It’s time to stop solving problems by adding complexity and start clearing the chalkboard.
It’s time to stop solving problems by adding complexity and start clearing the chalkboard.
- Fewer redundant systems
- Leaner decision pathways
- Local-first autonomy backed by shared visibility
- Technology that reduces steps, not adds them
- Governance that trims noise instead of creating more
- Fewer redundant systems
- Leaner decision pathways
- Local-first autonomy backed by shared visibility
- Technology that reduces steps, not adds them
- Governance that trims noise instead of creating more
A “network” that should enable flexible coordination becomes a tangled mess where everything takes longer and no one knows who owns the next step.
Just like in Braess’s Paradox, more routes do not equal better flow.
A “network” that should enable flexible coordination becomes a tangled mess where everything takes longer and no one knows who owns the next step.
Just like in Braess’s Paradox, more routes do not equal better flow.
New rules get stacked on top of old ones, funneling everyone through the same compliance channels.
Everyone arrives with different forms, workflows, and command structures.
Plans grow in number but don’t connect to field execution.
New rules get stacked on top of old ones, funneling everyone through the same compliance channels.
Everyone arrives with different forms, workflows, and command structures.
Plans grow in number but don’t connect to field execution.
- More agencies
- More rules
- More software
- More plans
- More layers of approval
But instead of improving response, recovery, or clarity… it’s made the system more fragile.
- More agencies
- More rules
- More software
- More plans
- More layers of approval
But instead of improving response, recovery, or clarity… it’s made the system more fragile.
Even if the McDonald’s crew didn’t know it, they were solving a version of Braess’s Paradox - a systems principle that shows how adding more paths can slow down the entire network.
Even if the McDonald’s crew didn’t know it, they were solving a version of Braess’s Paradox - a systems principle that shows how adding more paths can slow down the entire network.
They didn’t add more fryers or fancy systems.
They removed everything that got in the way of a clean, fast process.
That’s how they unlocked a revolution in fast food - by doing less, better.
They didn’t add more fryers or fancy systems.
They removed everything that got in the way of a clean, fast process.
That’s how they unlocked a revolution in fast food - by doing less, better.