// I / 00// Orbital

ORBITAL

// I / 00// ORBITAL / INTRODUCTION

One pool for any number of stablecoins. Concentrated liquidity that stays pegged, and isolates a single asset when it breaks peg. Derived from the Paradigm Orbital paper.

/ INDEX
  • 01Principles
  • 02Mechanics
  • 03Versus
  • 04Deployed
  • 05References
// II / 01// ORBITAL / PRINCIPLES

Principles

Three properties do the work. Tight execution at peg. Dense capital across N assets. And a clean fence when one of them breaks.

// II / 01 / A// PRINCIPLES / EXECUTION
A

Low slippage

At peg, trades move along the sphere's flat equator. Every LP's tick concentrates liquidity where stables actually trade. Routes stay tight through the full depth of the book — not just the first few basis points.

price impact at peg, p=0.99 — measured against an equivalent flat-sphere pool.

price impact at peg, p=0.99

< 1bps
// II / 01 / B// PRINCIPLES / DENSITY
B

High capital efficiency

One dollar here behaves like ~154 in a flat sphere pool. Concentrated ticks compound across N assets in a single pool. No fragmentation across pairs, no idle reserves sitting outside the active range.

vs flat sphere, N = 5 — measured against an equivalent flat-sphere pool.

vs flat sphere, N = 5

154×
// II / 01 / C// PRINCIPLES / RESILIENCE
C

Automatic depeg isolation

When one asset breaks peg, the other N−1 keep trading. Ticks flip to their boundary and the broken asset is fenced off. The pool doesn't drain into the bad leg — healthy stables stay liquid against each other.

stay live through a depeg — measured against an equivalent flat-sphere pool.

stay live through a depeg

N − 1assets
// III / 02// ORBITAL / MECHANICS

Mechanics

Three ideas do the work. A sphere for reserves. A plane for every position. A torus that holds them together.

01 /Sphere

The pool tracks a vector x ∈ ℝⁿ constrained to the sphere. The equal-price point sits on the surface; every swap walks along it.

02 /Ticks

Tight ticks give tight pricing and flip fast. Wide ticks back the pool up under depeg stress and only flip at the extremes.

03 /Torus

Five aggregates — sumX, sumXSq, rInt, kBound, sBound — let mint / swap / burn check the invariant in constant time.

// IV / 03// ORBITAL / COMPARISON

Versus

#
Property
Uniswap V3
Curve Stable
Balancer
Orbital
01
Assets per pool
2
2–8 (fixed)
2–8 (fixed)
N (≥ 2)
02
Concentrated liquidity
Yes
No
No
Yes
03
Per-LP depeg range
n/a
No
No
Yes
04
Depeg drains pool
n/a
Yes
Yes
Isolated
05
Capital efficiency at peg
High (pair)
~1–2× flat
~1–2× flat
~154× flat, N=5
06
TWAP oracle
Yes
No
Yes
Yes
07
NFT positions
Yes
No
No
Yes
// V / 04// ORBITAL / ON-CHAIN
// VI / 05// ORBITAL / REFERENCES