As international discussions on lethal autonomous weapons systems enter an important phase, experts highlight a definition problem. While global bodies debate arms control, the critical policy question centers not on whether a weapon is autonomous, but on the specific functions operating independently and under what human control.
The global debate surrounding lethal autonomous weapons systems, commonly known as LAWS, is entering a decisive phase as international entities formulate potential regulatory instruments. For nations like South Africa, navigating this complex diplomatic and technological landscape requires balancing international humanitarian obligations with sovereign defense industrial capabilities. Rather than treating autonomy as an all-or-nothing proposition, policymakers face the task of dissecting how weapon systems actually function in the field.
Functional Autonomy Versus Blanket Prohibitions in International Negotiations
For more than a decade, the United Nations Convention on Certain Conventional Weapons Group of Governmental Experts on emerging technologies has examined the multifaceted implications of autonomous armaments. Throughout 2026, these deliberations advanced toward formulating specific elements for a potential international instrument, though whether that framework will eventually become legally binding remains undetermined. The ongoing talks synthesize complex legal, military, and technological realities, highlighting a spectrum of technological capability that extends from direct human control to fully independent mission functions.
Analysts note that autonomy in navigation or object classification does not automatically equate to autonomous decisions regarding the application of lethal force. An uncrewed platform might navigate terrain independently while keeping target engagement strictly under human command, or an artificial intelligence application might assist in sorting sensor data while an operator makes the final strike authorization. This functional complexity suggests that regulatory approaches should avoid treating every distinct application as an equivalent risk.
Do we support or oppose autonomous weapons?
Unnamed framing question identified in defenceWeb analysis
Instead of broad bans that fail to capture technical realities, policy experts argue that the central inquiry must examine which exact functions operate autonomously, under what operational constraints, and with what level of human oversight. This targeted methodology allows regulatory bodies to address genuine legal and humanitarian hazards without accidentally criminalizing defensive technologies or administrative automation.
Technological Sovereignty and Strategic Defense Priorities
For nations developing domestic defense sectors, maintaining technological sovereignty has emerged as a paramount concern alongside traditional arms control. Modern defense manufacturing relies extensively on global supply chains and international partnerships, meaning sovereign capability does not require producing every individual component inside domestic borders. Instead, it demands sufficient national competence to understand, test, assure, and maintain strategically vital systems acquired from external suppliers.
Without adequate national expertise, a state risks ceding control over the operational software and foundational logic governing advanced military hardware. Retaining this technical depth ensures that governments can independently evaluate the reliability, security, and legal compliance of sophisticated armaments before deployment. Furthermore, maintaining sovereign mastery over defense research, development, and innovation strategies prevents nations from becoming entirely dependent on foreign contractors for mission-critical updates and tactical adjustments.
Counter-Autonomy and the Need for Defensive Resilience
Any comprehensive regulatory approach must also account for counter-autonomy, anticipating scenarios where rival states field increasingly independent military assets. Defense planners point out that adversaries utilizing autonomous platforms will compel others to develop robust defensive capabilities, ranging from electronic warfare and cyber resilience to sensor deception detection and autonomous interception systems.
An overly restrictive arms control framework that inadvertently blocks the creation of necessary defensive technologies could leave armed forces vulnerable to emerging threats. Consequently, experts emphasize that policy frameworks must harmonize humanitarian risk mitigation with the practical requirement to detect, understand, and neutralize foreign autonomous systems.
The Upcoming Review Conference and Unresolved Strategic Questions
Poorly governed systems risk creating accountability gaps, unintended escalation, and humanitarian harm, while clumsy regulations could stifle vital defensive innovation.
The fundamental challenge for governments involves participating in multilateral frameworks while retaining enough sovereign technical competence to make independent decisions in the national interest. How delegations reconcile these competing pressures at the upcoming sessions will shape the operational and legal parameters of military technology for years to come.