There are areas where Lean cannot win: The “Fat Startup” strategy learned from Palantir and SpaceX
In recent years, the Lean Startup methodology, widely known as a growth strategy for startups, is based on the philosophy of minimizing the cost of failure and scaling businesses efficiently by launching a Minimum Viable Product (MVP) into the market and repeating rapid feedback and hypothesis testing. On the other hand, the style of boldly advancing development with massive investment in the background, as seen in Palantir and SpaceX, is an approach that should be called a Fat Startup. In this article, while comparing the characteristics of both, we will take the cases of Palantir and SpaceX as examples of application in the defense sector, and explain organizational theory that balances “core execution capability” and “edge innovation.”
1. Basic Principles of Lean Startup
Lean Startup advances business development based on the following three elements.
1-1. Customer Validation and Hypothesis Testing
We formulate hypotheses regarding products and services through customer interviews and market data, and confirm their validity through minimal experiments. If the hypothesis is wrong, we can avoid wasting resources by pivoting early.
1-2. MVP and Rapid Feedback
We release a prototype (MVP) equipped with minimum functions quickly and collect feedback from users. This realizes a development cycle that is superior in speed and cost efficiency compared to the conventional method of “creating a product with high perfection before releasing it.”
2. Characteristics of Fat Startup
On the other hand, Fat Startup utilizes large-scale initial investment to carry out bold development based on a long-term vision.
2-1. Large-scale Investment and Resource Allocation
Not only capital, but also personnel and equipment are invested in large quantities, and multiple projects are promoted in parallel. While assuming the cost of failure, we build a system that can scale rapidly.
2-2. Long-term Perspective and Vision-driven
From the beginning of the founding, we look ahead to the market structure and technical architecture several years ahead, and continue development based on strong conviction. It is a method of showing the “ideal platform image” before the MVP and involving stakeholders.
3. Success Factors of Fat Startup Learned from Palantir
Palantir was founded in the defense and intelligence sector, and pioneered the market through vision-driven and iterative demonstrations.
3-1. Vision-driven Development
The founder of Palantir was convinced that “a platform where nodes with dynamic ontology logic cooperate to realize data integration and collaboration is the correct answer for the future,” and first drew a big vision and moved forward.
3-2. Iterative Demonstrations and Customer Involvement
At the same time, they repeated iterations of “going to the customer’s site every week or every other week to show progress and get feedback.” By fusing the belief of “If you build it, they will come” with improvement requests from the field, they have grown it into a solution that can be accepted by large companies in the long term.
4. Ambidextrous Organization Seen in SpaceX
SpaceX has built an ambidextrous organization that balances execution and innovation within the same entity.
4-1. Falcon 9: Core execution capability
Positioned as "Falcon 9 pays your salary," the company pursues Operational Excellence to achieve high-frequency launches where failure is not an option.
4-2. Starship: Innovation at the edge
On the other hand, "Starship will pay your pension" is the positioning, maintaining a risk-taking culture that conducts high-speed testing without fear of explosions or failure. They clearly separate different risk profiles while horizontally deploying the lessons learned.
5. Application in the Defense sector: Fusion of Lean vs. Fat
In the defense sector, bureaucratic processes tend to be barriers to innovation, but acceleration is possible by leveraging DoD hacking and SAP programs.
5-1. DoD hacking and SAP programs
Through Special Access Programs (SAP) and similar initiatives, they achieve secure, high-speed development and work closely with customers like SOCOM and the CIA. This allows for proof-of-concept experiments at the speed of a startup.
5-2. The importance of culture and leadership
To operate an ambidextrous organization, leaders who understand the different cultures of execution and innovation are essential. As mentioned in the article, figures like Bill Perry and Ash Carter promoted organizational transformation by distinguishing between the two while supporting both.
6. Conclusion: A hybrid strategy for both
By combining the small steps of Lean Startup with the vision-driven approach of Fat Startup, one can simultaneously achieve robust "core execution" and bold "edge innovation." Palantir and SpaceX are prime examples, and by building an ambidextrous organization even in the defense sector, innovation beyond traditional frameworks becomes possible. In today's complex market environment, the hybrid operation of both strategies will be the key to the success of the next generation of startups.
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