You just spent 18 months building the new platform. It’s the big v2 rewrite that fixes everything. Then a re-org happens, your VP leaves for a competitor, and the new leader shelves the entire project. All that code, all those late nights, all that careful architectural planning, is now sitting in a dead Git branch.
This isn't a hypothetical. It’s a recurring nightmare in our industry. And it’s why the news about Pivotal, Larry Page’s flying car company, caught my eye. As TechCrunch reported, the company’s CEO is out, pursuing new endeavors. While the headlines focus on the future of electric aviation, the real story for engineering leaders is about what happens when the primary champion for a high-risk project walks out the door. The project itself becomes instantly vulnerable.
Leadership turnover is an architectural problem. If your project’s value is entirely tied to one person's vision and tenure, you haven't just built a technical system. You've built a massive single point of failure with a human name tag.
The Anatomy of a High-Risk Project
Every company has its own version of a flying car. It's the moonshot, the big bet that promises to change the game. It’s rarely about actual aviation. It's more likely to be one of these:
- The Full Rewrite: A complete, ground-up rebuild of a core product in a new language or framework (e.g., “We’re rebuilding our monolith in Rust and React 19!”).
- The Unified Platform: An internal developer platform that promises to consolidate CI/CD, observability, and infrastructure for the entire organization.
- The “Skunkworks” AI Initiative: A project to build a proprietary LLM or a complex AI feature that is two years away from even a potential beta.
These projects share a few dangerous traits. They have incredibly long timelines, often measured in years. Their ROI is fuzzy and deferred far into the future. And most importantly, they are usually driven by the sheer force of will of a single, powerful champion. A CTO, a VP of Product, or in Pivotal’s case, a CEO backed by a famous founder.
This champion is the project’s biggest asset and its most terrifying liability. They secure the budget. They defend the team from organizational politics. They sell the vision up the chain. But when they leave, that protective bubble bursts. The new leader comes in, looks at a project that has burned millions with nothing to show for it yet, and makes the easy call. They cancel it to score a quick win by cutting costs.
Monolithic Bets and Amplified Technical Risk
Engineers on these teams aren't naive. They know the project is a gamble. But the mistake we often make is structuring the work in a way that mirrors the project's all-or-nothing premise. We build monolithic systems for monolithic visions.
When you're building a “Unified Platform,” the impulse is to build a single, tightly-coupled system. Every feature is an integral part of the grand design. The new logging service only works with the new deployment pipeline, which only works with the new feature-flagging system. Nothing can be used on its own.
This creates a massive amplification of technical risk. The code itself might be brilliant. It might have 99% test coverage and flawless performance. But its value is zero outside the context of the full, completed project. If the project gets cancelled at 80% completion, you can't salvage the 80% of the work. You salvage nothing. The entire codebase is a write-off.
We’ve seen this firsthand with teams that come to AgileStack for help. One client spent two years building a custom e-commerce platform from scratch. When their CTO left, the new leadership decided to switch to Shopify Enterprise instead. The custom platform was well-engineered, but it was a single, indivisible unit. Not one part of it, not the inventory management service or the promotion engine, could be easily extracted and used with Shopify. Two years of work, gone.
How to De-Risk Your Project by Shipping Value Incrementally
The antidote to this kind of existential risk isn't to avoid ambitious projects. It's to refuse to make monolithic bets. You have to change the rules of the game so that you’re creating durable value along the way, regardless of the project's ultimate fate. This is about building resilience into your technical strategy.
Isolate and Ship Components as Packages
Instead of burying a great piece of work inside a monolithic application, build it as a standalone package, library, or component first. Are you building a sophisticated, real-time data grid for your new admin dashboard? Great. Don't build it in the dashboard. Build it as an independent component with its own API, documentation, and release cycle. Publish it to a private NPM registry.
Then, your high-risk project becomes the first consumer of this component. If the project succeeds, fantastic. If it gets cancelled, you haven't lost the work. You're left with a production-ready, reusable data grid that other teams can now adopt. You’ve created an asset, not just a feature. This approach forces a clean separation of concerns and a well-defined public API from day one.
Dogfood Your Own APIs Internally
If your moonshot involves building a new backend system, don't build a private API that only the new v2 frontend can talk to. Build a proper, versioned, and documented internal API from the start. Then, think about other potential consumers inside your own company.
Could the new “AI-powered recommendation engine” be exposed as an API that the existing v1 application could call? Even if the integration is basic, it does two critical things. First, it proves the system's value long before the full v2 project is complete. Second, it creates other dependencies on your work. It's much harder for a new exec to cancel a service that three different product teams are already using in production.
For example, instead of a single ProjectX_Backend, build a RecommendationServiceV1. This service doesn't know or care about Project X. It just serves recommendations. By treating your internal systems as products with customers (other teams), you diversify their reason for existing.
Align Sprints with Smaller, Existing Problems
Look at the roadmap for your two-year project. Now, map its features to immediate, painful problems that exist in the company today. Your grand vision for a new authentication and authorization platform is great. But what's the first step? Maybe it's building a service that can just replace the company's aging, creaky LDAP integration for one internal tool.
Ship that first. Make it a success. Your team gets a win. The company gets a problem solved. And you've laid the first foundational piece of your bigger platform in a way that's already providing value. Now, your project's funding isn't just tied to a future promise, it's tied to a delivered solution. This incremental approach makes your project far more robust against the winds of organizational change.
What Leadership Turnover Means for Your Architecture
The departure of a CEO or VP isn't just a business event. It's a test of your system's architecture and your team's strategy. Thinking about this threat model can lead to better technical decisions.
- Question your project's blast radius. If your project was cancelled tomorrow, is any of the code you wrote this year salvageable and useful for something else? If the answer is no, your risk is too high.
- Prioritize modularity over a monolithic vision. A grand vision is inspiring, but a collection of well-built, independent, and useful components is resilient. Champion an architecture that allows for pieces to be repurposed or to survive on their own.
- Treat internal tools like first-class products. Don't let your internal libraries and services become undocumented dependencies of a single project. Give them clear owners, semantic versioning, and good documentation. This turns them from project costs into company assets.
- Acknowledge that leadership turnover is a technical risk. It's a non-functional requirement, just like scalability or security. Your system's architecture should be robust enough to survive the departure of its key sponsor. A bus factor of one is a problem, whether it's an engineer or a CEO.
The next time you're in a planning meeting for a multi-year, high-risk project, ask the hard question: 'What value can we ship in the first three months that survives even if the rest of this project is cancelled?'
That one question forces a completely different, and far safer, way of building software.
Building something in this space? AgileStack helps teams ship enterprise-grade software without the consulting-firm overhead. Book a 30-minute call and tell us what you're working on.