Orbital Arbitrage Explained

There is a price gap between how much a collision avoidance maneuver costs and how much value an optimized maneuver creates. Orbitraz captures that gap.

In traditional finance, arbitrage is the exploitation of price differences between markets. In orbital mechanics, the arbitrage opportunity exists between the baseline cost of a standard avoidance maneuver and the actual cost of an optimized one. The delta — measured in fuel savings, extended mission life, and reduced conjunction probability — is the

Today, operators treat collision avoidance as a pure cost. Orbitraz inverts this relationship. The operator who optimizes their maneuver most effectively doesn't just save fuel — they earn from it. The most efficient satellite operators become the most profitable, creating a self-reinforcing cycle where

Orbital arbitrage is the act of turning the cost of staying safe in orbit into the profit of staying efficient — powered by autonomous smart contracts and the $ORBT token.

How Orbitraz transforms collision avoidance from a pure cost into the most profitable maneuver a satellite operator can execute.

The Truth Layer identifies a conjunction event with verified positional data from multiple sources.

Smart contracts compute the most fuel-efficient avoidance trajectory, benchmarked against the standard response.

The operator executes the optimized maneuver. On-chain verification confirms the efficiency delta.

The measured efficiency gain is tokenized as $ORBT and distributed to the operator and network validators.