Every satellite begins as a filing. The global regulatory record is a major untapped dataset in space. We read it and automate the filings that feed it.
Space station applications received by the FCC in 2016
Applications received in 2024. A 14× increase in eight years
Applications processed by the FCC Space Bureau in 2025
Before any satellite launches, its operator must disclose its technical intent to regulators: orbits, frequencies, power levels, and debris mitigation. Today that work runs on hourly counsel, spreadsheets, and hand-entered government forms.
And the public record those filings create is structured, machine-readable, and rich with signal, yet goes largely unread at scale.
NETRA turns mission and RF parameters into a review-ready licensing package. It keeps operators, engineering teams, and licensing advocates aligned across forms, schedules, calculations, and supporting exhibits.
Built for the people who prepare and advance satellite applications. Every submission remains human-reviewed and approved.
The same infrastructure reads the global filing record continuously, surfacing changes in orbital and spectrum intent before launch from public and licensed sources.
Built for operators, spectrum counsel, and government users who need early signal.
On July 22, 2026, the FCC adopted its Part 100 framework, replacing one-size-fits-all applications with a modular, certification-based structure.
Filing volume was compounding before the rules changed. Now licensing is becoming an assembly line, and the tooling for that assembly line doesn't exist yet. That's what we're building.
Compliance checks are code, not model guesses. The system cannot hallucinate a number.
Nothing reaches a regulator without human sign-off. How it gets there is our job.
Every value traces to who entered it, when, and which rule version checked it.
Building a satellite? Advising one? We'd like to hear what licensing looks like from where you sit.
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