Using CamoGPT as a Strategic Thought Partner

A Call to Action for Army Warrant Officers

By CW4 (Dr.) Joshua Hart, DBA, Aviation

Article published on: April 1st 2025, in the Volume III, Issue 2, April-June 2025 Edition of Strength in Knowledge: The Warrant Officer Journal

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The AI-driven Leader: Harnessing AI to Make Faster, Smarter Decisions emphasizes that instead of asking “how can I solve this problem?” start by asking yourself “how can AI help me solve this problem?” (Woods, 2024). The growing innovation and complexity of modern warfare should compel Warrant Officers to actively improve their core competencies (integrate, communicate, operate, lead, and advise) by learning to use advanced tools such as CamoGPT efficiently and effectively.

CamoGPT is a generative artificial intelligence (AI) platform that assists users in data analysis, clear communication, strategic planning, and decision validation. Despite its robust potential, a leading misconception persists among Warrant Officers and military leaders alike, who often view such AI tools as merely a “cool or neat” writing assistant or a replacement for human innovation and judgment. This misunderstanding of generative AI’s use limits its strategic integration and the power it can offer users. No matter what you may hear from the media or marketing messaging, generative AI and similar AI model tools are created to amplify and enhance human capability rather than replace human insight and innovation.

Clear and precise communication, supported by AI, can enhance our decision-making accuracy, operational efficiency, and overall mission readiness. It is paramount that Warrant Officers understand how to use CamoGPT as a strategic thought partner, as it directly aligns with improving our ability to leverage our core competencies to the fullest as a cohort. AI is here to stay! Instead of waiting for the military to catch up and potentially train us, it is in our best interests to be proactive now. Keeping up with the rapid development of this thing we call “AI” not only ensures you stay technically relevant in daily operations but also helps ensure our collective capability to win the Nation’s future conflicts.

Strategies and Systems Thinking for CamoGPT Usage

By employing strategic and systems thinking, we can effectively integrate CamoGPT in a manner that aligns perfectly with the core competencies of Warrant Officers, which include our ability to integrate, communicate, operate, lead, and advise (Momeny et al., 2023). The U.S. Army trains its military leaders at the U.S. Army War College (USAWC) to apply strategic and systems thinking to comprehensively address complex operational environments, ensuring readiness and mission effectiveness (Waters, 2011). As Warrant Officers, we lack a deeper understanding of its application because of the surface-level knowledge we receive during our Professional Military Education (PME). CamoGPT, by design, aligns with the Army’s strategic objectives of enhancing operational efficiency, decision-making accuracy, and clarity in command communications, enabling Warrant Officers to rise to those we advise and apply our competencies more effectively (Enhancing Military Effectiveness through the Integration of CAMO and NIPR GPT, 2025).

Strategic thinking enhances our ability to anticipate the second- and third-order effects of decisions, a massive benefit of CamoGPT’s predictive analytics capabilities. For instance, Warrant Officers who apply systems-thinking principles can use CamoGPT to help validate and test operational scenarios, thereby enhancing our ability to advise commanders. This systematic approach helps to reduce uncertainty, increase operational readiness, and streamline the entire decision-making process.

Because CamoGPT integration upholds and promotes the Army’s professional values of integrity, responsibility, and excellence by reinforcing rigorous analytical standards and supporting human oversight of outputs, it makes it a better option than using a non-military test system such as OpenAI’s ChatGPT or Anthropic’s Claude (Enhancing Military Effectiveness through the Integration of CAMO and NIPR GPT, 2025). Inherently, Warrant Officers who use CamoGPT, a U.S. Army-sourced and procured solution, show a commitment to ethical leadership, reflecting the core Army professional values and objectives.

Using and integrating CamoGPT through a strategic and systems-thinking perspective, Warrant Officers help reinforce our crucial role within the Army’s command structure, as it directly supports Army-wide readiness and effectiveness (Fazekas, 2023). This deliberate integration also closely aligns with the Army’s overarching goals of a holistic, elastic approach, forging a future advantage in warfare (Bahoque et al., 2025).

Understanding CamoGPT’s Role to Enhance, Not Replace Expertise

By gaining a clear understanding of CamoGPT’s capabilities, Warrant Officers are better equipped to use artificial intelligence (AI) effectively and efficiently, thereby enhancing our decision-making processes. CamoGPT can offer analytical, communication, and strategic advantages through its various applications, not just as a “cool” writing assistant. This tool extends beyond basic generative functions, enabling complex data analysis and strategic communication refinement to support commanders and staff (Army CAMO GPT, 2025).

It is important to understand that AI tools like CamoGPT are designed to complement human expertise, not replace it (Otto & Mănescu, 2023). The strategic use of CamoGPT enhances Warrant Officers’ inherent analytical abilities by providing clarity in complex operational environments. Think of AI as the perfect “thought partner,” where your ideas and intuitions can be assessed, validated, and refined. It also helps gain new perspectives on a problem set that you may be very familiar with. With that, certain biases can be reduced, as CamoGPT can aid in validating operational assumptions and exploring alternative courses of action (Schirmer & Léveillé, 2021). By doing so, CamoGPT reinforces the Warrant Officers’ core competencies rather than diminishing their roles.

A Warrant Officer’s effective use of CamoGPT closely aligns with our roles in advising commanders by helping streamline and improve communication clarity. This AI-driven capability enables more precise briefing preparations, deeper scenario analysis, and strategic validation, thereby promoting the operational effectiveness of our cohort (Fazekas, 2023; Warren et al., 2025). Therefore, understanding not only the strategic but also the practical use of CamoGPT promotes professional excellence, allowing Warrant Officers to enhance their decision-making abilities and uphold our role as trusted advisors to commanders, rather than a replacement for our inherent expertise.

CamoGPT’s Practical Use in Various Roles

Generative AI (CamoGPT) will help guide this section by illustrating practical use-case scenarios. I have chosen CamoGPT as the organizer and architect so that the practical applications of this AI come directly from the source. Any actual use of generative AI by CamoGPT will be indicated, with “(Army CAMO GPT, 2025)” as the cited source. It is also essential to understand that when using prompts, you should either place the prompt before or after the information you are sharing to make full use of CamoGPT’s assistance. The content you want help with will either be uploaded as a file or copied and pasted into the message window, along with the prompt being used. If it is already uploaded, you can make a request such as, “Using the attached/uploaded document, [prompt being used].” Always interact with generative AI as if you are explaining your request to a young child or a soldier unfamiliar with the tasks you need completed. Use context and specific directions to increase the likelihood that the generative output aligns with the information you are seeking. When in doubt, fact-check, test a new prompt in a different chat window to help combat hallucination (making things up), or provide additional context and information.

Staff Planner

CamoGPT can support staff planners in applying the Military Decision Making Process (MDMP) and Army Design Methodology (ADM). Prompt examples such as “Develop initial framing questions for the commander’s intent and military end state,” and “Outline alternative courses of action considering operational constraints” (ADP 5-0 The Operations Process, 2019; Army CAMO GPT, 2025). These prompts help with scenario analysis, encourage structured problem-solving, and enable a comprehensive evaluation of operational possibilities (Army CAMO GPT, 2025; Fazekas, 2023). By employing AIsupported methodologies, staff planners can enhance their ability to quickly and correctly synthesize information, thereby strengthening their advisory role, operational clarity, and overall decision-making quality (Fazekas, 2023; Scholl et al., 2024).

Training Facilitator

CamoGPT empowers Warrant Officers as training facilitators to help design practical and scenariodriven exercises. Using prompts such as “create a realistic tactical scenario for immediate response drills” can quickly generate clear, concise, and relevant training content that aligns with the specific operational demands required (Army CAMO GPT, 2025; Schirmer & Léveillé, 2021). This AI-driven approach strengthens the competencies of communication, leadership, and operational integration by enhancing training realism, responsiveness, and accuracy (Army CAMO GPT, 2025). Warrant Officers who use CamoGPT can better ensure that personnel readiness aligns with dynamic real-world operations, thereby supporting improvements in unit readiness and mission effectiveness (Beagle & Rund, 2024).

Knowledge Manager

CamoGPT can serve as a perfect memory aid, thereby enhancing a Warrant Officer’s competencies in integration, communication, and operations by synthesizing and managing institutional and personal knowledge and experiences. Prompts such as “summarize critical lessons learned from recent operational engagements” enable Warrant Officers to understand and quickly disseminate these insights, thereby streamlining the flow of knowledge throughout the command structure (Army CAMO GPT, 2025; Warren et al., 2025). This AI-assisted management of information helps reduce cognitive overload, supports quick, informed decision-making, and enables better continuity and clarity in knowledge dissemination and management (Army CAMO GPT, 2025; Beagle & Rund, 2024; Fazekas, 2023).

Communications Aide

CamoGPT improves a Warrant Officer’s communications by refining and clarifying briefings and written correspondence for subordinates, peers, and senior leadership (Steddum, 2022). Through AI-driven prompts, such as “Refine this command briefing for precise senior leader engagement,” Warrant Officers can tailor complex information into concise, impactful communications (Army CAMO GPT, 2025; Caraher, 2020). This process enhances clarity, precision, and conciseness in messaging, thereby strengthening communication skills and advisement, both of which are part of our Warrant Officers’ core competencies. By using CamoGPT, Warrant Officers can easily improve the quality and effectiveness of their interactions with key leaders, ensuring the timely, accurate, and strategic dissemination of critical information, which supports informed decisions (Army CAMO GPT, 2025; Otto & Mănescu, 2023).

Logistics and Operations Analyst

CamoGPT can accurately help Warrant Officers with logistical and operational analysis, directly aligning with our core competencies in operating, integrating, and advising. Example prompts, such as “Analyze logistical constraints for a 30-day sustained operation,” will help identify potential operational bottlenecks and resource limitations (Army CAMO GPT, 2025; Scholl et al., 2024). This rapid yet accurate analytical capability of CamoGPT helps enhance our strategic planning and decision-making, especially when we often find ourselves in resource-limited situations and/or with limited staff support (Fazekas, 2023). By using CamoGPT, Warrant Officers can systematically reduce risks and assumptions, thereby improving operational sustainment strategies and making practical, efficient contributions to mission readiness, operational success, and the strategic alignment of resources in complex military environments (Army CAMO GPT, 2025; Warren et al., 2025).

Table titled ¶Matrix: CamoGPT Strategic Use and Prompt Examples¶ with three columns showing Warrant Officer Competency, Staff Role, and Sample Strategic Prompt. The table contains seven rows mapping competencies like ¶Integrate, Advise¶ and ¶Lead, Communicate¶ to roles such as Staff Planner and Training Facilitator, with corresponding strategic prompts for each role. A note at the bottom indicates the table was created using OpenAI's GPT 4.5 LLM from Chat.com in 2025.

Ethical Considerations and Limitations

Using CamoGPT requires professional integrity and a strong awareness of its limitations. Ethical considerations arise from inherent limitations in data accuracy, security classifications, and potential biases embedded in the AI decision-making process (Fazekas, 2023; Kone et al., 2024; Ryan, 2020). As CamoGPT largely relies on the quality and integrity of input data, inaccuracies or bias in these datasets may compromise outputs, potentially leading to flawed operational decisions (Army CAMO GPT, 2025; Warren et al., 2025).

The necessity for strict human oversight becomes apparent in light of these limitations. Warrant Officers must carefully validate any AI-generated insights and recommendations to ensure alignment with ethical standards, operational objectives, and professional military values (Army CAMO GPT, 2025; Conitzer et al., 2017). Moreover, because CamoGPT cannot currently process or manage Controlled Unclassified Information (CUI) on NIPR networks, Warrant Officers must exercise caution when providing sensitive information to the platform (Army CAMO GPT, 2025). CamoGPT, however, is available on SIPR and other protected data networks, allowing it to provide the same capabilities regardless of the classification required for a strategic thought partner.

Conclusion

We, as Warrant Officers, now stand at a pivotal moment in the U.S. Army amid force structure changes and rapidly advancing technological innovations. We must lead the charge for change by starting to ask the question, “How can AI help me solve this problem?” This will not only elevate our core competencies (integrate, communicate, operate, lead, and advise) but also help us better understand and act on the increasingly complex and dynamic nature of modern warfare and military operations.By proactively welcoming, embracing, and mastering generative AI tools such as CamoGPT, we not only ensure our individual technical relevance but also collectively enhance the Army’s success and operational effectiveness. In our current era, characterized by the “do more with less” mentality, an initiative as a cohort can demonstrate to the broader Army the value and strategic necessity of AI integration to enhance, rather than replace, each of us. Through thoughtful, ethical use and human oversight, we can lead the way in fully embracing AI into daily operations, creating a more succinct and capable fighting force by becoming stronger and better together.

References

ADP 5-0 The operations process. (2019). Headquarters, Department of the Army. https://armypubs. army.mil/epubs/DR_pubs/DR_a/ARN18126-ADP_5-0-000-WEB-3.pdf

Army CAMO GPT. (2025). Tradewindai. https://tradewindai.com/ai-acquisition-playground/army-camo-gpt

Bahoque, B., Taylor, D., Smith, M., McDowell, K., & Enochs, K. (2025). Forging future advantage—An elastic approach. U.S. Army War College. https://media.defense.gov/2025/Jun/02/2003730535/-1/-1/0/FORGING_FUTURE_ADVANTAGE.PDF

Beagle Jr., M., & Rund, T. (2024). Continuous transformation: Institutional transformation in contact. Military Review Online Exclusive.

Caraher, P. L. C. (2020). Communicating with senior leaders checklist. Amplified Communication & Learning Lab.

Conitzer, V., Sinnott-Armstrong, W., Borg, J. S., Deng, Y., & Kramer, M. (2017). Moral decisionmaking frameworks for artificial intelligence. Proceedings of the AAAI Conference on Artificial Intelligence, 31(1), Article 1. https://doi.org/10/gsf2jk

Enhancing military effectiveness through the integration of CAMO and NIPR GPT. (2025). Center for Army Lessons Learned. https://api.army.mil/e2/c/downloads/2025/03/07/840ed7cf/25-958-enhancing-military-operational-effectiveness-through-the-integration-of-camo-and-nipr-gpt.pdf

Fazekas, F. (2023). Mission command and artificial intelligence. Land Forces Academy Review, 28(2), 69–79. https://doi.org/10/g9nszv

Kone, L. A., Leonteva, A. O., Diallo, M. T., Haouba, A., & Collet, P. (2024). AI ethical framework: A government-centric tool using generative AI. International Journal of Advanced Computer Science and Applications (Ijacsa), 15(11), Article 11. https://doi.org/10/g9nsx7

Momeny, L., Dowling, N., & Wolf, J. (2023). Identifying common core competencies of the Army Warrant Officer. Strength in Knowledge, 1(1).

Otto, S., & Mănescu, G. (2023). Will artificial intelligence (AI) replace a human Commander in the Army? Scientific Bulletin, 28(1), 79–87. https://doi.org/10/g9nsz4

Ryan, M. (2020). In AI we trust: Ethics, artificial intelligence, and reliability. Science and Engineering Ethics, 26(5), 2749–2767. https://doi.org/10/ggz6zt

Schirmer, P., & Léveillé, J. (2021). AI tools for military readiness. https://www.rand.org/pubs/research_reports/RRA449-1.html

Scholl, K., Briggs, G. J., Zhang, L. A., & Salmon, J. L. (2024). Understanding the limits of artificial intelligence for warfighters: Volume 5, mission planning. https://www.rand.org/pubs/research_reports/RRA1722-5.html

Steddum, J. (2022). We need to communicate more clearly. Newsliner.

Warren, K., Menthe, L., Kane, B. R., Kessler, S., Lee, M., Lumpkin, D., Snyder, D., Zhang, L. A., Hartunian, A. E., & Konetzki, S. (2025). Improving sense-making with artificial intelligence. https:// www.rand.org/pubs/research_reports/RRA3152-1.html

Waters, D. (2011). Understanding Strategic thinking and developing strategic thinkers.

Woods, G. (2024). The AI-driven leader: Harnessing AI to make faster, smarter decisions. AI Thought Leadership.

Author

CW4 (Dr.) Joshua Hart, DBA, Aviation