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Deterrence in Orbit

PLA Counterspace Doctrine, JADO, and the Vulnerability of Space-Based Nuclear Command and Control

Analysis
Alyssa I. Agard
Abstract

The United States has simultaneously pursued nuclear command, control, and communications (NC3) modernization and doctrinal modernization through Joint All-Domain Operations (JADO). These two efforts proceed along largely separate institutional and intellectual tracks. This article examines whether JADO accounts for the nuclear escalation risks that PLA counterspace capabilities pose to dual-use space-based NC3 infrastructure. It bridges two bodies of scholarship that have developed in parallel: the nuclear-conventional entanglement framework and the emerging JADO doctrinal literature. The analysis introduces the "space-nuclear firewall" as an analytical concept, identifying not the structural condition of entanglement but the doctrinal assumption that entangled systems can be managed without differentiated treatment. The article argues that this assumed separation is operationally fictitious. PLA systems destruction warfare (体系破击战, tǐxì pòjī zhàn) treats the adversary's operational system as a unified target set, prioritizing disruption of its information flows and command linkages. This doctrinal logic exploits the very distinction that JADO fails to operationalize. JADO's emphasis on cross-domain convergence inadvertently deepens the entanglement problem. Optimizing for integration at the operational level obscures the strategic-level nuclear risks that convergence introduces in space. The article concludes that JADO does not position U.S. forces for success where the space and nuclear domains intersect. To address this structural vulnerability, it proposes a dedicated Space-Nuclear Integration Cell within the JADO planning architecture. ​

 

Keywords: nuclear-conventional entanglement; Joint All-Domain Operations (JADO); counter-space operations; nuclear command, control, and communications (NC3); PLA systems destruction warfare; space-nuclear firewall; inadvertent escalation; strategic stability

https://orcid.org/0009-0008-5783-2437 

Citation & Copyright Information

Note: This analysis follows the Chicago Manual of Style, 18th edition. All references and citations are formatted according to CMS guidelines for academic research.

Chicago Manual of Style 18th Edition (Notes and Bibliography) Recommended Citation:
Bibliography:

Agard, Alyssa I. Deterrence in Orbit: PLA Counterspace Doctrine, JADO, and the Vulnerability of Space-Based Nuclear Command and Control. Pre-print. Agard Research Associates Inc., April 2026.

Notes:

Alyssa I. Agard, Deterrence in Orbit: PLA Counterspace Doctrine, JADO, and the Vulnerability of Space-Based Nuclear Command and Control, pre-print. Agard Research Associates Inc., April 2026, 00.

 

Subsequent note citation (shortened):
Agard, Deterrence in Orbit, 00.

 

Deterrence in Orbit: PLA Counterspace Doctrine, JADO, and the Vulnerability of Space-Based Nuclear Command and Control © 2026 by Alyssa I. Agard is licensed under CC BY-NC-ND 4.0. To view a copy of this license, visit https://creativecommons.org/licenses/by-nc-nd/4.0/ 

Degraded Constellation
A Geospatial Simulation of Counterspace Effects on Space-Based Nuclear Command, Control, and Communications in a Taiwan Strait Contingency

Alyssa I. Agard | https://www.alyssaagard.dev 

This interactive geospatial simulation models the effects of PLA antisatellite operations on U.S. space-based missile warning coverage during a Taiwan Strait contingency. Users simulate direct-ascent and co-orbital ASAT engagements against SBIRS and Next-Gen OPIR satellites in geosynchronous orbit, observing how progressive constellation degradation simultaneously erodes conventional theater awareness and nuclear early warning for STRATCOM's attack assessment. The escalation pressure metric tracks the decision-timeline compression that results from this dual-use degradation, applying Acton's damage-limitation window framework to illustrate how counterspace operations generate ambiguity about adversary intent that decision-makers cannot resolve under compressed timelines.

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