Delivering value is not enough. Being better is not enough. You must deliver 10x value, value so significant that it changes behavior and commands attention.

Why better is not enough

Having a superior solution does not guarantee success. "Better" is the most dangerous position in a market.

Why ? Because "better" doesn't justify change. Buyers have switching costs, procurement processes, implementation effort, organizational friction, retraining, risk. For a marginal improvement, it's not worth it. They'll stick with what they have.

"Better" also doesn't command attention. Buyers are overwhelmed with priorities. Their bandwidth is finite. A 10% improvement doesn't make it into the top 3 projects. It sits in the backlog, perpetually deprioritized, waiting for a budget cycle that never comes.

And "better" doesn't trigger behavior change. People are creatures of habit. They've built workflows around existing tools. They've developed workarounds for current limitations. To break those patterns, you need something dramatically different, not incrementally improved.

The math is simple: if switching costs are X, your value must be 10X. Otherwise, inertia wins.

Aim for 10x … Deliberately

10x is not an accident. It's a deliberate choice that orients everything: your product, your positioning, your company.

What aiming for 10x means:

Why 10x drives better learning

10x isn't just a market strategy. It's a research and iteration strategy.

When you propose something incremental - "10% more of something we already know well" - you get polite, lukewarm feedback. "Yes, that's interesting." "That could be useful." It tells you nothing. You can't distinguish genuine value from politeness.

When you propose something 10x - something bold, different, even uncomfortable - you trigger strong reactions. Customers engage. They push back. They get excited. They tell you why it won't work. They tell you why it's exactly what they need. Either way, you learn.

Weak proposals generate weak signals. Strong proposals generate strong signals.