Your Satellite Can't Call My Satellite

The U.S. Air Force wants your satellite to look where its satellite can't. It announced a new exercise series called Ringleader on Feb. 23, 2026, at the Air and Space Forces Association Air Warfare Symposium in Aurora, Colo., designed to test exactly that: pulling live data from satellites, drones, and crewed aircraft and combining it in near real time across the U.S. military, commercial providers, and the intelligence community. The idea, as Air Force Secretary Troy Meink described it, is to compress the decision cycle — detect, identify, track, neutralize — so that if an RF collection sees something over here, capacity on somebody else's satellite is available within 30 minutes to take the picture.

That is a reasonable ambition. It is also, at present, essentially fictional.

Most commercial Earth observation companies operate vertically integrated platforms — collecting, processing, and delivering data through proprietary systems. There is no widely adopted, standardized interface that allows different providers to exchange data or task each other's satellites in real time. Differences in formats, metadata conventions, and latency mean that combining data from multiple vendors typically requires manual integration or custom engineering, according to SpaceNews. This is not a recent development. It is how the commercial EO market was designed.

"Most companies operate vertically integrated platforms," said David Gauthier, chief strategy officer at GXO Inc. and a former official at the National Geospatial Intelligence Agency (NGA). "There is a structural gap between what defense users want — seamless multi-int fusion — and how the commercial market actually operates."

The barrier is not purely technical, though the technical barriers are real. Space-to-ground and ground-to-space delays alone can break a tipping-and-cueing chain before it starts. "By the time those space-to-ground and ground-to-space delays have been introduced into your architecture, you've lost the opportunity," Gauthier said. Jared Newton, senior technology strategist at Planet Federal, which operates one of the largest commercial imaging constellations in orbit, put it more bluntly: actual tipping and cueing — where one system detects something and directs another to collect on the same target — is "very difficult unless you have dedicated capacity or ubiquitous sensing." Most commercial providers allocate satellite time in advance, guaranteeing customers a specific collection window. That model leaves little room for dynamic re-tasking. "We can pull it off every now and then," Newton said. "But if we were really going to do this seriously, we'd have to design a system that optimizes downlink, optimizes process, optimizes access over the regions a user cares about." That system does not exist at commercial scale.

There is also no economic reason for it to exist. "There's no incentive for us to build a tip and cue construct across the industry," said Todd Probert, president of HawkEye 360's government business. HawkEye 360 sells RF signal data. Planet sells optical imagery. They are not competitors in a way that encourages cross-pollination, and they are not collaborators by default. The commercial EO market was not architected for the use case the Pentagon is now describing. It was architected to sell data.

This structural mismatch is playing out against a broader shift in how the market defines value. A report published by the Center for Strategic and International Studies (CSIS), authored by Gauthier, argues that the commercial geospatial market is moving from selling raw data to selling decision-ready insights — analytic products that combine multiple sources and are intended to support real-time decisions. That shift is real, but the report itself acknowledges the market for these products remains immature, with limited transparency around how they are generated or how to assess their quality. The product category is being invented at the same time the customer is asking for it.

The bureaucratic layer compounds the technical one. In a March 23 panel at SATShow Week discussing the integration challenges of the Golden Dome missile defense architecture — which aims to fuse sensor data into a single tracking picture — industry experts were blunt that the hard part was not the physics. "I don't think it's as much a technical challenge as it is a political or maybe bureaucratic challenge," said Devin Elder, senior director for communications and networking strategy at Northrop Grumman Strategic Space Systems. "There are agencies that have sensors which can provide data that would be very useful for the missile defense mission, but they're designed for a completely different purpose." Classification levels, data assurance requirements, and the different legal authorities governing military and intelligence agencies create friction that no standards work fully resolves. "It is not a technology problem that we're facing right now," agreed Paul Wloszek, vice president and general manager of Spectrum Solutions at L3Harris Technologies. "We've seen some differences in interpretation of standards that we've had to work through over the last couple of years."

What the Defense Department is asking for, ultimately, is machine-to-machine APIs across commercial constellations that were built to be independent. Gauthier described the ideal: a military operator sees multiple data sources converge automatically within minutes, corroborating a potential threat. "That doesn't exist yet," he said. "But that's what I want." The Ringleader exercise is the Air Force's practical test of whether the existing software, hardware, and networking backbone can move in that direction. The exercise was announced Feb. 23 at the Air and Space Forces Association symposium. Results will be informative. The incentives that would make the commercial market invest in building toward it — rather than performing demonstrations at government expense — remain absent.

The commercial EO industry's fragmentation is not a problem waiting to be solved. It is the current equilibrium, maintained by business models that reward vertical integration and penalize interoperability. Defense can run all the exercises it wants. Until someone restructures the incentive — with contracts, data rights, and acquisition models that reward cross-provider integration — the satellites will keep not talking to each other. Physics is not the bottleneck.