Space Force Lets Private Satellites Stalk Targets in Orbit

Victus Haze shows the U.S. Space Force is no longer treating orbital close approaches as rare technical stunts. It is turning them into contractor-flown military drills.

Two private space companies, True Anomaly and Rocket Lab, completed a rendezvous mission for the U.S. Space Force last week in which one satellite found, approached, orbited, and photographed another in space, according to TechCrunch. The mission was built around a simple but tense question: when an unknown spacecraft shows up in orbit, can the U.S. send something to inspect it quickly?

"China and Russia launch capabilities to space on a regular basis, and part of the Space Force's job is to understand what those capabilities are," True Anomaly CEO Even Rogers told TechCrunch. "Right now we have gaps in our collection capability."

Victus Haze turns satellite inspection into a military drill

The exercise, called Victus Haze, points to a sharper Space Force doctrine: don’t wait for a crisis to learn how spacecraft behave around one another. Practice the close-in maneuvering before the crisis starts.

The “Top Gun” comparison works only up to a point. These are not pilots banking fighter jets through the sky. They are private operators and autonomous spacecraft rehearsing the orbital equivalent of shadowing, inspecting, and reacting to a vehicle whose capabilities may not be known. The stakes are different because orbital motion is unforgiving. A poor maneuver doesn’t stall. It can create a collision hazard.

The mission also exposes the policy tension beneath the technical success. XOOMAR analysis: the Space Force appears to be using commercial firms to build speed and realism into military space operations, but the closer private spacecraft get to sensitive assets, the more important command authority, safety rules, and escalation signaling become.

That tension is familiar in other institutions where readiness depends on execution under time pressure. XOOMAR has covered similar operational strain in unrelated military logistics through Expiring Military Flu Shots Force Boot Camp Scramble, and timing controls in public data through Early Data Releases Force BLS Safeguards Into Spotlight. Victus Haze is a space version of the same theme: procedures matter most when the clock is short.

True Anomaly’s Jackal chased a target it was not told how to find

The June mission paired Rocket Lab’s Puma spacecraft with True Anomaly’s Jackal. Rocket Lab launched Puma just 16 hours and 42 minutes after receiving notice. TechCrunch notes that this is unusual because most rocket launches are set months ahead.

Jackal was already waiting in orbit. It did not know where Puma would arrive, then used onboard sensors to find and identify the target from 2,000 kilometers away. Jackal then approached Puma, with the exact distance classified, orbited it, captured imagery from different angles, and returned to its starting point.

That sequence matters more than a single close pass. It tested a chain of capabilities the Space Force wants in a real threat-response scenario:

Rocket Lab’s role is also commercially significant. TechCrunch describes the company as a rocket-building rival to SpaceX that recently announced its acquisition of Iridium. True Anomaly, founded in 2022 by Rogers and former military space experts, is trying to prove that hardware, software, and operational doctrine can be sold as a package.

The hard numbers show why orbital fly-bys are not routine

Two spacecraft meeting in orbit are moving at speeds approaching 17,500 mph, according to TechCrunch. That makes Victus Haze a precision exercise, not a camera run.

Rogers framed the complexity bluntly, saying that outside of NASA and Space Force human spaceflight missions, "this is probably the most complex rendezvous and proximity operation between two spacecraft in modern history."

The money behind the mission shows why this is becoming a defense market. True Anomaly has raised just over $1 billion, including a $650 million round in March. The company is now targeting task orders tied to the Space Force’s $6.2 billion Andromeda program, which TechCrunch says looks to the private sector for this kind of maneuverable reconnaissance.

Related reporting from Ars Technica said the Defense Innovation Unit awarded $32 million to Rocket Lab for Victus Haze, while True Anomaly’s SpaceWERX contract was valued at $30 million. True Anomaly was also contributing $30 million in private capital, bringing the total cost to approximately $92 million.

The comparison with Victus Nox is useful because it shows the Space Force’s tempo goal. Ars reported that Firefly launched that mission 27 hours after receiving launch orders, after the spacecraft was readied for launch in less than 60 hours. Victus Haze adds the harder step: not only launching quickly, but maneuvering near another spacecraft after arrival.

The Space Force is buying behavior, not only hardware

The old measure of a space system was whether it worked after launch. Victus Haze adds a different test: whether operators can respond to a live, maneuvering object under compressed timelines.

That is why Rogers’ “flight heritage” comment matters.

"Flight heritage is everything, and demonstrated capability is what speaks the loudest with these opportunities," Rogers said.

XOOMAR analysis: this is the procurement signal. True Anomaly is not only pitching a satellite. It is pitching practiced behavior in orbit. Rocket Lab is not only pitching a launch. It is proving that launch notice can shrink from planning-cycle time to operational time.

The Space Force gets something simulations cannot fully supply: a live target, real sensor noise, real communications constraints, real orbital timing, and a contractor team forced to execute. That is the gap Victus Haze tries to close.

A training pass to Washington can look different to another military

For U.S. commanders, commercial proximity missions can help characterize unknown spacecraft and rehearse responses to what Ars described as “on-orbit aggression.” Gen. Michael Guetlein, the Space Force’s vice chief of space operations, told Ars that when another nation puts an asset in space and the U.S. does not know its intent or capabilities, “we need the ability to go up there and figure out what this thing is.”

For startups, the incentive is clear. If Victus Haze becomes a template, space-domain awareness, autonomous maneuvering, responsive launch, and inspection spacecraft become repeatable defense categories.

The risk sits in interpretation. XOOMAR analysis: a close approach meant as inspection can be read by another military as rehearsal for interference. The source material does not say Victus Haze triggered any foreign response. The point is narrower: as these maneuvers become more realistic, the line between observation and threat signaling will need clearer operational boundaries.

That is especially relevant because the next exercises are expected to get harder. TechCrunch reports that True Anomaly and Rocket Lab are prepared to perform new drills in the coming weeks, potentially including Puma trying to evade Jackal and Puma performing its own inspection maneuvers.

The next test is whether Victus Haze becomes repeatable without becoming reckless

Victus Haze gives the Space Force a proof point. It does not settle the doctrine.

The evidence that would strengthen this model is straightforward: more successful exercises, shorter response timelines, safe close approaches, useful imagery, and clear command procedures between government and contractor teams. Evidence that would weaken it would include mission anomalies, unclear responsibility during close approaches, or exercises that prove too bespoke to scale.

The companies that matter most in this next phase won’t be the ones with the flashiest spacecraft. They will be the ones that can make proximity operations credible, repeatable, and legible to everyone watching. In military space, that may become the difference between deterrence and confusion.

Impact Analysis

• The mission shows the Space Force is normalizing contractor-flown close approaches in orbit.
• Commercial operators could help the military inspect unknown spacecraft faster during a crisis.
• Closer private-spacecraft operations raise new questions about safety, command authority, and escalation.