Expanding Tactical Cyber Operations for Information-Age Warfare

Authors

DOI:

https://doi.org/10.34190/eccws.25.1.4635

Keywords:

tactical cyber operations, cyber power, decentralized command, human-machine teaming, cyber deception, distributed operations

Abstract

The proliferation of information through cyberspace has reshaped the character of modern warfare and altered how power is generated and exercised. Digital systems now underpin intelligence collection, operational coordination, and influence activities across instruments of national power. This dependence creates a persistent capability–vulnerability paradox in which the same networked systems that provide operational advantage also introduce exploitable weaknesses. Although the United States has developed significant strategic cyber capabilities, operational authorities and execution remain largely centralized. Incident data show that espionage, access operations, and information manipulation dominate cyber-conflict patterns, while bespoke cyber tools remain constrained by access requirements, target specificity, and limited reuse. This paper argues that maintaining an advantage in the information age requires expanding cyber execution capability and selected authorities to operational and tactical levels. It examines how cyber power's low barrier to entry enables both state and non-state actors to generate disproportionate effects and how cyberspace, as a human-built domain, often favors offense over defense. The study outlines limits on the employment of strategic cyber tools, including tradeoffs among speed, intensity, and control, as well as the single-use nature of exposed exploits. The paper proposes a tactical cyber operations framework built on dispersed, hyper-enabled units operating under decentralized command and supported by operational-level artificial intelligence processing and human–machine teaming. The framework integrates distributed intelligence validation, signature reduction, deception and decoy practices, and ambiguity operations designed to slow adversary decision cycles and increase targeting uncertainty. The paper concludes that doctrinal and authority structures should evolve to support delegated cyber action aligned with the commander's intent in persistent cyber competition.

Author Biographies

Archie Bass, Naval Postgraduate School

In 2016, Major Archie Bass was commissioned as a Second Lieutenant in the Marine Corps and graduated the Infantry Officer Course. He has deployed in support of Operation Inherent Resolve and Operation Octave Quartz. Major Bass is currently studying in the Defense Analysis and Information Sciences Department at the Naval Postgraduate School in Monterey, California.

Timothy Shives, Naval Postgraduate School

Dr. Timothy Shives is a Professor of Practice in the Information Sciences Department at the Naval Postgraduate School (NPS). Prior to this position, Dr. Shives was a Department of Navy (DON) civil servant in the Cyber Excepted Services (CES) with Fleet Cyber Command/10th Fleet (FCC/C10F) serving as their Cyber Liaison Officer (LNO)/ Cyber Operations Chair to the Naval Postgraduate School (NPS). Prior to joining FCC/ C10F, Dr. Shives served as a Department of Defense (DOD) civil servant in the competitive services (GS) at the Defense Manpower Data Center (DMDC) for seven years in the grades of GS-13 to GS-15. Dr. Shives also served as an officer in the United States Marine Corps in both the active duty and reserve components for over twenty years. Dr. Shives is still in active status with the Marine Corps Reserves where he holds the rank of Lieutenant Colonel.

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Published

2026-06-15