Beyond Connectivity

Measuring Mission Command Through Decision Velocity

By Sgt. Jermaine S. Sayers

July 1, 2026 | Army Communicator, Summer 2026 Edition

Read Time: < 7 mins

"We give our Army the voice to give command."

The Signal Corps has fulfilled this mission by connecting commanders to formations across the battlefield for over 160 years. From signal flags and torches during the Civil War to satellite communications spanning the globe, signal Soldiers have enabled command and control in every major conflict. However, connectivity itself is not enough in this new era of multidomain operations, artificial intelligence (AI), and contested communications environments.

Communication success within the Army is often assessed using metrics including network availability, bandwidth, uptime, and coverage. Athough these measures continue to be relevant, they do not determine the key issue facing modern commanders: Does the network facilitate faster decision-making and execution than the enemy can achieve?

Army doctrine states that successful execution requires Army forces to make and implement effective decisions faster than enemy forces (Department of the Army, 2019). If victory hinges on effectiveness and pace of decision-making, decision velocity rather than connectivity alone should serve as the primary measure of mission command.

Purpose Behind Connectivity

“The Signal Corps March” captures the Corps' enduring purpose:

From flag and torch in the Civil War, To signal satellites afar. We give our Army the voice to give command, On battlefield or global span. The key phrase is not “signal satellites afar;”

The key phrase is “the voice to give command.” The value of communication lies not in communication itself, but in its ability to facilitate and command control.

Every radio, satellite link, tactical network, and command post exists to help commanders understand situations, issue guidance, synchronize operations, and accomplish missions. C2, in accordance with Army Doctrine Publication 6-0, enables commanders to comprehend situations, make decisions, direct actions, and lead forces toward mission accomplishment (Department of the Army, 2019). Consequently, the measure of effective C2 is not solely the transmission of information but the decisions and actions that are enabled as a result of information.

More Than Networks

Mission command is the Army’s approach to C2 that empowers subordinate decision-making and decentralized execution appropriate to the situation (Department of the Army, 2019). This philosophy depends on mutual trust, shared understanding, disciplined initiative, and commander’s intent. Mission command is not built upon technology alone; it is built upon people and their ability to make decisions under conditions of uncertainty.

Studies on military command indicate that during chaotic operations, effective leaders navigate pressure by utilizing sensemaking, experience, cohesion, and trust (Tyler & Tyler, 2015). This reinforces that while informational networks facilitate the process, they cannot substitute for fundamental human decision-making. Similarly, research conducted under the Tactical Decision Making Under Stress program found that decision quality breaks down when the volume of information presented exceeds a person’s capability of processing it (Hseu et al., 1992).

In essence, more information does not automatically lead to better decisions. This distinction is critical as a network that provides unlimited access to data but overwhelmed decision-makers may actually reduce operational effectiveness. Conversely, a network that provides commanders with relevant and actionable information can significantly improve mission outcomes.

Understanding Decision Velocity

Decision velocity is the method of how quickly and effectively decisions are made and executed within an organization (Jafferi, 2025). Organizations that have high decision velocity are more adaptive, more innovative, and better positioned to capitalize on opportunities. Conversely, slow decision velocity increases friction, delays action, and allows competitors to gain advantages (Jafferi, 2025).

The concept extends beyond the business world. The GitLab Handbook describes decision velocity as the ability to increase both the quality and quantity of decisions made within a given period of time while maintaining a bias toward action (GitLab, n.d.). This principle directly supports the Army’s mission command philosophy.

The role of mission command is to empower subordinate leaders to act within the commander’s intent rather than waiting for detailed guidance. Faster, high-quality decisions at lower echelons increase agility and responsiveness throughout the force.

Future Battlefield

The future battlefield will be saturated with sensors, intelligence feeds, autonomous systems, and AI. Commanders will have access to more information than at any point in military history. However, the challenge is not obtaining information; the challenge is transforming information into understanding. Bhatnagar (2026) argues that modern warfare increasingly relies on algorithmic systems that influence decisions at speeds beyond human comprehension. While these systems provide advantages in speed and scale, they also introduce risks such as overreliance on automated recommendations and the potential erosion of human judgment.

On the same coin, Matei and Reed (2025) argue that AI can enhance mission command by condensing large volumes of battlefield data into decision-quality information. Their research emphasizes information asymmetry, where detailed information flows upward while concise, actionable guidance flows downward. This process enables commanders to focus on decisions rather than data management. These findings suggest that future success will depend less on moving more information and more on delivering the right information to the right decision-maker at the right time.

Beyond the Network

Creel and Torrence (2025) argue that the Signal Corps must evolve from being a provider of connectivity to becoming an enabler of decision dominance. They contend that the Army's success depends on its ability to see, decide, and act faster than its adversaries. This perspective represents a significant shift in how signal Soldiers should view their role. Rather than focusing solely on technical performance metrics, signal leaders should consider how communications systems contribute to operational outcomes.

Questions worth asking include: “Did the network accelerate decision-making?” “Did it improve shared understanding?” “Did it support disciplined initiative?” “Did it reduce decision-making timelines?” “Did it contribute to mission accomplishment?”

These questions better reflect the purpose of communications within mission command.

How to Measure Decision Velocity

Decision velocity can become a significant mission command metric. Signal leaders can transcend measuring network performance alone by assessing how communication systems contribute to operational decisions. The metrics could include the time interval between information collection, commander awareness, dissemination of orders/decision issuance and subordinate acknowledgment, also the speed at which units execute directed actions. During training exercises and operations, signal leaders can compare these timelines against mission outcomes to identify bottle-necks that affect decision making. The evaluation of how rapidly information is transformed into decisions and decisions into actions can determine the efficiency of communication systems for commanders to understand, decide, and act faster than adversaries. This approach aligns technical network performance with the ultimate purpose of mission command: creating decision advantage on the battlefield.

Conclusion

The Signal Corps has always provided the Army with the voice to give command, yet connectivity has never been the end state. Army doctrine emphasizes that successful execution depends upon making and implementing effective decisions faster than enemy forces (Department of the Army, 2019). Modern research on decision-making, mission command, and AI reinforces this principle by demonstrating that the value of information lies not in its volume but in its ability to support action (Matei & Reed, 2025; Tyler & Tyler, 2015).

As warfare becomes increasingly data-driven, the Army must look beyond traditional connectivity metrics and focus on what truly matters: decision velocity. The greatest contribution of the Signal Corps is not merely connecting systems. It is enabling commanders and formations to understand, decide, and act faster than any adversary.

Notes