The $1 Billion Spacecraft Whose Entire Job Is to Sneak Up on Other Satellites

True Anomaly's Jackal spacecraft turns orbital rendezvous into a billion-dollar defense business.

By Carry and Conquer Publications

In April 2026, a Colorado startup that most of the public had never heard of two years earlier told investors it wanted $650 million to build satellites whose defining feature is the ability to get close to someone else's satellite without asking permission. It got the money in a single check, co-led by Eclipse and Riot Ventures, at a valuation of $2.2 billion. Since its founding in 2022, True Anomaly has now raised more than $1 billion, and the company plans to turn that capital into 50 of its Jackal spacecraft a year, built inside a factory footprint it intends to grow from 140,000 square feet to 2 million. The pitch is not subtle. Jackal is designed to fly up to another country's satellite, photograph it at close range, and, if ordered to, interfere with it.

Four Officers and One Squadron

True Anomaly was founded in August 2022 by Even Rogers, Daniel Brunski, Kyle Zakrzewski, and Tom Nichols, all of whom served together in the U.S. Air Force's 4th Space Operations Squadron. Rogers, who goes by the callsign "Jolly," spent nearly a decade as an Air Force officer, co-authoring the doctrine the U.S. military uses for tactical operations in space, including a publication called Spacepower: Doctrine for Space Forces. Zakrzewski served as Orbital Warfare Chief of Training for the Air Force's 26th Space Aggressor Squadron, a unit built specifically to simulate adversary threats against U.S. satellites.

Rogers has traced the company's origin to 2018, while he and Brunski were working on a national security space program and concluded that orbit had become a contested domain the existing defense industrial base was not equipped to defend. Brunski and Nichols left in August 2024 to found a separate company, Citra Space, focused on space object characterization, but Rogers and Zakrzewski remained and built True Anomaly into the closest thing the U.S. has to a dedicated orbital rendezvous contractor.

The company's flagship hardware is Jackal, a roughly 275-kilogram spacecraft it calls an "autonomous orbital vehicle." Jackal carries 20 thrusters fed from a single large propellant tank, giving it a delta-v, the total velocity change a spacecraft can achieve over its life, of 800 to 1,000 meters per second. That is an unusually large maneuvering budget for a small satellite, and it exists for one purpose: rendezvous and proximity operations, the industry term for deliberately flying one spacecraft close to another. Multiple hardpoints on Jackal's frame let the Space Force attach different sensors or other payloads depending on the mission. True Anomaly pairs the hardware with Mosaic, a software platform the company describes as translating "commander intent into autonomous action" so that a Jackal can execute a rendezvous with minimal step-by-step human control.

What It Means to Sneak Up on a Satellite

Jackal's job, in plain terms, is orbital reconnaissance. True Anomaly says the vehicle can collect multispectral imagery, full-motion video, and other observational data on any object in orbit, in low Earth orbit, geostationary orbit, or the cislunar space between Earth and the moon, while operating safely at close range. In practice that means flying a small, maneuverable satellite to within visual distance of someone else's spacecraft to characterize its sensors, its hardware, and its behavior, without that country's cooperation or, in many cases, its knowledge in advance.

The company has been testing this capability incrementally since 2024. Two Jackals launched on a SpaceX Transporter-10 rideshare in March that year, deploying solar panels successfully but failing to complete a planned rendezvous test with each other. A third Jackal followed in December 2024 on a separate rideshare mission. By June 2026, True Anomaly declared its fourth Jackal, JACKAL-0004, commissioned and its operations team "fully operational" for a Space Force exercise called VICTUS HAZE, which Rogers described as testing the entire chain from launch warning to rendezvous to image processing on a timeline of minutes to hours. "The unwarned deployment of agile adversary engagement platforms into low Earth orbit and geosynchronous Earth orbit is driving the operational need to perform space superiority missions within minutes or hours from tasking," Rogers said in a company statement announcing the mission. In April 2025, the company announced plans to extend Jackal missions beyond low Earth orbit into geosynchronous orbit and cislunar space in 2026, arguing that both regions will need the same kind of watchfulness as lunar activity increases.

A Government Client With an Open Checkbook

True Anomaly's timing tracks a specific and rapidly escalating budget line inside the Pentagon. In late 2025 and early 2026, the Space Force's Space Systems Command issued 20 separate Other Transaction Authority awards, worth up to $3.2 billion combined, to 12 companies developing space-based interceptors for the Golden Dome missile defense program, the layered shield President Trump ordered built to protect the U.S. homeland from ballistic, hypersonic, and cruise missile threats. The roster mixes traditional primes, Lockheed Martin, Northrop Grumman, RTX, General Dynamics, with newer entrants, SpaceX, Anduril, Booz Allen Hamilton, Turion Space, Quindar, Sci-Tec, GITAI USA, and True Anomaly. The interceptor program is meant to demonstrate an initial capability by 2028 as one piece of a Golden Dome architecture now projected to cost roughly $185 billion.

True Anomaly's Series D materials name a second, separate contract: delivering Jackal for the Space Force's $1.8 billion Andromeda program, which underpins the Geosynchronous Reconnaissance and Surveillance Constellation, the network meant to watch over the high-value military satellites that sit in geostationary orbit. The company also says Mosaic will provide software infrastructure across multiple additional programs of record. Layered together, these contracts describe a customer, the Space Force, that is trying to buy watchfulness and reach in orbit faster than its existing prime contractors have been able to deliver it.

That urgency has a visible cause. The Space Development Agency's Proliferated Warfighter Space Architecture, a constellation strategy built around hundreds of satellites and now central to roughly $35 billion in Space Force procurement, has run into recurring hardware trouble. Program officials have acknowledged that early tranches suffered problems with their electric propulsion systems, which kept some satellites from reaching their assigned orbital planes, and that Lockheed Martin lost contact entirely with one of 21 satellites it built for the constellation. SDA's program executive, Kelly Sandhoo, told reporters the agency had assumed commercial satellite buses, the basic chassis onto which military payloads are bolted, were more standardized than they turned out to be. "We assumed, maybe wrongly, maybe not, that there was a commodity bus out there," Sandhoo said, adding that integrating specialized military equipment onto unfamiliar platforms took longer than planned. True Anomaly's pitch to the Pentagon is implicitly a contrast with that experience: build the bus, the sensors, and the autonomy software as one integrated product from a company that designed all three around a single mission, rather than assembling a satellite from parts optimized for something else.

The Uncomfortable Physics of "Inspection"

The word True Anomaly and the Space Force use most often is "inspection." The word that shows up in almost every independent analysis of the same technology is "ambiguous." Rendezvous and proximity operations are, by design, dual-use. The same maneuver that lets a spacecraft photograph a malfunctioning satellite to help diagnose it, a legitimate and increasingly common commercial service, is the maneuver that lets a spacecraft approach a functioning adversary satellite closely enough to jam its sensors, grapple it, or in a kinetic scenario disable it outright. Analysts at the Georgetown Security Studies Review have described co-orbital systems as blurring the line between weapons and non-weapons precisely because a robotic arm or a close approach can be framed as repair, inspection, or debris mitigation right up until the moment it is not. A close approach carries this ambiguity by default, before a government has said anything about intent.

That ambiguity has strategic consequences beyond any single mission. Analysts studying orbital arms dynamics have written that proximity itself can act as a coercive signal, independent of whether a weapon is ever fired: a satellite maneuvering toward another can be read, in a crisis, as preparation for attack, creating pressure toward preemptive responses that neither side may have intended when the maneuver began. Unlike a ground-launched anti-satellite missile, which strikes once and disappears, a co-orbital vehicle like Jackal can maintain a persistent, silent presence near a target for a much longer stretch of time. The concern is not hypothetical to Washington. U.S. Space Command's commander, General Stephen Whiting, has told Congress that developing offensive kinetic and non-kinetic anti-satellite weapons is now a top requirement for the years ahead, citing China's expanding co-orbital fleet, including its Shijian-21 satellite, as a driving justification. China's own posture, according to researchers who study its counterspace doctrine, deliberately favors reversible, hard-to-attribute effects such as jamming in the early stages of a crisis, reserving kinetic action, the kind that leaves debris, for a much higher rung on the escalation ladder. True Anomaly's spacecraft sit squarely inside that gray zone: a company selling the U.S. government the capability to conduct exactly the kind of proximity operations that, when performed by Beijing or Moscow, the Pentagon calls a threat.

Betting the Factory on Disposable Satellites

The commercial logic behind True Anomaly's raise depends on the Space Force accepting a doctrinal shift: treating satellites as a surge-producible, semi-disposable asset rather than the exquisite, decade-long, billion-dollar platforms the U.S. built for most of the Cold War and after. That is the same logic underpinning the Space Development Agency's proliferated architecture, where the working assumption, as one SDA official put it, is that "we do expect loss" and the constellation is designed with enough redundancy to keep functioning even when individual satellites fail. True Anomaly is proposing that the same logic should apply to the vehicles that watch and, if necessary, act against other countries' satellites: build Jackals fast, in volume, at a price point that makes losing one an acceptable operational cost rather than a strategic setback.

Whether that bet pays off depends on execution the company has only begun to prove. True Anomaly's public flight history is a record of partial successes: solar panels that deployed but rendezvous tests that did not complete on the first attempt, a fourth Jackal declared operational only in mid-2026, four years after founding. Scaling from a handful of test vehicles to 50 spacecraft a year, while more than doubling headcount from roughly 250 employees at the end of 2025 to over 500 by the end of 2026 and beyond 1,000 by 2028, is a manufacturing and workforce challenge on a different order of magnitude than anything the company has yet demonstrated. The $50 million in debt included in the Series D, provided by Stifel Bank, suggests investors are underwriting near-term capital equipment needs, not just longer-term research.

What is not in question is the strategic premise investors are underwriting. Rogers has framed the company's mission around a closing window: that the United States needs a credible, persistent capability to see and, if ordered, act against threats in orbit before rivals lock in an advantage that becomes difficult to reverse. "Space is a war-fighting domain, and our adversaries are building space war-fighting capabilities at a scale that we've never seen," Rogers told CNBC the day the raise was announced. It is a premise that a dozen venture funds, a defense bank, and the U.S. Space Force have now backed with more than a billion dollars, betting that the country that can quietly get closest to an adversary's satellites, fastest, holds the advantage in a domain neither side has yet gone to war in.