Why Three Levers?
Give me a lever long enough and a fulcrum on which to place it, and I shall move the world.
Archimedes
A lever is one of the simplest machines on earth: a beam pivoted at a fixed hinge, or fulcrum. With the right configuration, it amplifies an input force into a greater output force, or trades force for distance. The name points to the three ways a lever can be arranged, and to the idea that the right setup makes simple things powerful.
Purpose: help mission-driven teams get leverage
from their systems without enterprise overhead or dependency.
Promise: I prioritize your long-term independence:
honest diagnosis, creative options, and knowledge transfer so you own what
I build.
Levers are classified by where the fulcrum, effort (input force), and load (output/resistance) sit relative to each other. That arrangement determines whether the lever multiplies force, multiplies speed, or balances the two. Same simple machine, different configuration, different outcome.
Fulcrum in the middle
The fulcrum sits between effort and load. Examples: seesaw, crowbar, scissors, balance scale. Depending on the distances from the fulcrum, the lever can amplify force, amplify distance, or balance them.
e.g. seesaw · crowbar · pliers
Load in the middle
The load sits between effort and fulcrum. The effort arm is longer than the load arm, so the lever always multiplies force: a force multiplier. Examples: wheelbarrow, bottle opener, nutcracker.
e.g. wheelbarrow · bottle opener · wrench
Effort in the middle
The effort sits between load and fulcrum. The load arm is longer, so the lever multiplies speed and distance rather than force: a speed multiplier. Examples: tweezers, fishing rod, tongs.
e.g. tweezers · fishing rod · crane
Configured correctly for the task
The power isn't in the lever alone. It's in the right lever, the right fulcrum, and the right placement for the job.
Technology and process are like that. The same platform (Salesforce, a flow, an integration) can be a force multiplier or a speed multiplier or a dead weight, depending on how it's configured and where the "fulcrum" is. My work is to get that configuration right for your mission: the right setup so that simple, well-understood tools do more with less.
Three Levers is a reminder: the simplest machines, when arranged for the task at hand, are powerful.