Drone light show displaying Project Hail text above a waterfront crowd in Taipei.

PROJECT HAIL MARY — TAIPEI DRONE ACTIVATION

Live activation coverage strategy

On-ground visual coverage strategy for a fragmented Taipei launch activation — aligning capture priorities, stakeholder needs, and same-night press-ready delivery.

Immersive outdoor light installation at the Project Hail Mary activation in Taipei.

CONTEXT

Project Hail Mary — Taipei Drone Activation was a live launch event in Taipei executed under fragmented ownership, compressed timing, and lean on-ground resources. The goal was to shape a stills strategy for immediate press and client use.

Nighttime launch event boat beneath a drone display at the Project Hail Mary activation.

Strategic Challenge

The challenge was not volume, but prioritization. With split operational zones, limited capture resources, and multiple stakeholder layers across Heads In The Sky (HITS), SONY, local production, and stills coverage, the task was to identify which image could best represent the activation — and direct the coverage system toward that outcome.

Key Visual Pivot

Waterfront launch event in Taipei with drone show and illuminated audience boat.

Initial planning considered the control side as a possible hero position. After scout, it became clear that the stronger campaign image would come from the audience side — where skyline, spectacle, and public energy could align in a single frame. Coverage was redirected accordingly, with control-side capture supporting BTS and operational texture, and audience-side framing carrying the primary launch narrative.

outcome

Drones prepared for nighttime launch activation and live aerial display.

The final stills set was delivered the same night in a press-ready format, with event, formation, and audience-focused selects prepared for immediate client and publicity use. More importantly, the project became a proof point for portable visual leadership outside internal platform infrastructure — not just covering a launch, but defining which image could represent it.