The Autonomy Gap: Why Most Mine Sites Still Run on Human Drivers Despite autonomous haulage technology existing in commercial form for well over a decade, the overwhelming majority of haul trucks operating globally today are still guided by human drivers. This is not a technological failure. It is a structural one. The architecture of how autonomy has been sold to the mining industry has, paradoxically, made it inaccessible to most of the mining industry. Understanding why this gap exists, and why the Hitachi and Pronto mine automation partnership represents a meaningful attempt to close it, requires looking beyond the headline agreement and examining the deeper mechanics of how autonomous haulage systems are deployed, priced, and integrated into operating mines. When big ASX news breaks, our subscribers know first The Vendor Lock-In Problem That Has Quietly Defined Mine Automation Autonomous haulage systems did not emerge from a philosophy of openness. The first large-scale commercial deployments, pioneered in the Pilbara region of Western Australia, were engineered as tightly integrated, single-OEM solutions. Caterpillar autonomous haulage and Komatsu's FrontRunner both require operators to run dedicated, brand-specific truck fleets, often with bespoke communication infrastructure and proprietary safety validation frameworks built specifically around that manufacturer's hardware. For Tier 1 operators running hundreds of identical trucks across mega-mine operations, this model is commercially justifiable. The capital commitment to a uniform fleet is already baked into the project economics. But for mid-tier and smaller operations, the arithmetic simply does not work. Consider what a conventional closed AHS deployment actually demands: - Full replacement or phase-out of existing mixed-brand haul truck fleets - Proprietary onboard computing and sensor hardware tied to a specific OEM - Long-term service and licensing agreements with a single technology vendor - Significant upfront capital before a single tonne of autonomous production is achieved These