For Dell Technologies World 2026, I led the visual design direction for Samsung Semiconductor's presence, extending the flagship "Architecting AI Systems" theme first established at Nvidia GTC into a partnership-driven chapter: "Architecting AI Systems: Breakthrough Together." Following this year’s visual identity, I treated the flagship moments as a single, cumulative brand system, carrying the core visual language forward from GTC and adapting it for the Dell context to build consistent Samsung brand recognition and equity across the entire 2026 event calendar.
The Challenge: To translate a co-engineering partnership into a single visual story, positioning Samsung's advanced DRAM and NAND as the foundational infrastructure powering Dell's enterprise AI platforms, while holding a distinct Samsung identity inside a co-branded environment. The problem was making hardware feel consequential: shifting a technical audience's attention from algorithms to the memory and storage architecture that determines whether AI workloads scale or stall.
The Solution: I extended the NVIDIA GTC design system into the Dell environment, adapting its modular architecture, and motion language for a partnership context. This scaled a consistent Samsung identity across the Dell × Samsung co-presentation, breakout session contents, and supporting digital and environmental touchpoints, while the "Breakthrough Together" evolution of the system visually encoded the collaboration itself. By prioritizing visual hierarchy and cognitive ease, the system reframes dense infrastructure concepts, bandwidth, bottlenecks, and NAND endurance as an intuitive narrative about feeding the "AI Demand."
The Event: At Dell Technologies World 2026, Samsung Semiconductor and Dell showed how the two companies jointly engineer AI-ready infrastructure, pairing Samsung's advanced DRAM and NAND with Dell's enterprise platforms to deliver the performance, reliability, and scalability that enterprise AI demands. The narrative moved the conversation from models to the hardware beneath them, making the case that next-generation memory and storage are what keep GPUs and accelerators fully utilized as AI workloads scale. The throughline: Samsung is not just a component supplier but a strategic partner architecting the foundation of the enterprise AI era together with Dell.
Credits: Samsung Marketing Communications, Dell, GB Films
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AI models are only as powerful as the infrastructure that feeds them. To bring that idea to an enterprise audience, I directed a narrative film that shifts focus from algorithms to the underlying hardware that makes Enterprise AI possible, visualizing how Samsung's next-generation memory and latest NAND keep GPUs and accelerators fully utilized, reduce bottlenecks, and scale AI workloads efficiently. By pacing dense technical concepts through a deliberate motion hierarchy and synchronizing typography with the flow of data through the stack, the piece translates the Samsung × Dell co-engineering story into a high-impact narrative with a clear understanding of why hardware choices determine whether an AI stack can truly keep up with the "AI demand."