Not trying to be flippant, but to me this post feels very similar to the "How to draw an owl" meme[1].
Like, if you already got enough domain knowledge to have a decent estimate of the input variables, then it should be pretty obvious if there's an opportunity there or not, no?.
And if you don't have the domain knowledge it can be very easy to significantly underestimate the actual work required, leading you to a potentially bad conclusion.
Some business problems look hard, cost a lot to fix, and yet are surprisingly easy to solve—if you know how to look.
This post introduces the idea of the Asymmetric Leverage Zone (ALZ):
When perceived difficulty × available budget is high, but actual effort is low.
We use this to identify opportunities where small teams can deliver outsized value.
Includes a simple scoring formula, pattern recognition cues, and real-world examples (e.g. tax software, no-code, cloud migration).
Not trying to be flippant, but to me this post feels very similar to the "How to draw an owl" meme[1].
Like, if you already got enough domain knowledge to have a decent estimate of the input variables, then it should be pretty obvious if there's an opportunity there or not, no?.
And if you don't have the domain knowledge it can be very easy to significantly underestimate the actual work required, leading you to a potentially bad conclusion.
[1]: https://knowyourmeme.com/memes/how-to-draw-an-owl
Some business problems look hard, cost a lot to fix, and yet are surprisingly easy to solve—if you know how to look.
This post introduces the idea of the Asymmetric Leverage Zone (ALZ):
When perceived difficulty × available budget is high, but actual effort is low.
We use this to identify opportunities where small teams can deliver outsized value. Includes a simple scoring formula, pattern recognition cues, and real-world examples (e.g. tax software, no-code, cloud migration).