AstroNet makes public mission data universally accessible via blockchain.
Search, analyze, build — without limits.
AstroNet provides decentralized access to space mission datasets, enabling innovation in science, research and open data systems.
Publicly-funded space missions produce vast amounts of valuable data, but this information is difficult to access, scattered across agencies, or locked behind restrictions.
AstroNet creates a unified, blockchain-powered protocol for structured, permissionless access to historical and live mission data. Powered by ATN token, it enables indexing, staking, and global participation.
ATN is built to ensure sustainability, incentivize participation, and reward contributors who keep the data flowing.
40% — Ecosystem & Staking
20% — Core Team
15% — Strategic Partnerships
10% — Public Sale
10% — Treasury
5% — Advisors
50% — Development & Engineering
20% — Research & Data Acquisition
15% — Community & Growth
5% — Infrastructure & Hosting
5% — Reserves
5% — Legal & Security
A transparent development path. Data-first, user-focused.
Token deployment, first NASA dataset integration, and validator network alpha.
Staking program launch, open validator program, and first governance vote.
Developer SDK, institutional research access, and academic partnerships.
Satellite index expansion, multi-language portal, and data marketplaces.
Engineers, scientists, and mission veterans from the edge of innovation.
Mission Director
Data Systems Lead
Infrastructure Architect
Security Advisor
Read the full technical overview of the AstroNet protocol, architecture, and token model.
Download PDFCommon questions about the AstroNet platform.
ATN will be available on selected launchpads and later on decentralized exchanges. Stay tuned to our updates.
Yes, ATN holders will vote on key protocol decisions, including data access models and network upgrades.
You can access satellite imagery, telemetry, scientific readings and archived mission reports.
Some datasets are free; others require staking or holding ATN depending on size, bandwidth, or recency.
All data is verified on-chain. Smart contracts are audited and stored redundantly via IPFS and nodes.