If you didn’t already know, you will soon learn that I love rockets. All types of rockets. Big rockets. Small rockets. So many things have to go right for a rocket to get into orbit that I feel they are the perfect analog for a startup.
In the world of rocket science, there's a critical moment during flight known as "Maximum Dynamic Pressure" or "MaxQ" - the point during a rocket's ascent when the physical stress on the vehicle reaches its peak. At this juncture, the combination of increasing velocity and atmospheric density creates the most intense pressure the spacecraft will face during its journey to orbit.
Today, AI companies are experiencing their own version of MaxQ as they attempt to transition from pilot projects to full-scale commercial deployments. A recent AI strategic pivot by Johnson & Johnson, as reported in the Wall Street Journal, perfectly illustrates this challenging dynamic.
Understanding MaxQ: When Physics Meets Business
During a rocket launch, MaxQ typically occurs about 60-90 seconds after liftoff. As the rocket accelerates, it encounters increasing atmospheric resistance. The vehicle must be robust enough to withstand these forces, or it risks catastrophic failure. Engineers design spacecraft with this critical moment in mind, sometimes even throttling down engines temporarily to reduce stress during this phase.
For AI startups, the parallel is striking. The initial "liftoff" phase - securing funding, building a prototype, and landing pilot projects - gives way to a period of maximum pressure when attempting to convert those pilots into sustainable, scalable revenue streams.
Johnson & Johnson's AI Recalibration
Johnson & Johnson's experience offers valuable insights into navigating this transition. As detailed in the WSJ article, J&J initially embraced what CIO Jim Swanson called a "thousand flowers" approach - allowing nearly 900 individual AI use cases to bloom across the organization.
However, the company discovered a critical insight that many AI ventures are now confronting: only 10-15% of these use cases were generating approximately 80% of the value. This forced a strategic pivot away from broad experimentation toward focused investment in high-value applications.
J&J's response was to dismantle its centralized AI governance board and distribute oversight to the business functions where the technology was being deployed. This allowed them to shut down redundant or underperforming pilots while channeling resources to promising applications like their "Rep Copilot" for sales coaching and tools for supply chain risk mitigation.
The MaxQ Moment for AI Startups
For AI startups, the transition from pilot to production represents their MaxQ - a moment of maximum organizational stress that many fail to survive. Consider the challenges:
Resource Constraints: Unlike large customers, startups lack the luxury of running hundreds of pilots simultaneously. Each pilot consumes precious runway, yet may not convert to recurring revenue.
Increasing Resistance: As pilots move toward production deployment, they encounter growing organizational resistance - security reviews, procurement processes, budget approvals, and integration challenges create enormous friction.
Market Velocity: While navigating these obstacles, startups must maintain momentum as competitors emerge and technology evolves rapidly.
Proof Point Pressure: Investors expect pilots to convert to reference customers, creating additional pressure during an already stressful phase.
The statistical reality is sobering. Our research suggests that 70-80% of enterprise AI pilots never reach production. For startups, this represents an existential threat - the business equivalent of a rocket breaking apart during MaxQ.
Strategies for Surviving the AI Revenue MaxQ
How can AI startups survive their MaxQ moment? My experience suggests several approaches:
1. Ruthless Prioritization
Many customers find that a small percentage of use cases drive the majority of value. For startups, this means focusing exclusively on applications with clear, measurable ROI rather than chasing every opportunity.
2. Time to Value
In the short term, the speed with which value is demonstrated is more important than the total value created. Over time the longterm value matters, but you have to survive to that point. Early wins build trust and buy-in.
3. Embedded Deployment Champions
J&J distributed governance to the business functions where AI was being deployed. Similarly, startups should embed team members within customer organizations to navigate internal obstacles and champion the path to production.
4. Value-Based Metrics
Track not just technical performance but business outcomes. In the case of J&J, they measured success across three dimensions: successful deployment, adoption rates, and business impact.
5. Design for Production from Day One
Just as aerospace engineers design rockets with MaxQ in mind, AI startups should architect their solutions for enterprise production environments from inception - considering security, compliance, and integration requirements before the first pilot.
Post-MaxQ
For rockets that survive MaxQ, the journey becomes easier as atmospheric density decreases. Similarly, AI companies that successfully navigate the pilot-to-production transition often find smoother sailing ahead. Once an AI solution is embedded in critical business workflows and delivering measurable value, it becomes significantly harder to displace.
J&J's successful deployments - like their internal chatbot that handles millions of employee interactions annually - demonstrate the potential scale once these solutions reach orbit.
Conclusion
The parallels between rocket science and AI commercialization offer both caution and hope. The MaxQ phase represents the greatest danger in a rocket's journey to orbit, yet it's also inherently temporary. With proper design, preparation, and execution, both rockets and AI startups can survive this critical phase.
For AI entrepreneurs, investors, and enterprise customers alike, recognizing this moment of maximum pressure is essential to navigating it successfully. By learning from organizations other organizations that have weathered their own AI MaxQ, startups can increase their odds of reaching stable orbit in the enterprise market.
The four quarters after a growth stage round closes is when I've seen MaxQ occurs; it's a great framework for getting everyone aligned.