About Prompt
- Prompt Type – Dynamic
- Prompt Platform – ChatGPT, Grok, Deepseek, Gemini, Copilot, Midjourney, Meta AI and more
- Niche – Tech / Innovation
- Language – English
- Category – Tutorial / Short Film
- Prompt Title – Sora Futuristic Technology Demo Video Prompt
Prompt Details
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### **Optimized AI Prompt Template for a Futuristic Technology Demo**
This template is structured to guide the AI through a narrative sequence, ensuring a dynamic and coherent short film or tutorial. It combines high-level stylistic directives with a detailed, shot-by-shot breakdown.
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#### **[PROMPT TITLE]:** Cinematic Demo Video for [Name of Fictional Technology]
#### **1. CORE CONCEPT & NARRATIVE SUMMARY:**
* **Logline:** A [Role of Protagonist, e.g., scientist, artist, doctor] uses the revolutionary [Name of Technology] to solve [a specific problem] in a visually stunning and effortless way, showcasing its key features and transformative impact.
* **Core Functionality:** The [Name of Technology] is a [description of what it is, e.g., pair of neural-interface gloves, a bio-integrated data visualizer, a portable atmospheric purifier] that allows users to [primary function, e.g., manipulate holographic matter, see and interact with data streams, instantly cleanse pollutants from the air].
#### **2. GLOBAL AESTHETIC & STYLE DIRECTIVES (Apply to all scenes):**
* **Visual Style:** Photorealistic, hyper-detailed, clean, and minimalist. Inspired by the aesthetics of [Brand/Director, e.g., Apple’s product videos, Boston Dynamics demos, Denis Villeneuve’s “Dune”].
* **Cinematography:** Cinematic, professional-grade. Shot on an [Camera Type, e.g., ARRI Alexa 65] with [Lens Type, e.g., Panavision anamorphic lenses].
* **Resolution & Quality:** 8K resolution, high fidelity, tack sharp focus, no film grain unless specified.
* **Lighting:** Masterful use of natural and soft-source lighting. High dynamic range (HDR). [Describe specific lighting, e.g., Bright, sun-drenched interiors with soft shadows; dramatic, high-contrast lighting with volumetric light shafts].
* **Color Grading:** [Describe the color palette, e.g., A sophisticated teal and orange palette; a cool, monochromatic scheme with vibrant accent colors for the technology’s effects; warm, organic, and hopeful tones].
* **Pacing & Mood:** The video should feel awe-inspiring, hopeful, and elegantly futuristic. The pacing is deliberate and smooth, with a focus on clarity and visual impact.
* **Effects:** All visual effects should be seamlessly integrated and photorealistic. Subtle lens flare, realistic light refraction, and particle effects.
#### **3. CHARACTER & SETTING:**
* **Protagonist:** [Detailed description of the character, e.g., A woman in her early 30s, sharp and focused, with a minimalist and professional style. She wears a form-fitting, slate-grey jumpsuit made of smart fabric.]
* **Primary Setting:** [Detailed description of the location, e.g., A high-tech, minimalist laboratory/studio in a skyscraper overlooking a futuristic eco-city in the year 2077. The room features floor-to-ceiling smart glass, polished concrete floors, and integrated, glowing interface panels.]
#### **4. DYNAMIC SHOT-BY-SHOT SEQUENCE:**
**[SCENE 1: The Setup – The Problem]** (Duration: ~5 seconds)
* **Shot 1.1:** **Extreme Wide Shot.** A breathtaking view of the futuristic city at dawn from inside the studio. Sleek, silent maglev vehicles glide between buildings adorned with vertical gardens. **Camera Action:** Slow, majestic pan right. **Mood:** Serene, establishing the world.
* **Shot 1.2:** **Medium Shot.** Our protagonist stands before a complex, messy problem displayed on a traditional holographic screen. She looks thoughtful, slightly frustrated. **Camera Action:** Static shot, rack focus from her face to the cluttered data on the screen. **Mood:** Contemplative, hinting at a challenge.
**[SCENE 2: The Reveal – The Solution]** (Duration: ~4 seconds)
* **Shot 2.1:** **Extreme Close-Up (ECU).** The protagonist’s hands reach for the [Name of Technology] which rests on a charging pad. The device is made of [materials, e.g., white ceramic and brushed aluminum, with pulsating blue light strips]. **Camera Action:** Slow dolly in, focusing on the intricate details and premium texture of the device.
* **Shot 2.2:** **Medium Close-Up.** She activates the device. A soft chime is heard as intricate light patterns emanate from it, wrapping around her hands/head/body. **Camera Action:** Slight slow-motion effect to emphasize the moment of activation. **Mood:** Magical, transformative.
**[SCENE 3: The Demonstration – The Features]** (Duration: ~10 seconds)
* **Shot 3.1 (Showcasing Feature A):** **Over-the-Shoulder Shot.** The protagonist faces the now-blank space where the problem was. She makes a [specific gesture, e.g., swiping, pinching, sculpting] gesture with the device. A beautiful, complex [holographic object, data visualization, energy field] appears in mid-air, perfectly formed. **Camera Action:** Smooth push-in to highlight her precise control.
* **Shot 3.2 (Showcasing Feature B):** **ECU on the User Interface.** A close-up of the device or a holographic UI projected from it. We see data flowing, options being selected with subtle eye-tracking or micro-gestures. The UI is minimalist, intuitive, and graphical. **Camera Action:** Focus pull across different UI elements.
* **Shot 3.3 (Showcasing Feature C):** **Dynamic Orbital Shot.** The camera circles the protagonist and her holographic creation as she manipulates it. She rotates, scales, and modifies the creation with effortless grace. The hologram interacts realistically with the ambient light of the room, casting soft shadows. **Camera Action:** 360-degree orbital shot (Arc shot). **Mood:** Empowering, awe-inspiring.
**[SCENE 4: The Impact – The Result]** (Duration: ~5 seconds)
* **Shot 4.1:** **Wide Shot.** The final creation is complete. It is a stunningly beautiful and complex [e.g., architectural model, DNA helix, planetary map] that glows with an inner light. The protagonist looks at it with satisfaction. **Camera Action:** A slow, dramatic crane shot, moving up and away to show the scale and beauty of the result.
* **Shot 4.2:** **Close-Up.** A warm, genuine smile of accomplishment on the protagonist’s face, reflected in the polished surface of her creation. **Camera Action:** Static, focusing on her expression. **Mood:** Hopeful, successful.
**[SCENE 5: The Final Product Shot]** (Duration: ~3 seconds)
* **Shot 5.1:** **Hero Shot.** The [Name of Technology] is shown in a pristine, minimalist setting, perhaps on its stand or held in hand against a clean, out-of-focus background. The product is the absolute hero of the shot. Light glints perfectly off its surfaces. **Camera Action:** Very slow, subtle push-in. A “beauty shot.”
#### **5. NEGATIVE PROMPTS (Things to Avoid):**
* **Avoid:** Blurry footage, shaky cam, grainy textures, artifacts, watermarks, text overlays, subtitles, cartoonish or unrealistic effects, distorted anatomy, unnatural movements.
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### **Example Prompt in Practice**
Here is a ready-to-use prompt that follows the template above, designed for a fictional technology called “Aether Weave Gauntlets.”
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#### **PROMPT TITLE:** Cinematic Demo Video for “Aether Weave” Neuro-Gauntlets
#### **1. CORE CONCEPT & NARRATIVE SUMMARY:**
* **Logline:** A brilliant bio-engineer uses the revolutionary “Aether Weave” neuro-gauntlets to effortlessly sculpt and stabilize a complex, volatile DNA helix in a stunning holographic interface, showcasing the future of genetic science.
* **Core Functionality:** The Aether Weave is a pair of sleek, neural-interface gauntlets that allow users to physically touch, manipulate, and sculpt complex data sets and holographic models with their hands as if they were tangible clay.
#### **2. GLOBAL AESTHETIC & STYLE DIRECTIVES (Apply to all scenes):**
* **Visual Style:** Photorealistic, hyper-detailed, clean, and minimalist. Inspired by the aesthetics of Apple’s recent product videos and the clean sci-fi of the film *Ex Machina*.
* **Cinematography:** Cinematic, professional-grade. Shot on an ARRI Alexa 65 with Panavision anamorphic lenses, creating beautiful bokeh and subtle lens flares.
* **Resolution & Quality:** 8K resolution, high fidelity, tack sharp focus, no film grain.
* **Lighting:** Masterful use of natural light. The scene is set in a sun-drenched laboratory with soft, diffused sunlight pouring through massive windows, creating soft shadows and realistic highlights.
* **Color Grading:** A sophisticated and clean color palette. Primarily whites, grays, and natural wood tones, with the Aether Weave’s holographic projection providing a vibrant, multi-colored accent (cyan, magenta, gold).
* **Pacing & Mood:** The video feels awe-inspiring, intelligent, and elegantly futuristic. The pacing is calm and deliberate, focusing on the precision of the technology.
* **Effects:** All visual effects are seamlessly integrated. The holographic DNA should refract light realistically. When touched, it should ripple with beautiful, intricate particle effects.
#### **3. CHARACTER & SETTING:**
* **Protagonist:** A woman in her early 30s, with a focused and intelligent demeanor. She is wearing a simple, tailored, off-white lab coat over a dark grey turtleneck. Her hair is tied back neatly.
* **Primary Setting:** A state-of-the-art biotechnology lab overlooking a lush, green, futuristic cityscape in 2085. The room features floor-to-ceiling windows, light oak wood paneling, and polished white floors. Minimalist lab equipment is integrated into the walls.
#### **4. DYNAMIC SHOT-BY-SHOT SEQUENCE:**
**[SCENE 1: The Setup – The Problem]** (Duration: ~5 seconds)
* **Shot 1.1:** **Extreme Wide Shot.** A breathtaking view of the green, solarpunk city at mid-day from the lab. Biophilic architecture is covered in lush vegetation. **Camera Action:** Slow, majestic pan right across the window.
* **Shot 1.2:** **Medium Shot.** Our bio-engineer stands before a large, unstable holographic projection of a DNA double helix. It flickers and glitches erratically in red, signifying data corruption. Her brow is furrowed in concentration. **Camera Action:** Rack focus from her concerned face to the glitching red hologram.
**[SCENE 2: The Reveal – The Solution]** (Duration: ~4 seconds)
* **Shot 2.1:** **Extreme Close-Up (ECU).** The engineer’s hands slide into the Aether Weave gauntlets, which rest on a white marble countertop. The gauntlets are made of a matte-white, flexible polymer and brushed titanium. **Camera Action:** Slow dolly in, focusing on the seamless fit as the gauntlets conform to her hands.
* **Shot 2.2:** **Medium Close-Up.** She clenches her fists. A soft hum is heard as intricate cyan light patterns trace the circuitry across the gauntlets’ surface before projecting a faint energy field around her hands. **Camera Action:** Slight slow-motion as the light activates.
**[SCENE 3: The Demonstration – The Features]** (Duration: ~10 seconds)
* **Shot 3.1 (Showcasing tactile manipulation):** **Over-the-Shoulder Shot.** The engineer reaches out and her hands phase into the glitching red helix. Where she touches, the hologram stabilizes, turning a healthy, glowing blue. She gently pinches a strand and pulls, elongating it smoothly. **Camera Action:** Smooth push-in, emphasizing the tangible connection.
* **Shot 3.2 (Showcasing precision editing):** **ECU on her hands.** Her fingers move with surgical precision, plucking a single, corrupted nucleotide (a glowing red piece) from the strand and replacing it with a new, healthy one (a glowing cyan piece) that she materializes in her other palm. **Camera Action:** Macro-level detail on the particle effects.
* **Shot 3.3 (Showcasing large-scale control):** **Dynamic Orbital Shot.** The camera circles the engineer as she uses both hands to grasp the now fully stable, multi-colored DNA helix and twist it, rotating the massive structure in mid-air to inspect it from all angles. **Camera Action:** 360-degree orbital shot.
**[SCENE 4: The Impact – The Result]** (Duration: ~5 seconds)
* **Shot 4.1:** **Wide Shot.** The final DNA helix is complete. It glows with a stable, beautiful, and complex pattern of cyan, magenta, and gold light, slowly rotating in the center of the lab. **Camera Action:** A slow, dramatic crane shot, moving up and away to capture the grandeur of the completed data structure.
* **Shot 4.2:** **Close-Up.** A warm, relieved smile on the engineer’s face, her eyes reflecting the glowing light of the perfect helix. **Camera Action:** Static, focusing on her expression of success.
**[SCENE 5: The Final Product Shot]** (Duration: ~3 seconds)
* **Shot 5.1:** **Hero Shot.** The Aether Weave gauntlets are shown resting on the white marble countertop, faint cyan light pulsing gently from their seams. The background is a clean, out-of-focus shot of the sunlit lab. **Camera Action:** Very slow, subtle push-in.
#### **5. NEGATIVE PROMPTS (Things to Avoid):**
* **Avoid:** Blurry, shaky cam, film grain, digital artifacts, watermarks, text, subtitles, cartoonish effects, floating UI elements that aren’t part of the core hologram, distorted hands or faces, unrealistic physics.