Brian Walker, Founder of REVEL, accelerates humanoid robotics adoption by building the world's largest library of digital twins for physical embodied AI training, positioning REVEL as "Scale AI for robotics" while pursuing partnerships with major manufacturers, including Dyson, Bosch, Milwaukee, Stanley Black & Decker, and IKEA. Originally a Czech filmmaker who spent 17 years in Hollywood working on major epics while building tech companies, Brian returned to Europe with his family after 18 years away, where he connected with Project Europe's ecosystem and acquired a Stockholm hackathon team for €20K to build RAY (REVEL AI), an industry-specialized outreach tool that generated €100K ARR in its first week across five fashion brand licenses seeking AI-forward lead generation solutions. REVEL addresses the fundamental robotics data bottleneck by creating high-fidelity digital twins that capture precise material properties, force feedback mechanisms, and collision meshes, enabling domain-randomised simulation training that can achieve "10 years of real-world robot training in two hours" across millions of environmental variations including gravity, friction, wind, and temperature changes. Brian champions humanoid robots over specialised automation because existing infrastructure is designed for human operation—from CNC machines to combines to construction equipment with 10-20 year lifespans—making humanoids the practical transition solution while companies avoid expensive manufacturing overhauls costing hundreds of millions. REVEL's digital twins embed complete metadata, including spring tension calculations for trigger mechanisms, torque specifications, and thermal properties, allowing robots to "see the Matrix" with full parameter visibility for intuitive manipulation, while their planned certification layer would create competitive advantages for manufacturers whose robot-ready products gain preferential factory selection. Brian envisions services like IKEA assembly robots that use public transport to reach customers' homes, automatically identify missing parts, and coordinate replacement deliveries, ultimately creating labour automation abundance that frees humans for creativity, relationships, and multi-planetary exploration while teasing a Project Lovable-style robotics community event for September featuring top-tier engineering teams, major industry sponsors, and prominent guest speakers.