Yuelu Military Control Forum Opens in July, PLA High-End Equipment Enters Technical Governance Window

On July 3, a brief message was released by the China Military Network, which on the surface was merely information about a conference: the third Yuelu Military Control Forum will be held from July 7 to 8 at the National University of Defense Technology, with about 140 representatives from China and abroad discussing the promotion of military control cooperation and the facilitation of global governance. This topic may not attract as much attention as the Fujian aircraft carrier, J-35, or Dongfeng missiles, but in my view, it more accurately indicates that the modernization of the PLA has entered a new stage.

The reason is simple: once equipment development reaches a certain level, competition occurs not only on the testing ground but also at the rules table. Hypersonic weapons, low-orbit reconnaissance constellations, drone swarms, and intelligent command and control systems—any one of these alone is not easily addressed by traditional arms control treaties. In the past, arms control negotiations focused on the number of warheads, silos, and bombers; now, the more troublesome issues are software, algorithms, sensors, and data links. In simple terms, it used to be easy to count platforms, but now it is not necessarily easy to quantify capabilities.

The Role of the National University of Defense Technology is Not Arbitrary

The role of the National University of Defense Technology is quite interesting. It is not a research institution within the diplomatic system but a key node in the PLA's technological innovation system, long responsible for research tasks in areas such as computing, aerospace, and information systems. Holding the forum here indicates that discussions on military control in China are no longer merely diplomatic statements but are beginning to engage more closely with technical departments, military industrial institutions, and operational needs.

This is related to the pace of equipment development in recent years. Public information shows that the PLA's naval and air platforms are being updated rapidly, the Rocket Force's conventional and nuclear strike systems are also expanding, and unmanned systems are quickly entering training scenarios from reconnaissance and strike integration to maritime unmanned platforms. The question is whether equipment can be negotiated, how to verify it, and which capabilities can be made transparent—these are not questions that diplomats can answer alone. Without the involvement of engineering and technical personnel, arms control can easily become empty talk.

The Real Challenge is Verification, Not Slogans

Arms control sounds grand, but the most challenging aspect in engineering is verification. For example, in a hypersonic glide vehicle flight test, there is both a rocket stage and a maneuvering glide stage, making it very difficult for external observers to determine its actual range, payload, and terminal maneuvering capability. Similarly, for an AI-assisted command system, whether the algorithm model is integrated into the fire control link and whether it retains human confirmation nodes is something that cannot be discerned from satellite images.

Therefore, if this forum only discusses principles, its value is limited; if it allows technical experts to discuss verification mechanisms, crisis communication, and risk reduction, the significance is different. I believe that China has a dual need on this issue: on one hand, to avoid having the development of high-end equipment prematurely locked down by external rules, and on the other hand, to demonstrate to the outside world that rapid military expansion does not equate to a complete rejection of transparency. It is very difficult to do both well at the same time.

The Military Industrial System Also Needs a Sense of Rules

From the perspective of the military industrial sector, arms control issues will also influence research and development directions. In the past, many projects only needed to meet military performance indicators, but now they also have to consider international public opinion and export control pressures. This is especially true for drones, anti-satellite technology, and cyber offensive and defensive tools. Once certain technologies are labeled as uncontrollable proliferation, the corporate supply chain, overseas markets, and research cooperation will all be affected.

SIPRI also emphasized in its 2026 annual report that the world's major nuclear powers are still advancing modernization. In this context, China cannot place itself outside the rules. On the contrary, the faster the equipment develops, the more it must learn to convert technological advantages into negotiation chips, rather than allowing opponents to define risks for you. The balance here is very subtle; excessive transparency can expose capabilities, while complete opacity can raise the costs of misjudgment.

An Easily Overlooked Signal

The Yuelu Military Control Forum has arranged for plenary sessions, roundtable dialogues, strategic stability discussions, international sub-forums, and scenario discussions. The most noteworthy aspect here is the phrase "scenario discussions." Arms control is no longer just about treaty texts but must simulate specific crises: close encounters in the Taiwan Strait airspace, misjudgments involving unmanned platforms in the South China Sea, interference with space assets, and long-range conventional strikes being mistaken for nuclear escalation. In these scenarios, technical details often determine political consequences.

I do not believe that a single forum will change China's arms control policy, nor will it cause the PLA to slow down its equipment construction. A more realistic assessment is that China is addressing a relatively weak area from the past: as it possesses more and more high-end capabilities, how to participate in rule-making without undermining deterrence. What is truly worth watching is whether, after the meeting on July 7-8, more specific language regarding verification, transparency, and crisis communication will appear in public information. If there are still only principled statements, it indicates that the interface between technical departments and policy departments has not yet been truly established.