Some thoughts on platforms
We have a fig tree in our yard. I've been staring at it.
There's this thing that happens in Texas neighborhoods—builders will construct a house around an old oak tree. The tree was there first. The house learns to accommodate it. I keep thinking about that.
Where it begins
Here's the thing about strangler figs—they don't start in the ground.
A bird drops a seed in the branches of another tree. The seed germinates up there, in the canopy, nowhere near soil. It just... starts where it lands.
That's how most of the systems I've worked on started. Not from scratch. Growing on top of whatever was already there.
You don't tear down the old thing first. You plant something new in its branches and see what happens.
The long part
Aerial roots drop from the canopy. They wrap around the host trunk—not attacking it, just... holding on. Looking for ground.
Until they find soil, the fig still needs the host for everything. Water. Stability. A place to be.
This is the part that takes forever. Both systems running. Both systems real. I actually think this might be where the interesting stuff happens—you can see them side by side.
The shift
When the first root touches soil, something shifts. The fig can draw its own water now. It doesn't need the host the same way anymore.
This is when it gets real. The new system can stand on its own. You can't easily go back from here—not without it costing something.
The cutover isn't a moment. It's more like... a gradual transfer of weight. One root at a time. You barely notice it happening.
The host is still there. Still standing. But the balance has shifted. The new thing is carrying the load now.
Different speeds
Not everything moves at the same speed. Roots move slowly. Canopy responds fast. The trunk holds the middle. I think about this a lot.
Fast layers get all the attention. Slow layers provide the stability. The healthy systems I've seen respect the difference.
The fig knows this somehow. Its roots move in decades. Its leaves respond in days. The trunk holds the agreement between them.
What's left
Eventually the host tree dies. Rots away. What's left is this hollow cylinder of strangler fig roots, standing where the trunk used to be.
The absence is still structural. You can see the shape of what was there in the negative space. I find that kind of beautiful, actually.
The old system is gone, but its shape is everywhere. Every workaround, every weird accommodation—still visible if you know where to look. That's not technical debt. That's memory.
Inside the fig
Here's something I didn't know until recently: a fig isn't actually a fruit. It's a flower turned inside out. All that complexity hidden behind a smooth skin.
The interface hides the implementation. That's not a bug—that's the whole point. It's a kind of care, when you think about it.
The one who knows
There's only one creature that knows what happens inside the fig. The fig wasp. It enters through this tiny opening, pollinates the flowers, and dies in there.
Without the wasp, no new figs. Without the fig, no wasp habitat. They figured this out together over millions of years. Neither works alone.
Every system has people like this. The ones who know the inside. I keep wondering—what if we found more ways to walk through it together instead of just relying on them?
The wasp isn't a user. The wasp is more like... a tender. The one who goes into the complexity and carries meaning from one place to another.
Below the surface
Below ground, the roots keep going. They reach until they find each other. Every tree in a grove is connected down there. We just don't see it.
The threads connect everything. No center, no announcements. When one path closes, others just... open. I find that reassuring. The network knows how to hold itself.
The naming layer
Before the roots can share nutrients, they must agree on what nutrients are. Before systems can exchange data, they must agree on what things are called.
This is the ontology. The shared definitions. The vocabulary that makes collaboration possible.
Same words, different meanings. The lines diverge. It's kind of fascinating, actually—systems developing their own dialects, like villages separated by a mountain.
When "user" means one thing in auth and another in billing, you've found something worth talking about.
This is probably the thing I think about most. The vocabulary. Whether we're all talking about the same thing or just using the same words.
The strata beneath
Below the surface, the soil has layers. Each layer was deposited at a different time, serves a different purpose, and changes at a different speed.
Shallow layers move fast. Deep layers move slow. Trouble starts when you try to rush the deep stuff. It wants to move at its own pace.
The fig's roots grow through all layers. But they know: push too fast through bedrock, and you crack. Move with the stratum, and you hold.
The tending rhythms
Gardens need rhythms. Not just planting and harvesting, but the quieter stuff between—pruning, watering, composting. Most teams I've worked with have four ceremonies. They're usually missing a fifth.
Discovery, delivery, strategy, learning—these all have meetings. Semantic maintenance doesn't have one yet. I keep wondering what it would look like if it did.
The wasp visits every flower. That's basically semantic maintenance—carrying meaning from one place to another. Keeping the vocabulary alive.
Two paths from the same root
From the same root, two paths. One kept tending its language. One let it drift. The grove remembers which trees had strong roots when the fork happened.
The map will never be the territory. But tending the map—the shared language, the vocabulary, the names of things—that's what determines which path you end up on.
The strangler fig isn't a warning. It's just... how growth happens sometimes. New things embrace old things. The transition takes longer than you want. The hollow remains. And teaches, if you let it.
Anyway. The grove will still be here. Growing slowly, like groves do.