THE 360°AI BLOG

Artificial intelligence is becoming a real tool in the climate fight: precise weather forecasts, optimized wind farms, satellite forest monitoring. But that same technology is driving a surge in data center energy and water use. AI is a multiplier, of solutions and of problems alike. This piece weighs both sides with primary sources from the IEA, IPCC, and peer-reviewed research, to show under what conditions AI can genuinely tip the climate balance.

In December 2025, NASA handed a Mars rover's full navigation over to AI for the first time. It's a turning point that shows what colonizing Mars really requires: robots that build, algorithms that heal, systems that keep humans alive without waiting on Earth. Between real breakthroughs and rarely-discussed blind spots, this article breaks down why artificial intelligence has become the precondition for a lasting human presence in space.

An AI can't be sued, but someone has to answer for its mistakes. Between the Civil Code, the EU AI Act, and a liability directive scrapped in 2025, the legal framework remains fragmented. Developers, deployers, users: who actually carries the liability when an algorithm discriminates, injures, or misleads? A close look at a legal vacuum that worries lawyers and victims in equal measure, and the early court rulings starting to fill it in.

Weak AI, strong AI, superintelligence, the terminology keeps expanding as AI matures. This piece breaks down the three real stages of AI: Narrow AI (ANI), already embedded in your streaming apps; General AI (AGI), the hypothetical human-equivalent system some believe GPT-5 is edging toward; and Super AI (ASI), the still-fictional tier that could one day surpass human intelligence. We also unpack the two competing visions for AI's future, existential risk versus radical life e

Comment fonctionne l’IA d’un point de vue énergétique ? Que se passe-t-il en coulisses quand vous posez une simple question à ChatGPT ou demandez à Midjourney de créer une image ? L'IA nécessite une infrastructure lourde pour fonctionner. Quel est l'impact de toutes ces installations ?

Deep learning is the engine behind the most capable AI systems today, from medical diagnostics to self-driving vehicles. By stacking artificial neural networks that mirror the structure of the human brain, it enables AI to learn from massive datasets. This guide breaks down its core principles, maps real-world applications across healthcare or transportation, and outlines the key trade-offs between raw performance and energy cost, plus where the next generation of deep learni