Summary:
The goal is to build a business case for sustainable innovation by analyzing the product's entire environmental footprint, from raw material extraction to end-of-life disposal. This requires a holistic view that captures all impacts, not just isolated improvements. The business case must be data-driven, identifying key areas for reduction and innovation across the entire value chain to demonstrate long-term value and risk mitigation.

Correct Option:

C. Extend customer journey maps to pre and post purchase.
Traditional journey maps focus on the customer's interaction with the product. Extending this map to include pre-purchase (sourcing, manufacturing, logistics) and post-purchase (usage, disposal, recycling) phases creates a full lifecycle perspective.

This visual tool helps stakeholders identify and quantify environmental impacts (like carbon emissions or waste) at every stage. By mapping these impacts, the strategy designer can build a compelling business case that shows where sustainable innovations will have the greatest effect on reducing the overall environmental footprint and strengthening the brand's value proposition.

Incorrect Options:

A. Purchase carbon offsets for energy used in manufacturing.
This is a tactical action, not a strategic framework for building a business case. Offsetting is a financial compensation for emissions, not an innovation that reduces them at the source.

A business case built on buying offsets does not demonstrate a reduction in the product's actual lifecycle impact or drive meaningful innovation in processes or materials. It is an end-of-pipe solution, not a lifecycle analysis.

B. Source cheaper, locally-grown raw materials.
While this can be a good sustainable practice (reducing transportation emissions), it is a single, tactical decision focused only on the sourcing stage.

It does not provide the comprehensive, full-lifecycle view required to build a robust business case for a sustained innovation program. The business case must consider all stages, not just one cost-saving opportunity.

Reference:
Salesforce: Sustainability Cloud - Product Carbon Footprint

This official resource discusses the importance of measuring a product's carbon footprint across its entire lifecycle (Scope 1, 2, and 3 emissions) to drive meaningful action. This aligns with the principle of using a full lifecycle view (like an extended journey map) to build a data-backed business case for sustainable innovation.

Summary:
A synchronous journey mapping session for a remote, cross-functional team requires a tool that enables real-time, visual collaboration. The tool must allow all participants to simultaneously contribute ideas, move elements around, and build a shared artifact together. The focus is on collective brainstorming and structuring information, not on creating polished deliverables or presenting finalized information.

Correct Option:

B. Whiteboarding tools:
This is the correct category of tools. Digital whiteboarding tools (such as Miro, Mural, or Jamboard) are specifically designed for this purpose. They provide an infinite canvas where remote team members can simultaneously add digital sticky notes, draw connections, create lanes for a journey map, and comment in real time. This replicates the collaborative energy of an in-person workshop and ensures all voices are heard.

Incorrect Option:

A. Design creation tools:
These are specialized software like Figma or Sketch, used by designers for high-fidelity UI design, prototyping, and creating production-ready assets. They are not ideal for a collaborative brainstorming session with a broad cross-functional team, as they have a steeper learning curve and are optimized for precision over free-form ideation.

C. Presentation tools:
Tools like Google Slides or PowerPoint are designed for linear, one-to-many communication. They are passive for the audience and do not allow for the dynamic, non-linear, and collaborative building process that is essential for a journey mapping workshop. They are for presenting a finished map, not for creating one together.

Reference:
Salesforce Trailhead, "Gain a Shared Understanding": This module emphasizes the use of collaborative workshops to build alignment. For remote teams, it recommends using digital whiteboarding tools to facilitate activities like journey mapping, as they are the most effective way to visually collaborate in real-time and create a shared artifact that everyone contributes to.

Summary:
Cloud Kicks has confirmed that manufacturing is technically possible (feasibility) but expensive. The decision to scale production requires validating the other two critical pillars of a successful product: whether customers truly want it (desirability) and whether it can be a sustainable, profitable business venture (viability). Testing must address all three areas to de-risk the significant investment.

Correct Option:

C. Desirability, viability, and feasibility:
This is the correct and most comprehensive framework. While feasibility is partially known, it must be tested in conjunction with the others for a go/no-go decision on scaling.

Desirability testing validates customer demand and willingness to pay.

Viability testing confirms the expensive product can be profitable and aligns with long-term business goals.

Feasibility testing at this stage would focus on refining the expensive manufacturing process for scale.

Incorrect Option:

A. Novelty, privacy, and potential to go viral:
These are narrow marketing or feature-centric concepts. "Novelty" and "viral potential" are unstable metrics for a long-term business case, and "privacy" is largely irrelevant to the product described. This trio ignores the core business questions of cost, profit, and sustainable customer value.

B. Competitive advantage, impact, and own ability:
While "competitive advantage" and "impact" are important strategic considerations, they are outcomes of a validated business model. "Own ability" is a component of feasibility. This set is less structured and misses the explicit, balanced focus on the customer (desirability) and the business model (viability) that is crucial for this decision.

Reference:
Salesforce Trailhead, "Discover the Three Lenses of Innovation": This is the definitive framework for evaluating a new offering. It teaches that innovations must be desirable, feasible, and viable. The scenario directly calls for testing across these three lenses to make a sound strategic decision about scaling.

Summary:
Prioritization is the process of deciding what to build first to achieve the most significant outcomes with the least investment. To minimize cost and maximize value, the strategy designer must evaluate the relationship between the potential value a feature delivers and the resources required to build it. The goal is to identify "quick wins"—features that provide high value to the user and business but require relatively low effort to implement.

Correct Option:

C. Effort
Effort is a direct measure of cost, encompassing time, complexity, and resources required for development. When prioritized against value, low-effort, high-value items can be identified and built first.

This approach minimizes cost by avoiding high-investment items with uncertain returns early on and maximizes value by quickly delivering the most impactful features to users and the business. It is a core principle of agile and lean development methodologies.

Incorrect Options:

A. Usability
Usability is a quality attribute and a component of user value, not a direct measure of cost. A feature can be highly usable but extremely expensive to build. While crucial for the user experience, it is not the primary factor for the cost-value calculation in prioritization.

B. Velocity
Velocity is a metric for a development team's output capacity (e.g., story points per sprint). It is a measure of speed, not a factor to prioritize what to build. You use velocity to forecast how much of a prioritized backlog you can complete, but you don't prioritize based on velocity itself.

Reference:
Trailhead: Prioritize Your Backlog:

This module covers various prioritization techniques, including Value vs. Effort matrices, which are explicitly designed to maximize value and minimize cost by helping teams select items that offer the biggest return for the smallest investment.

Summary:
The challenge statement is specifically focused on empowering "people who are new to fitness" to "increase their strength." Success metrics must directly measure the behavior and outcome for this target user group. The metrics should evaluate whether the service is effectively onboarding and engaging new users and whether it is leading to the desired outcome of increased strength training, rather than just measuring initial acquisition or general brand sentiment.

Correct Option:

C. Increase in new user activity and connected weight utilization
New User Activity: This directly measures engagement from the target audience (new-to-fitness users). An increase shows the service is successfully activating and retaining them.

Connected Weight Utilization: This measures the core behavior that leads to "increasing strength"—consistent use of the connected equipment. A rise in utilization indicates users are adopting the habit of strength training, which is the ultimate goal of the "How Might We" challenge.

Incorrect Options:

A. New user activations and connected weight sales
These are acquisition and sales metrics, not success metrics for the service's empowerment goal. High activations and sales show initial interest but do not measure whether the service is effectively helping new users build strength or if they are even using the product after purchase.

B. Increase in user referrals and net promoter score (NPS) rating
NPS and referrals are excellent measures of overall customer satisfaction and loyalty, but they are lagging indicators. They are a result of success, not a direct measure of the empowerment and strength-building outcome for new users. A user might be satisfied but not have actually increased their strength.

Reference:
Trailhead: Define Success with Metrics