As spacecraft gain the ability to perform autonomous maneuvers to approach or evade other spacecraft, there needs to be a set of guidelines about how those autonomous actions are performed. (credit: True Anomaly)

Space autonomy needs an authority architecture before 2027

by Burak Oktenli
Monday, June 22, 2026

Imagine a US early warning satellite operating in geosynchronous orbit. During routine operations, its sensors detect an unexpected co-orbital threat rapidly closing the distance. The targeted satellite has mere seconds to execute an evasion maneuver or deploy defensive countermeasures. However, the unforgiving reality of orbital mechanics, vast distances, and physics dictates a massive light-time delay between the satellite and the ground command center. The time required for a human operator on Earth to see the threat on a screen, analyze the geometry, secure approval through the chain of command, and transmit a “fire” command to the satellite’s thrusters far exceeds the closing window of the threat. When that decisive moment arrives and real-time human control becomes physically impossible, who makes the call? Does a machine hold the authority to execute a strategic maneuver that could trigger an international crisis?

Regardless of how rapidly military technology accelerates in the land, sea, and air domains, keeping a “human-in-the-loop” for weapon systems’ decision-making remains both the preferred doctrine and a hardware-feasible standard. Space, however, is a fundamentally different operational environment. The constraints of orbital mechanics and the speed of light do not recognize a pause button or a “consult my superior” delay. In the vacuum of space, signal latency transforms autonomy from a mere operational convenience into an absolute physical necessity.

Reflecting the vision of Gen. B. Chance Saltzman, the “Space Warfighting: A Framework for Planners” concept released in April 2025 makes it unequivocally clear that space has shifted into a “contested warfighting domain” between allies and adversaries. This paradigm shift means autonomous counterspace interventions are no longer a theoretical debate but instead are the most tangible options on the warfighting table.

Furthermore, these counterspace actions are not science fiction scenarios slated for the distant future. They are happening right now. Daily or near-daily threats such as satellite jamming, sensor dazzling, and cyberattacks are now operational realities defining the Space Force’s “Race to Resilience” initiative. In moments when communication links are severed by such adversarial interference, the existing signal delay stretches into practical infinity. In those dark operational windows, autonomy is the only option the satellite has to survive and complete its mission.

Unfortunately, our military space doctrine trails behind this unprecedented technological leap and physical imperative. Space Force Doctrine Document 1, enacted in April 2025, successfully defines orbital warfare and electromagnetic warfare but completely bypasses the architecture of autonomous authority. For instance, when next-generation autonomous orbital vehicles like True Anomaly’s Jackal independently decide to approach a hostile system or execute an interception maneuver, who holds the legal and operational authority for that action? If the action sparks a diplomatic crisis, who bears the responsibility?

The combination of signal latency, a highly contested space domain under constant threat, and highly capable autonomous vehicles creates a critical juncture where human approval is effectively and entirely bypassed. Our current doctrine and operational guidelines do not prepare us for this intersection. What we urgently need now is a robust “authority architecture.” This architecture must serve as an institutional spine embedded in both military culture and system software that dictates exactly what decisions a machine can make under specific scenarios, the legal basis for those decisions, and how accountability tracks back up the chain of command.

We do not have years or decades to fill this governance void. According to recent reports, on-orbit refueling and autonomous maneuver demonstrations are aiming to transition from the testing phase into direct operational missions by 2027. Technology is rapidly leaving the research labs and taking up residence in orbit. Simultaneously, Space Futures Command, tasked with designing the future space force and determining its structural makeup, is actively conducting its force design and concept development work right now. The space force architecture that will shape the next half-century is currently on the drafting table. If the rules of governance, delegation of authority, and accountability are not embedded into the foundational codes of hardware and software during this design phase, attempting to retrofit billion-dollar systems later will fail technically and carry massive national security risks.

To fully leverage the strategic advantages of autonomous systems in space without losing control, the Space Force must urgently implement a three-step roadmap:

First, embed the authority architecture at the core of doctrine. The Space Force must immediately update SFDD-1 and similar foundational documents to define a clear authority architecture for autonomous orbital systems. The specific thresholds that, once crossed, allow systems to decide independently, along with the attribution of responsibility for erroneous decisions, must be clearly delineated in strict accordance with the chain of command.

Second, integrate governance into Space Futures Command’s design process. Defining authority boundaries for autonomous systems is not just a legal matter; it is a direct engineering requirement. Space Futures Command must ensure governance is not an afterthought in its new force design. Autonomous space vehicles must be manufactured from the outset with hardware locks and constraints that audit their own decisions as part of their algorithmic architecture.

Third, establish a deferred accountability network. In situations where signal delay or communication jamming makes human approval physically impossible, a standard must be developed wherein every autonomous decision made by the vehicle is recorded. When communication is restored, these decisions must be auditable by the chain of command through a transparent, immutable, and cryptographically secured “deferred accountability” network.

We cannot negotiate with the fundamental laws of physics; the inescapable signal latency created by orbital mechanics and the speed of light makes autonomy in space an unavoidable destiny, not a luxury. Looking to the future, the real question we must ask is not whether autonomous systems will exist in space, but whether these systems will be accountable, transparent, and controllable. We are forced to delegate operational independence to weapons and satellites, but we cannot delegate strategic authority and command responsibility. As developed in the AUTHREX Space Vehicle framework, the future of space dominance will belong not merely to those possessing superior autonomy, but to those who build the will today to govern that autonomy with an unshakable authority architecture.

Burak Oktenli holds an MBA and is pursuing a Master of Professional Studies in Applied Intelligence at Georgetown University, where his research focuses on the governance of autonomous and AI-enabled military systems.

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