If a commander cannot see, speak to, or trust her staff, can she still command? That question has moved from the realm of doctrine into the harsh light of day in Ukraine, where modern command-and-control (C2) centers are tested by jamming, cyberattacks, swarms of sensors and weapons, and the simple brutality of long-range fire. The battlefield that used to be an expanse of sightlines and radio calls is now a congested, contested space where information itself is a weapon.
Over the last three years the war in Ukraine has become a real-time laboratory for 21st-century conflict. Open-source reporting, military assessments and public statements by allied officials have documented a pattern: adversaries mixing electronic warfare, cyber operations, precision long-range fires, and unmanned systems in ways that place C2 at acute risk. The result is not merely a tactical inconvenience; it is a strategic problem that forces militaries, policymakers and technologists to rethink how orders are issued, information is trusted, and centers of gravity are protected.
Three challenges stand above the rest. Each is distinct, but together they form a compound threat that can paralyze decision-making unless addressed with doctrine, technology and political will.
/ 1) Operating in a contested and congested electromagnetic and cyber environment
Modern C2 depends on the electromagnetic spectrum and networks for sensing, communications and weapons coordination. In Ukraine, both sides have used sophisticated electronic warfare (EW) and cyber techniques to degrade those links. GPS jamming and spoofing, radio denial, and targeted cyber intrusions have repeatedly demonstrated how fragile a networked C2 can be when an opponent treats information infrastructure as a legitimate target.
For technologists, this challenge demands resilient architectures: frequency-agile radios, mesh networking that can operate with intermittent nodes, hardened and segmented networks, and robust cyber defenses. For users—frontline commanders and staff—it means preparing to fight with degraded or delayed information, to validate inputs under stress, and to maintain simple, survivable fallback procedures. For policymakers, the issue is investment and procurement: building redundancy into systems carries cost and political trade-offs in peacetime budgets. For adversaries, the incentive is clear: disrupt C2 and you multiply the effect of conventional fires and maneuvers.
/ 2) Managing data overload, latency and trust in automated decision aids
Sensors proliferate. Satellites, reconnaissance aircraft, unmanned systems, ground sensors, and social media together pour raw data into C2 centers. The hope—often pitched by industry and technologists—is that artificial intelligence and automation will filter, fuse and present the right picture at the right time. The peril is that automation can become a brittle middleman: prone to algorithmic bias, opaque in reasoning, and vulnerable to manipulation through adversary deception or data corruption.
Operators face two related risks: cognitive overload and misplaced trust. Too much data, poorly prioritized, slows decisions; too much faith in automated outputs can lead commanders to accept erroneous inputs without sufficient verification. Policymakers must weigh the benefits of accelerated decision cycles against legal and ethical constraints on autonomous targeting. Users demand interfaces that increase situational understanding rather than simply add complexity; they also need transparent AI tools they can interrogate in seconds. Adversaries exploit both sides of the coin—saturating networks to induce overload or feeding false signals to mislead automated systems.
/ 3) Ensuring survivable, dispersed and delegated C2 in the face of long-range strike and ISR
C2 centers—fixed headquarters, regional command posts, even ships—are high-value targets. The combination of pervasive ISR (intelligence, surveillance, reconnaissance) and long-range precision fires has made static, centralized C2 a liability. In Ukraine, mobile and dispersed command patterns, rapid relocation, and mission-command principles have become more than theory; they are practical necessities to survive and continue functioning under strike threat.
This trend forces difficult choices. Technically, systems must be rapidly reconfigurable and transportable; they must operate with degraded comms and minimal signatures. Organizationally, militaries must grant lower echelons greater autonomy—pre-authorized options and clearer intent—so that dispersed units can act without delay. Politically, decentralization collides with the desire of civilian leaders to retain oversight. Adversaries, sensing the value of C2 nodes, invest to find and fix those nodes, combining electronic targeting with kinetic strikes and attrition tactics.
Why these challenges matter is simple: if command breaks down, combat power frays. A disrupted C2 system can magnify tactical defeats into operational collapse, or worse, cause miscalculation and unintended escalation. The stakes include not only military outcomes but civilian harm, alliance credibility, and the political will to sustain prolonged operations.
Addressing the problem requires a multi-pronged response.
/ Invest in resilient, layered communications and cyber defenses—hardened, interoperable systems designed for graceful degradation rather than brittle perfection.
/ Adopt human-centered automation—tools that augment human judgment, provide explainability, and support rapid vetting of high-value inputs.
/ Embrace distributed command models—clear mission intent, delegation of authority, and training that exercises decentralized execution under contested conditions.
Each solution has trade-offs. Redundancy increases cost. Automation invites policy questions about responsibility and legal compliance. Decentralization tests civil-military relations and requires trust in trained subordinates. That said, the practical lessons from Ukraine are unambiguous: commanders and their staffs must prepare to operate when the lights go dim, the radios fail, and the map is noisy.
Technologists must build systems that assume compromise; policymakers must fund and authorize resilient approaches; users must train under friction and ambiguity; and analysts must measure success by continuity of command, not by pristine networks. Above all, the military enterprise must accept that C2 is now contested terrain in its own right—one that requires doctrine and procurement to catch up with the reality of hybrid warfare.
The question that remains is not whether C2 centers will face these challenges again, but whether militaries will act broadly and quickly enough to prevent a future blackout from deciding the next fight.
Source: https://modernbattlespace.com/2025/07/10/three-major-challenges-modern-c2-centers-must-overcome-on-the-battlefield/
