MBA 580 Module 5 Innovation Financial Justification Report example

Financial Justification for Connected-Vehicle Innovation: Three Options Evaluated at a Composite U.S. Automaker

[Student Name]

Southern New Hampshire University

MBA 580: Innovation and Strategy for High-Performance Organizations

Module Five Assignment

[Instructor Name]

[Date]

The organization, setting and figures below are a composite written as a model document. No real employer, client, colleague or patient is described.

Financial Justification for Connected-Vehicle Innovation: Three Options Evaluated at a Composite U.S. Automaker

The Decision and the Hurdle Rate

Crestline Motor Company, the composite automaker in this course project, has identified three connected-vehicle options in its innovation approach: remote diagnostics with predictive maintenance, a fleet telematics service delivered through a technology partner, and an over-the-air software platform built into a new electrical architecture. Finance has asked for a justification of each before the capital committee meets. The analysis uses a 9 percent hurdle rate, Crestline's weighted average cost of capital, over a seven-year horizon, with amounts in millions of dollars and year 0 representing the start of investment.

Assumptions

Remote diagnostics and predictive maintenance requires 38 million dollars over two years for software, a data platform and dealer systems, using sensors already in the vehicles. From year two, it reduces warranty costs by about 9 million dollars a year by catching failures early and adds dealer service revenue that grows from 6 million dollars, less 5 million dollars a year in operating costs.

The fleet telematics service requires 12 million dollars to integrate a partner's platform. Subscriptions from commercial customers, net of the partner's share and support costs, grow from 1.5 million dollars in the first year to 4.5 million dollars a year by year three.

The over-the-air platform is the largest bet: 150 million dollars over three years for a centralized electrical architecture, software development and cybersecurity. It begins producing benefits in year three from fewer dealer visits for software fixes and recalls and from optional feature subscriptions, growing from 20 million dollars to 75 million dollars a year by year seven. These subscription estimates are the most uncertain figures in the report.

Results

Table 1 shows the cash flows and results.

Table 1

Seven-Year Financial Evaluation of Connected-Vehicle Options, $ Millions

Note. Composite estimates. Parentheses indicate outflows.

Interpreting the Results

Remote diagnostics is the strongest investment on conventional measures: it earns the highest net present value, an internal rate of return well above the hurdle rate and payback in about four years. Its benefits rest mostly on warranty savings, which Crestline can measure from its own claims history, so the estimate is relatively reliable. Fleet telematics is small but efficient, with the fastest payback and low capital at risk, because the partner supplies the platform. The over-the-air platform clears the hurdle rate only narrowly, with an internal rate of return of 10.7 percent and the longest payback. Judged only by seven-year cash flows, the most important strategic investment looks like the least attractive one.

Sensitivity

The results were tested against the assumptions most likely to be wrong. If remote diagnostics delivers 25 percent less benefit than expected, its net present value falls to about 7.9 million dollars, still positive. If over-the-air benefits are 30 percent lower, mainly because fewer customers buy feature subscriptions, the platform's net present value falls to about negative 35 million dollars. The platform's case is therefore highly sensitive to customer willingness to pay for software features, a behavior Crestline has no history to estimate from.

Strategic and Option Value

A seven-year analysis understates platforms. Once the new architecture exists, it can support features no one has designed yet, and its cash flows would continue well beyond year seven; if year-seven benefits merely continued with modest growth, the present value of the later years would exceed the entire investment. Such terminal values are speculative, but ignoring them entirely would bias the company against the investments that shape its future, a pattern researchers have warned leads established firms to underinvest in discontinuous innovation (Christensen, 1997). The platform also has option value: it gives Crestline the right, but not the obligation, to launch future services if the market develops. Real options reasoning suggests treating such investments in stages, spending enough to keep the option open and committing more as uncertainty resolves (McGrath & MacMillan, 2000).

Benefits and Costs Outside the Numbers

Several effects are real but hard to price, and the capital committee should weigh them alongside the figures. On the benefit side, predictive maintenance can prevent some breakdowns on highways, a safety gain for customers, and fewer unexpected repairs should raise satisfaction and repeat purchases, which Crestline's loyalty data show are worth thousands of dollars per retained household. Over-the-air updates would let the company fix software defects in days rather than months, reducing the reputational damage of recalls. On the cost side, dealers may resist changes that reduce their software-related service visits, and Crestline depends on those dealers for sales; the plan should share predictive maintenance revenue with them to keep them supportive. Collecting vehicle data also creates obligations for privacy protection and cybersecurity that will require permanent staff and could expose the company to legal and reputational risk if mishandled. None of these effects is included in Table 1, and on balance they strengthen the case for the diagnostics and platform options, provided the dealer and privacy costs are managed deliberately.

Recommendation

Crestline should fund remote diagnostics and fleet telematics now, since both earn strong returns with manageable risk and generate the data and customer relationships the company needs. It should fund the over-the-air platform in stages rather than as a single 150 million dollar commitment. The first stage, about 60 million dollars, would design the new architecture and build the software foundation on one vehicle platform. Continued funding would depend on passing stage gates: reliable delivery of updates to test fleets, cybersecurity certification and evidence from pilot markets that customers will pay for optional features. This structure preserves the strategic option while limiting losses if subscription demand proves weak, and it aligns the financial case with the stage-gate process the company already uses for new products (Cooper, 1990).

References

Christensen, C. M. (1997). The innovator's dilemma: When new technologies cause great firms to fail. Harvard Business School Press.

Cooper, R. G. (1990). Stage-gate systems: A new tool for managing new products. Business Horizons, 33(3), 44-54. https://doi.org/10.1016/0007-6813(90)90040-I

McGrath, R. G., & MacMillan, I. C. (2000). The entrepreneurial mindset: Strategies for continuously creating opportunity in an age of uncertainty. Harvard Business School Press.