricity before 2011. Therefore, the installations marked a transition toward on-site renewable generation, rather than Cisco's first-ever adoption of renewable electricity.

The initiative formed part of Cisco's longer-term clean energy strategy, which subsequently expanded to include power purchase agreements, renewable electricity procurement, and wider operational decarbonization.

Options B, C, and D incorrectly characterize the initiative as fossil-fuel-focused, exclusively experimental, or environmentally harmful.