For real estate brokers and developers, this walkthrough shows how we created an AI construction animation using Bhutani Cyberthum as our reference.
Our workflow: • Prepare a vertical building reference image. • Create a 12-frame storyboard to plan the scenes and camera movement.
Prompt: ```text
Create one cinematic 4-column by 3-row storyboard sheet: exactly 12 distinct equally sized rectangular panels, ordered left-to-right, top-to-bottom, no captions or lettering. Use the supplied Bhutani Cyberthum twin blue-glass towers and circular ring skybridge as the identity anchor. Same two tower footprints, same location and proportions throughout; final panel resembles supplied completed reference. Photoreal IMAX wide-angle FPV camera path for a 10-second reverse-gravity construction sequence. Panel 1 camera 20 cm above rubble, unfinished foundations ahead. Panel 2 steel beams and rebar launch upward past lens. Panel 3 camera threads between beams with strong parallax. Panel 4 foundations snap together. Panel 5 columns rise between both tower footprints. Panel 6 slabs rotate and lock into two towers. Panel 7 camera flies through unfinished interior. Panel 8 high-speed orbit around half-built pair, circular ring pieces floating between them. Panel 9 blue glass panels rush upward. Panel 10 facades assemble and ring skybridge nearly closes. Panel 11 remaining pieces freeze then fall into exact positions as gravity returns. Panel 12 camera pulls back to monumental full view of the completed twin towers and circular skybridge, matching reference architecture. Natural daylight, energetic dust and motion blur, but clean legible structure. Important: one site, one pair of towers, one continuous visual language; no generic single rounded tower, no extra towers, no text, logos, watermark, or UI.
• Upload both images to AI Video Tool with a detailed motion prompt.
Create a 10-second ultra-dynamic, continuous first-person drone construction sequence based strictly on input image 2, the 4-by-3 ordered storyboard. Input image 1 is the FINAL architecture identity: Bhutani Cyberthum's exact pair of tapered blue-glass towers and one circular ring skybridge. Preserve their proportions, spacing, facade and location throughout. One continuous impossible FPV shot, no visible cuts, photoreal daylight, wide-angle, immense scale, forceful speed ramps and near misses. 0-1s: camera only 20cm above rough construction ground; dust, stones and bolts begin flying UP. 1-2s: gravity reverses fully; steel beams, rebar and slabs rocket upward past the lens. 2-3s: camera threads narrowly through a chaotic field of rising parts, aimed at two foundations. 3-4s: foundation components snap into position; camera circles the bases and pitches upward. 4-5s: columns rise and lock into both tower structures. 5-6s: concrete floor slabs rotate and snap into both frames as camera blasts between them. 6-7s: very fast orbit around the half-built twin towers, parts spiraling upward. 7-8s: blue glass facade panels and the separate curved ring-skybridge segments ascend and attach; ring closes between towers. 8-9s: camera nears the upper levels; remaining pieces hang briefly, then gravity RETURNS and they fall DOWN into exact architectural positions. 9-10s: final synchronized facade and ring lock, dust shockwave, camera rockets back and up to a monumental view matching input image 1. Gravity direction must be unmistakable: first eight seconds loose material moves UP, last two seconds remaining material falls DOWN. No random morphing, no extra buildings, no architectural changes, no text, captions, logos or watermark.
Watch the original image, storyboard and final result—and see how we planned the video before generating it.
Watch this reel for Full Tutorial - https://www.instagram.com/reel/DeRaInNJGh7/?rpxt=Mm81cm5yb204YW8=
Property ka rishta, ROI ke saath.
