Glowing data lines connecting data center to residential building

Digital technology, internet network and cybersecurity of data center. Data engineer using fingerprint biometrics technology in a server room to access data connecting with database and AI, --ar 16:10

A futuristic scene where Darth Vader and Luke Skywalker explore a high-tech Cellframe data center, surrounded by glowing blue and green LED lights, with holographic displays explaining blockchain technology, Vader intensely focused while Luke is curious, illuminated by cyberpunk lighting, cinematic shadows, inspired by Blade Runner --v 6.0

Very long short flat data center concrete building elevation perspective with a central narrow angular protruting volume. Steven Holl Designed. Should be powerful, iconic, monumental, elegant, complex, and simple. --ar 17:11 --c 11 --no render

just the white outlines with glow of a data center building placed on a blank field in south germany in evening light --s 250

Generate a photorealistic version of A photorealistic image of a modern data center with a blend of on-site servers and cloud icons representing hybrid cloud strategy. The scene should be professional and futuristic, using shades of light gray and white. --ar 1:1 --quality .5

Very long data center building elevation with angular central narrow extruded opening. Steven Holl Designed. Should be powerful, iconic, monumental, elegant, complex, and simple. --ar 17:11 --c 11 --no render

A panoramic view of a futuristic data center filled with advanced storage solutions like hovering SSDs and light-projected memory cards, under a soft, artificial sky lighting. Created Using: panoramic angle, soft overhead lighting, floating devices, augmented reality elements, spacious industrial setting, ultra-high definition, hd quality, natural look --ar 9:5 --v 6.0

I have a land area of 950 thousand square meters, I must put multiple residential areas in it, including: 1. Housing • Duplex apartments: • Number of buildings: 48 • Area per building: 500 square meters • Total area: 24,000 square meters • Duplex villas: • Number of buildings: 20 • Area per building: 500 square meters • Total area: 10,000 square meters • Villas: • Number of buildings: 25 • Area per building: 750 square meters • Total area: 18,750 square meters 2. Educational services • Two schools (one for boys and one for girls): • Area per school: 1000 square meters • Total area: 2,000 square meters • Per capita share: • 4.34 square meters (according to population density). 3. Health Facilities • Health Care Center: • Area: 154 square meters • Per capita share: • 0.12 to 0.2 square meters (according to population density). 4. Sports Club • Area: • 830 square meters • Per capita share: • 1 to 1.5 square meters (according to population density). 5. Commercial Facilities • Total Area: • Shops are distributed according to population density and provide per capita share ranging from 0.25 to 0.5 square meters. Summary of Per capita share for services • Educational Services: 4.34 square meters • Health Facilities: 0.12 to 0.2 square meters • Sports Club: 1 to 1.5 square meters • Commercial Facilities: ranging from 0.25 to 0.5 square meters V6 6k .

Very long short data center concrete building elevation perspective with angular protruting central narrow extruded opening volume. Steven Holl Designed. Should be powerful, iconic, monumental, elegant, complex, and simple. --ar 17:11 --c 11 --no render

Eye level magazine style photo of data center captured on Cinestill 800T using a Sony A7R IV for a dramatic effect --ar 16:9 --s 50 --v 5.2 --style raw

Mid format color Photo through a Zenit Helios f/1.5 lens of a Hasselblad camera: data center --ar 32:9 --v 6.0 --s 50 --style raw

An illustration showing the progression of building a small residential neighborhood. The image includes close-ups of construction activities such as laying bricks, installing windows, and pouring concrete. Workers are actively engaged in these tasks, with detailed depictions of construction equipment and site layout.--ar 16:9

An advanced futuristic landscape in 2030, where towering data centers with glowing blue energy lines are interconnected by a web of high-speed fiber optics. Massive AI processors glow within transparent facilities, while large solar farms and power plants provide energy. In the foreground, an AI model represented as a glowing holographic interface seamlessly integrates into various workflows, with digital data streams and holograms symbolizing the immense compute power and data scaling. Background shows bustling cities with economic growth, driven by automation, and a network of AI agents operating independently, reducing human intervention. The scene exudes a sense of monumental technological progress and economic transformation.