Abstract

Technical Whitepaper v1.0

Blockchain Architecture & Token Economics — April 2026

This whitepaper describes the Orbitraz Protocol: a hybrid on-chain/off-chain system that combines AI-driven collision intelligence with a blockchain-based incentive layer. The protocol introduces the

The core thesis is simple: orbital safety should be profitable, not just mandated. By aligning economic incentives with safe behavior, Orbitraz transforms collision avoidance from a cost center into a revenue opportunity.

The U.S. Space Surveillance Network tracks approximately 36,500 objects larger than 10cm. But the real danger comes from the estimated 130 million fragments between 1mm and 10cm that are too small to track but large enough to destroy a satellite.

Today's orbital safety relies on a patchwork system that was designed for an era of dozens of satellites, not tens of thousands:

Response times are measured in hours to days

The fundamental problem is economic, not technical. We have the sensing capability and computational power to predict and avoid most collisions. What's missing is a system that makes it economically rational for every participant to contribute to collective safety. Orbitraz fills this gap.

Orbitraz operates on three principles:

Collision avoidance data, maneuver coordination, and orbital optimization are tradeable services with quantifiable value. The protocol creates the market infrastructure for these services.

Computation-heavy intelligence (AI/ML models, orbital simulations, conjunction analysis) runs off-chain for performance. Only economic transactions, commitments, and proofs settle on-chain for transparency and trust.

Launch with centralized intelligence (Orbitraz platform) and decentralized settlement. Over time, open the intelligence layer to third-party validators and model providers.

The Orbitraz Protocol consists of four layers:

When an operator shares proprietary ephemeris data that improves the collective conjunction model, they earn $ORBT rewards proportional to the data's information gain.

When a high-probability conjunction is detected, a bounty pool automatically opens from the protocol treasury. The operator who executes the avoidance maneuver claims the bounty.

Operators pay $ORBT for premium services: custom simulation runs, priority alerts, historical data access, and API calls beyond the free tier.

Token holders vote on protocol parameters. Voting power is proportional to staked (not held) tokens, incentivizing active participation.

Protocol revenue (from service payments, data marketplace fees, and premium subscriptions) flows into a buy-and-distribute mechanism: