The Breakup That Changed How We Think About This
In early 2025, Starlink 34343 — a first-generation Starlink satellite — broke apart in low Earth orbit. The exact cause remains unconfirmed. What's not in dispute: it added hundreds of trackable debris fragments to an already congested orbital shell, and the conjunction alert traffic in LEO spiked for weeks.
Operators managing constellations in nearby orbits had to run emergency maneuver analyses. Small satellite operators — universities, research institutions, commercial startups — had to do this manually, with tools that cost tens of thousands of dollars per year to access, or rely on the public conjunction data message (CDM) feeds from Space-Track.org, which offer no context, no prioritization, and no plain-language assessment of what the numbers actually mean.
That gap — between the raw data and a usable alert — is exactly where the legacy space situational awareness (SSA) market lives. And it's been charging accordingly.
How the Legacy Pricing Calculus Works
The traditional SSA vendors — companies built when satellite operations were the exclusive domain of government agencies and large defense contractors — priced their services to match their original customers. Defense contracts don't negotiate on a per-seat basis. Government programs get approved with multi-year budget line items. The pricing structure never got redesigned for the commercial era.
"The pricing structure never got redesigned for the commercial era. It just got inherited by every new entrant who copied the same playbook."
When commercial operators started launching — CubeSat programs, university constellations, defense-adjacent startups — they walked into a market that quoted them $30,000/year minimums and called it a deal. Some paid it. Many didn't, and just accepted the risk.
That's not a niche problem. The number of active satellites in low Earth orbit has more than tripled in the last five years. The number of organizations that can afford legacy SSA pricing hasn't kept pace. The result: a growing population of satellites operated with no systematic conjunction monitoring.
What You're Actually Paying For
Strip away the enterprise contracts and the government-grade branding, and what does a basic conjunction alert system actually do? It watches a catalog of orbital objects. It computes closest approach distances. It flags events below a probability-of-collision threshold. It delivers that flag to you.
None of that requires a $30K contract. The data is mostly public — TLE (two-line element) data from CelesTrak and Space-Track.org is freely available and updated continuously. The computation is well-understood orbital mechanics. The analysis layer — contextualizing a probability figure into something actionable — is the one piece that historically required expensive analyst time.
That's the piece AI changes. Not by replacing domain expertise — but by making it scale. A model trained on conjunction event data, maneuver histories, and risk assessment frameworks can produce a first-pass plain-language analysis in milliseconds, at zero marginal cost per event.
What Clearwatch Actually Does
We ingest TLE data from CelesTrak's public feeds, updated continuously. We run conjunction analysis against the full trackable catalog. When an event crosses a probability-of-collision threshold, we generate an AI-assisted summary: what's approaching, how close, what the trajectory looks like, what the risk level is — in language that doesn't require a PhD in astrodynamics to interpret.
The result lives in a dashboard. You can filter by object, by risk level, by time window. You can see the full conjunction history for any satellite in the catalog. You can subscribe to the Space Intel Bulletin for curated monthly analysis of significant events across the full orbital environment.
The full platform is $99/month. The Space Intel Bulletin is $49/month standalone.
We're not trying to replace the high-end government-grade SSA systems. We're filling the gap that those systems created — the one where a university CubeSat program, a small commercial operator, or a defense research team can't justify a $30K annual contract but still needs to know when their hardware is at risk.
The Actual Risk of Not Monitoring
The Iridium-Cosmos collision in 2009 — the first major hypervelocity collision between two intact satellites — was preventable. The data was there. The conjunction analysis wasn't being done. The result was thousands of new debris fragments, some of which are still generating conjunction events today.
Starlink 34343 is a more recent reminder that even well-resourced operators deal with unexpected breakups, and the downstream effects ripple through every constellation sharing the same orbital shell.
The cost of a conjunction alert system is measured in dollars per month. The cost of a missed conjunction is measured differently.
"We're filling the gap that legacy SSA systems created — where organizations that can't justify $30K still need to know when their hardware is at risk."
Where We Go From Here
The orbital environment is getting more crowded, not less. Mega-constellations in LEO are still being approved and launched. The debris population keeps growing. The organizations that need monitoring tools are multiplying faster than the pricing structures of legacy vendors can accommodate.
Clearwatch is designed for that world — accessible monitoring as a default assumption, not a premium add-on for programs with large budgets. If you operate a satellite, you should have conjunction monitoring. Full stop.
The $30K/year era is ending. Not because the incumbents changed their pricing — they haven't — but because the tools to do the job properly no longer require it.