Xona Space Systems raises $250M and launches 6 satellites to deploy the world's first commercial GPS alternative

Xona Space Systems raises $250M at $2.45B valuation, launches 6 satellites

Xona Space Systems has closed a $250M funding round at a $2.45B valuation and simultaneously launched six satellites aboard a SpaceX Falcon rocket — the opening move in what Manning describes as the world's first commercial satellite navigation service, branded Pulsar.

The pitch is that GPS is a 50-year-old military architecture that was never upgraded for commercial precision. Jamming events in Ukraine, Israel, Iran, and Azerbaijan — including a December 2024 incident where an Azerbaijani airliner lost positioning, couldn't locate the runway, and was shot down — illustrate what Manning sees as an accelerating infrastructure problem. Pulsar is built to be the modern, jam-resistant replacement.

“We actually launched six satellites earlier this week to start actually deploying our the world's first commercial satellite navigation service, really built to bring GPS into the modern technology era effectively... We announced this morning a $250,000,000 funding round at a $2,450,000,000 valuation.”

Signal design

The strategic decision Xona made early was to not build its own chipsets. Instead, Manning says the entire Pulsar signal and network architecture was designed around the 2B+ GPS chips already sold annually into phones, watches, trucks, trains, and ships. Integration is a software update, not a hardware swap — a claim Xona says it has demonstrated on everything from dog-collar chips to military and aviation receivers.

The signal is also meaningfully stronger than GPS. Manning says Pulsar can penetrate indoors and resist jamming, and that the stronger signal actually reduces battery drain because chipsets spend less energy searching for a weak transmission.

Manufacturing and launch cadence

Xona is currently building satellites at a rate of a few per week inside its own factory. The current generation fits roughly 30 satellites per Falcon fairing; the next generation is designed to pack 50 to 60, which Manning says effectively halves per-satellite launch costs. The company is also future-proofing designs for Starship-class fairings as that vehicle becomes commercially available.

The broadcast-only architecture — GPS-style, one-directional — means there is no network congestion problem. Once a region has coverage, Manning says the system can support an unlimited number of simultaneous users.

Market framing

Manning frames Pulsar as filling the "where and when" layer that satellite communications leave unaddressed. The company came out of the autonomous vehicle world and sees robotics, drones, logistics, and aviation as the primary commercial pull — sectors that need centimeter-level accuracy with jamming resistance that GPS cannot reliably provide. Military work is an additional revenue stream, not the primary go-to-market.

The funding round was led by Steve Jurvetson, a SpaceX board member, which Manning says reflects the company's deep lineage in the SpaceX ecosystem.