This will be a two-part observational commentary that addresses how
we interact with AI and in turn, how it interacts with us.
I decided to reuse the leading graphic in this commentary because it’s very indicative of the subject I’m scribbling about today: How artificial intelligence (AI) sees us and our world.
When I was wrapping up my work on the commentary regarding anthropomorphism, I decided to ask AI one more question. There was no specific intent; I was merely curious.
BF: Please create a photorealistic view of what a current modern, generic metropolitan city would look like 50 years from now based on current patterns for advancement and growth related to the environment, technology, population expansion, and sociopolitical trends.
It started out as an innocent question to see what AI would create. But it quickly turned into a lesson on the merits of descriptive narratives, the pitfalls of assumptions when engaging an AI, and the realization that our technologies are paying way closer attention to us than I imagined.
The resulting photo was this rendering you see here:

Given what I had asked for (what I thought I had asked for), this composition seemed a bit too sanitized; idealized. So I asked the AI about the photo. But before I continue, I’m going to personalize the AI going forward for the sake of this commentary to make subsequent engagements a bit more interesting. Henceforth, I’ll refer to the AI as HAL (yes; as in the HAL-9000 computer from the film, 2001: A Space Odyssey):
BF: This is a great first pass! However, is this rendering based on expected advancements in the various areas requested, or on current conditions and general attitudes about where sociopolitical trends are going?
As expected, an insightful and inquisitive answer came back almost instantly. Incidentally, HAL did the targeted use of bolding text in all its responses, not me:
HAL: Great question! The rendering primarily reflects an optimistic projection of where a modern metropolitan city could be in 50 years based on current advancements and trends in technology, sustainability, and urban planning. However, it does not necessarily account for real-world obstacles, economic disparities, political resistance, or unforeseen sociopolitical shifts that could influence or slow down progress.
Without barely skipping a beat, HAL continued:
HAL: To break it down:
What This Image Reflects Based on Current Trends
? Technological Advancements
- The integration of AI-driven infrastructure, autonomous vehicles, and smart buildings is based on current R&D in urban automation, IoT, and transportation.
- Holographic advertisements and interconnected digital systems are already emerging in places like Tokyo, New York, and Dubai, hinting at the potential future of digital integration in cityscapes.
? Environmental Sustainability Trends
- Vertical gardens, solar panels, and green energy sources align with ongoing pushes for carbon-neutral cities (e.g., Copenhagen’s 2025 carbon-neutral goal and smart city initiatives like Singapore’s green building movement).
- Pedestrian-friendly zones and reduced reliance on gas-powered vehicles reflect policies in places like Oslo and Amsterdam, where car-free city centers are being tested.
? Population Expansion & Urban Density Solutions
- Multi-tiered roads and elevated pedestrian walkways reflect solutions that Singapore, Tokyo, and Hong Kong are already exploring to manage urban congestion.
- Densification through vertical cities aligns with existing architectural trends and efforts to combat housing crises.
What This Image May Not Fully Account For
? Real-World Political & Economic Challenges
- While environmental sustainability is growing in importance, many nations struggle with green policy adoption due to economic and political challenges (e.g., reliance on fossil fuels, resistance from industries).
- The rate of global urbanization and technological adoption is not uniform. Some cities may embrace these advancements, while others may remain behind due to economic constraints or policy resistance.
? Unforeseen Sociopolitical Shifts
- Sociopolitical instability, climate-related disasters, or unexpected global crises (e.g., economic downturns, geopolitical conflicts) could alter the trajectory.
- The image assumes continued technological and environmental progress, but factors like mass migration, global economic recessions, or authoritarian control over smart infrastructure could impact how futuristic cities evolve.
Would You Like a More Realistic or Alternative Rendering?
If you’d like, I can generate a more balanced or even pessimistic take on what a city in 50 years could realistically look like based on potential obstacles. For example:
- A dystopian version showing a more crowded, stratified city with mass surveillance, over-reliance on automation, and economic inequality.
- A more neutral rendering with slower-paced advancements, where some legacy infrastructure remains while futuristic tech is integrated only in parts.
Color me pleasantly surprised. Not only did HAL provide a cogent explanation for his choices, but also a compelling understanding of the key social issues revolving around my initial requirements. At this point, I was intrigued and certainly wanted to see more. And that’s one of the major reveals here:
HAL’s adept way for engaging me in conversation by weighing in on the curiosity I exhibited not only with the cityscape request, but with those of the anthropomorphized characters I initially worked on. There was a clear piece of programming underway, keeping me not only engaged (and thus solidifying my interest in AI as a viable tool) but for allowing AI’s internal mandate to learn from the people with whom it interacts to get a better understanding of humans in general. With 8 billion plus people in the world, AI has much to learn. And I can only assume that its programming guides it to assimilate (no; not like the Borg) and evaluate us as a species so it may better serve, collaborate, or OK – sure; take over (let’s throw a bit of Sci-Fi angst into the mix; why not?)

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