Recently, US Defense Secretary Hegseth delivered a speech at the Marine Corps Base Quantico in Virginia, announcing the launch of the "Meridian Plan." This is not a new weapon, nor a new military branch, but a report required to be completed within 120 days, proposing a complete target roadmap for future warfare forms and implementation paths.
According to the memorandum signed by Hegseth, the final deliverables must be submitted before January 28, 2027, including a public report and a classified annex. What differs greatly from the US military's previous strategic planning processes is that the "three-person leadership group" responsible for this task consists of three outsiders with no military background whatsoever: SpaceX CEO Musk, Anduril founder Palmer Luckey, and former House Speaker Gingrich.
Hegseth said the "Meridian Plan" must determine the domains the US military must conquer and the capabilities it must master in the future. Palmer Luckey put it more bluntly: what they need to study is not the wars being fought today, but the wars the US will fight in 2030, 2050, and 2100, and what the US should build now to gain decisive advantage. Simply put, what the "Meridian Plan" aims to do is study future warfare and how to help the US regain decisive superiority.
The most obvious feature of this plan is that the US has transferred the design authority for future warfare from the traditional military-industrial complex to Silicon Valley tech elites.
Systemic Transformation
The direct motivation behind the US military's push for the "Meridian Plan" is anxiety over the speed of weapons and equipment renewal. For a long time, giants like Lockheed Martin, Boeing, and Raytheon have adopted a linear acquisition model: from requirements initiation, demonstration and approval, to model finalization, small-scale production, and then mass construction. A major combat platform typically takes 10 to 15 years from project initiation to full deployment.
For example, the US fifth-generation main fighter F-35 was initiated in 2001, first flew in 2006, and only entered full-rate production and large-scale deployment after 2020, spanning nearly 20 years. In the context of current great power competition, this model can hardly adapt to the new situation of rapid development in military technology. Equipment that was considered advanced at project initiation may already be outdated by the time it is deployed.
The erosion of long-held military superiority is now the greatest anxiety for US politicians. They believe that in areas such as sixth-generation fighters and shipbuilding capacity, the US is being caught up with or even surpassed, and that the military hegemony the US established after World War II is at serious risk. In the recent US-Iran conflict, US carrier strike groups encountered many embarrassing situations, including having nowhere to dock, and US military bases in the Middle East were attacked multiple times with heavy losses.
The US military faces a harsh reality: if it cannot even subdue an opponent like Iran, how can it defeat adversaries in possible future high-end warfare? Hegseth believes the cause of this unfavorable situation lies in the incompetence and inefficiency of the traditional military-industrial complex, and that reversing the decline requires tearing down the entire system and introducing new transformative forces. The ones serving as white knights are precisely Silicon Valley tech elites represented by Musk and Palmer Luckey.
Why Musk?
The most unusual aspect of the "Meridian Plan" is that it is not the military absorbing commercial technology, but directly using Musk's commercial ecosystem as the core backbone of the US military's next-generation warfare. In fact, Musk's industrial system, which has long presented itself as commercial and civilian, naturally possesses dual-use military-civilian attributes, aligning with the rapid iteration and low-cost deterrence approach proposed by Anduril founder Palmer Luckey, and can serve as the military foundation for future operations.
The operational capabilities of "Starlink" and its military version "Starshield" have been fully validated in the Russia-Ukraine conflict. The so-called "four ounces deflecting a thousand pounds" is precisely because the Starlink system maintained the integrity and efficiency of the Ukrainian military's command chain and kill chain, enabling Ukraine to hold on until now despite the enormous power disparity. Of course, such strong dependence can also backfire. Whether it is US President Trump or Musk, both can influence the direction of the battlefield by throttling or cutting off service.
In fact, beyond stable, fast, and gap-free network communication capabilities, Starlink has even more military potential. By installing radar and electronic reconnaissance equipment on satellites, civilian communication satellites can transform into military reconnaissance satellites. In extreme cases, relying on their massive numbers and low cost, Starlink satellites could completely transform into suicide satellite swarms, threatening potential adversaries' various space assets.
The accompanying "Starship" heavy reusable launch platform is an even more disruptive space delivery tool, capable of rapidly launching military payloads in batches at extremely low cost. In future high-end warfare, if both sides' existing satellite networks are mutually destroyed, the US military could rely on Starship to reconstruct satellite constellations in a short time.
The Optimus humanoid robot that Musk is focused on building is planned to reach an annual output of 1 million units by the end of 2027. Although Musk's plans are often delayed, it must be acknowledged that they are indeed developing rapidly. In advertisement videos, Optimus robots are all used for household purposes—cooking, cleaning, and taking care of children. The scenes feel warm, and the future seems infinitely promising.
However, behind such warm scenes, one should not forget an iron law: virtually every advanced technology and piece of equipment invented in human history has almost invariably been used for war first. Humanoid robots capable of integrating into family life as chefs, drivers, and nannies have even greater potential to perform reconnaissance, bomb disposal, position guarding, and supply transport on the front lines, or even directly replace soldiers in attacking and killing—seeing more clearly, running faster, and shooting more accurately, while not getting hungry, tired, or afraid. Once such robot soldiers enter the battlefield on a large scale, the form of warfare may return to the stage of dimensional strike of firearms and artillery against swords and spears.
Even the seemingly harmless Neuralink brain-computer interface has military applications for direct human-machine control, allowing soldiers to directly control drones, unmanned vehicles, and next-generation large mecha combat terminals through thought, greatly improving individual soldier combat effectiveness. In addition, brain-computer interface technology also has great potential in reading brain information and altering cognition, capable of directly influencing or changing individual or group cognition, truly achieving "winning hearts and minds first."
Tesla vehicles, with a global fleet of over 9 million units, possess not only powerful surrounding environment detection, analysis, and data transmission capabilities, but also increasingly mature autonomous driving, onboard perception, and battery power technologies that can be directly transferred to military unmanned combat vehicles and automatic weapons platforms. While improving performance, their scaled supply chain can also significantly lower the cost of military unmanned vehicles.
Near-Term Real, Long-Term Virtual
Many people, upon first seeing the "Meridian Plan," are easily drawn in by its grand narrative, extending from surface battlefields all the way to cislunar space. Concepts such as space combat platforms, unmanned tanks and infantry fighting vehicles, and mecha warriors appear together, as if a future war from a sci-fi movie is about to become reality.
However, if technology maturity, budget cycles, political maneuvering, and combat validation thresholds are weighed together, the most realistic advancement logic of this plan is a typical "near-term real, long-term virtual" approach. Near-term projects will be prioritized for deployment and combat use; long-term concepts are more about directional guidance and long-term preliminary research, and will not build the legendary ultimate warfare system in one step.
Within a short-term window of five years, the focus of the "Meridian Plan" will anchor on technologies that have already passed prototype validation and are ready for rapid production, prioritizing network completion, trial installation, and combat trials. "Starshield," relying on mature low-orbit satellite technology, will continue to expand its network and capacity, providing low-latency, highly survivable secure communications and persistent reconnaissance capabilities for combat units dispersed across land, sea, and air.
"Starship" will focus on developing global rapid delivery capability for materials and equipment, first solving the efficiency problem of strategic mobility rather than directly transforming into an orbital weapon. Meanwhile, AI-assisted command systems and low-cost unmanned vehicle platforms will become force multipliers. Such equipment has already undergone battlefield testing in multiple local conflicts, with controllable costs and fast iteration speeds, fitting the Silicon Valley innovation model of "rapid trial and error, mass replication," allowing the US military to rapidly deploy them to front-line units.
At this stage, it is not about completely restructuring the existing combat system, but about adding intelligent and space-based new modules to traditional forces, using mature technologies to quickly achieve visible battlefield gains.
When the timeline extends to a medium-term phase of 5 to 10 years, the "Meridian Plan" may enter a climbing period, with significantly increased uncertainty. Humanoid robots will not enter the battlefield on a large scale, but will be prioritized to replace high-risk positions such as bomb disposal, nuclear, biological, and chemical detection, and forward close reconnaissance. The proportion of unmanned platforms on the battlefield will further increase, with more unmanned weapons platforms entering the battlefield and forming interconnected unmanned combat systems with current drones and unmanned boats.
This phase is characterized by trial and adjustment along the way, but there are also multiple variables such as technology bottlenecks, budget allocation, and program modifications. Any one variable could extend the cycle or compress the scale of deployment.
As for the long-term picture beyond 10 years—the cislunar operations, permanent lunar military nodes, and soldier brain-computer fusion that the public is most interested in—these basically remain at the level of conceptual deduction, basic preliminary research, and long-term technology reserves, belonging to the typical "virtual" line. Space warfare, robot soldiers, and brain cognition attack and defense—these technologies carry enormous ethical risks and international political risks, and still have a long way to go before stable, safe, and large-scale military use.
Structural Contradictions
The blueprint of the "Meridian Plan" is splendid and its foundation is complete, yet it carries inherent structural contradictions. The first is conflict of interest. The plan's co-chairs, Musk and Luckey, have companies that are directly relevant parties to the largest future defense orders. SpaceX and Anduril both hold massive Pentagon contracts, and the "Meridian Plan" is precisely studying the areas in which these companies operate.
Having contractors participate in defining the military's future needs—how to avoid conflicts of interest is a question this arrangement must address. Even though the current Trump administration is deeply tied to the emerging Silicon Valley tech groups represented by Musk and Luckey, which can temporarily advance the plan's execution, the traditional military-industrial groups whose cheese has been moved or who have even been directly pushed off the table will inevitably do everything they can to obstruct and sabotage it.
Once power changes and party rotation occur in the upcoming midterm elections and the next general election, the future of this plan will become highly uncertain.
The second is that the concepts are too far ahead. Cislunar space operations, full-domain AI autonomous decision-making, large-scale humanoid robot swarms, and brain-computer military applications do indeed represent the direction of future combat development, but if an aggressive leapfrog development path is adopted, enormous technical risks will be faced. Stride too far, and there will be a dangerous gap in combat power.
Nazi Germany invested heavily in developing next-generation weapons such as jet fighters and ballistic missiles during World War II, achieving considerable progress for a time, but it was precisely these high opportunity costs that led to Germany's defeat in the competition over the quantity of conventional weapons. After all, even the finest Tiger tanks could not defeat the "plain-looking but mass-produced" T-34 tanks.
Learning from history, if the US military invests its capital heavily in future technologies, it may likewise face the dilemma of gaining short-term advantage but finding it difficult to sustain in the long run amid great power competition.
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