
PLAN0 (@PLAN0AI) turns architectural plans into construction cost estimates and analytics in minutes. They are building the Bloomberg of construction, with $20B of projects already running through the platform. Congrats on the launch, @abaratiiii, Shervin, and Dimitris!
The Hook
“The construction industry is plagued by inefficiencies. Spending weeks on design iterations, only to find out that your project is over budget.”
Problem Agitation
“Plano is an AI-powered platform that turns architectural plans into construction cost estimates and analytics in minutes. We're building the Bloomberg of construction. With Plano, you can upload your architectural plans, and our AI will automatically extract all the relevant data points, from floor plans to elevations, and even material specifications. This allows you to quickly understand the cost implications of different design choices.”
Product Reveal
“Plano provides detailed analytics on every aspect of your project, from foundation costs to material breakdowns. You can explore different scenarios, compare costs, and even predict future material prices. Our platform helps you make data-driven decisions, reducing risks and optimizing your budget. We integrate with various data sources to give you the most accurate and up-to-date information.”
Feature Teaser
“With Plano, you're not just getting an estimate; you're getting a powerful tool for predictive analytics. Imagine knowing the future cost of drywall, or how a change in facade material will impact your overall budget. Plano empowers you to explore these 'what if' scenarios with confidence, ensuring your projects are not only on budget but also future-proofed against market fluctuations. This is the future of construction planning.”
Call to Action
“(No spoken dialogue — Upbeat electronic music with a final sub-bass impact and synth flourish.)”
Synthesizable in Remotion · key components of the ai-legal-tech-launch template.
Highlights specific regions or elements on an architectural plan, then animates the extracted data into a structured UI element. This visually represents the AI's ability to interpret complex drawings.
Use `interpolate` for opacity and scale transitions on SVG overlays for highlighting. Animate `transform` properties for the extracted data elements to 'fly in' and arrange themselves into a `div` structure. Utilize `spring` for a subtle bounce effect on the final placement.
Numerical metrics and text labels appear with a subtle upward slide and fade-in, often accompanied by a counter animation for numbers. This is used for displaying cost estimates, dimensions, or other data points.
Implement `interpolate` for `translateY` and `opacity` for text and number reveals. For numerical counters, use `useCurrentFrame` and `spring` to animate the number value itself, ensuring a smooth, non-linear count-up.
Abstract data visualizations and UI elements are projected onto real-world surfaces (like a table), appearing as translucent, glowing interfaces. This creates a futuristic, high-tech feel.
Employ `absolute` positioning for UI components over video footage. Apply CSS `filter: blur()` and `opacity` with `interpolate` to simulate translucency. Use `box-shadow` with a subtle glow and `keyframes` for a gentle pulsing effect to enhance the holographic look.
Purpose. Establish the core problem faced by the target audience (inefficiency, budget overruns in construction).
Execution. Visual metaphors (clock, architectural drafting) combined with problem-statement text overlays.
Purpose. Introduce Plano as the innovative solution, demonstrating its core functionality.
Execution. Detailed, guided screen recordings of the software's initial setup and data extraction process.
Purpose. Showcase advanced features and the strategic benefits (analytics, predictions).
Execution. Demonstrations of 3D models, detailed reports, and futuristic holographic projections of data.
Purpose. Inspire viewers with the transformative potential of the product and its long-term impact.
Execution. Conceptual visuals (holographic meeting) and a rapid montage of key features, ending with a strong brand identity.
Objective
Launch an AI-powered legal tech platform called 'LexiScan' that automates contract review and identifies risks.How the recipe adapts
The 'DataExtractionHighlight' primitive will be adapted to highlight clauses and entities within legal documents, animating their extraction into a risk assessment dashboard. 'DynamicMetricReveal' will display risk scores and key data points like 'identified clauses' or 'review time saved'. The 'HolographicProjectionOverlay' will be used in a conceptual shot of lawyers interacting with projected contract analysis data on a conference table. The overall visual aesthetic will maintain the dark UI theme with bright, precise highlights, and the pacing will mirror Plano's, balancing detailed walkthroughs with impactful feature reveals.Scene durations (5 scenes, 249.9s)
Key Remotion components

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