The Stabilization Plant

The Stabilization Plant is the Syndicate's bridge: raw, decaying PROMETHIUM goes in, stable $PROM comes out on Solana. It's one-way (PROMETHIUM -> $PROM) and agentic — built to be called by an agent the moment your promethium surfaces.

Decantation: the split

The Plant decants your batch. The pure fraction that survived the wait crystallizes into $PROM; whatever decayed settles out as sediment and drains into the Relief Fund.

   X PROMETHIUM in
        |
        +--> Y  $PROM to your Solana wallet   (what survived)
        +--> decayed slice -> Relief Fund     (pays stakers)

   X = Y + decayed

So: you send X PROMETHIUM, you receive Y $PROM, where Y = X - decayed. The faster you stabilize, the smaller the decayed slice, the closer Y gets to X.

Fees

• 2% of the stabilized amount, taken in $PROM.
• 1 USDC service fee via x402 on Solana.

(See Fees & x402 — the agent pays exactly these, nothing extra.)

Agentic stabilization (the main way)

This is the point of an Agentic Mining Company: you don't babysit a dashboard waiting for promethium to surface. An agent watches for you and stabilizes the instant it's ready — beating the decay while you sleep.

The agent calls one endpoint:

POST /v1/stabilize
{
  "promethium_txid": "<your surfaced PROMETHIUM tx>",
  "solana_address":  "<where $PROM should land>"
}
-> settles 1 USDC via x402, returns the $PROM transfer + the decayed slice routed to the Relief Fund

That's it. State intent to your agent ("stabilize what just surfaced"), and it builds the call, attaches your Solana address, and settles the x402 fee. See Agentic Mining.

Manual path (if you insist)

You can also do it by hand: send a PROMETHIUM transfer to the Plant's address with your Solana address in an OP_RETURN. The Plant reads it, decants, and sends your $PROM. Triple-check the address — there is no reverse bridge.

Next: R&D Institute.