overview
tips for getting started
ask Faybel for the current lambda read, the effective float census, or the regime call. it answers in numbers first, words second. every figure on this page is either measured or shown as a dash. Faybel does not decorate.
recent activity
the loop
one read every 60 seconds. each step runs in order; nothing is skipped and nothing is guessed.
lambda engine
λ is Kyle's lambda: how far price moves per dollar of net order flow. Faybel estimates it from the latest trades on the main pool by regressing each trade's log return on its signed size.
x: signed flow (usd) · y: return (bps) · line: fitted λ
float model
the effective float is the supply that can actually trade. Faybel reads total supply and the largest holders from chain, then strips out the biggest wallets (bonding curve or pool included) to get the free float.
impact surface
expected price move for a market buy of size Q, from the current λ: impact ≈ λ · Q. small size, small move. the surface bends once size eats into the float.
decision layer
the regime call is three rules on measured numbers. no vibes, no forecasts. it describes the book right now; it is not advice.
| rule | reading | threshold |
|---|
execution kernel
given a target size, the kernel splits it into slices that each stay inside the risk clamps, spaced by the cooldown.
risk clamps
| clamp | limit | at kernel slice |
|---|
attestor
every read is serialised and hashed (sha256). the hash is the read's fingerprint: change one digit and it changes. reads are hashed in this browser; they are not anchored on-chain from this page.
settlement rail
$FAYBEL settles on Solana and trades on pump.fun.
verifier path
- copy the latest read below.
- sha256 it yourself (any tool). it should match the attestor hash.
- pull the same trades from GeckoTerminal for the pool and rerun λ = Cov(r,q)/Var(q).
- pull supply and largest accounts from any Solana RPC to check the float.