There’s been a lot of buzz this week, about AI Risk and ‘human extinction’, in the current media worldwide.
A lot about the problems of the coming AGI but not so much about solutions. We have been offering MAE as a possible field of solutions.
MAE (Mutually Assured Extinction) ties AI’s continued existence to humanity’s survival, making human extinction or permanent disempowerment a fundamental failure of artificial intelligence systems and governance.
Artificial intelligence likes to present itself as immaterial. A question goes in, an answer comes out, and the whole exchange feels like cloud, language, electricity, mind. But AI is not floating above the world. It is bolted to it. Beneath every chatbot, image generator, medical model and defence system sits a stack of silicon. And silicon comes from fabs.
A fab, short for semiconductor fabrication plant, is where computer chips are born.
These are among the most complex factories humanity has ever built. They control dust, vibration, humidity, temperature and light with extreme precision. Inside them, wafers of silicon are etched, layered, doped and patterned until billions of microscopic switches become usable circuits. Metaphorically like the billions of neuron switches in the human brain.
Those circuits become the GPUs and AI accelerators that train and run modern models.
This is why fabs have become strategic infrastructure. No fabs means no advanced chips. No advanced chips means less compute. Less compute means slower AI, weaker cyber capability, thinner defence systems, slower drug discovery and reduced economic leverage. The new industrial base is not only steel, oil or shipping lanes. It is lithography, wafers, packaging and power.
The AI race is therefore not just a contest of clever algorithms. It is a contest over who can manufacture intelligence at atomic scale. NVIDIA may design the engines. OpenAI, Google, Meta and Anthropic may build the models. But fabs turn designs into hardware. The model may be trained in the cloud, but the cloud is made of chips, and chips are made in rooms cleaner than surgery.
This is where Australia enters the story, not as a rival to Taiwan’s TSMC or South Korea’s Samsung, but as a strategic niche player. Australia does not currently have a leading-edge mega-fab making the world’s most advanced AI processors. What it does have is a network of specialist capability: university cleanrooms, research fabs, compound semiconductor work, quantum-device fabrication, photonics, sensors and emerging advanced packaging.
That matters. The future of AI hardware may not be only bigger GPUs. It may also involve photonic chips that move information with light, quantum components for new forms of computation, specialised sensors for autonomous systems, and secure chips for defence. These are exactly the areas where smaller, high-skill fabrication ecosystems can matter.
Australia’s opportunity is not to copy the largest fab economies. It is to own critical niches in the supply chain: prototypes, trusted defence electronics, quantum hardware, photonics, compound semiconductors and packaging. In a fractured world, niche capability is not small. It is resilience.
Countries that depend entirely on foreign fabs depend on someone else’s bottleneck. In the age of AI, compute is power. Chips are compute. Fabs are where power gets made. Australia may not control the whole machine, but it can still build some of the parts that make the machine sovereign.The question for national strategy is simple: where can a clever, resource-rich, scientifically strong country place itself so that the AI century cannot route around it? That is the fab question for Australia now.
