AI infrastructure as an engineering discipline
Questioning every assumption about power, cooling, orchestration, and efficiency.
Our principles
The building is the compute.
We design AI infrastructure not as data centers but as compute-scale instruments. The Firmus Hypercubes are our unit of abstraction: multi-petascale, highly available, modular, and thermally optimized.
Systems Thinking at Scale

The building is the compute.
We design AI infrastructure not as data centers but as compute-scale instruments. The Firmus Hypercubes are our unit of abstraction: multi-petascale, highly available, modular, and thermally optimized.
Efficiency by Design
Radical resource reduction, not incremental gains.
We pursue transformative reductions in energy and water use, enabled by liquid cooling and custom infrastructure tuned for compute density. Our “fit-for-purpose” mindset eliminates waste, from airflow to form factor.
Ground-Up Engineering
Optimized end-to-end, from silicon to systems.
We engineer infrastructure from the bottom up: silicon-aware orchestration, hardware-aware buildings. Every layer - compute, network, power, cooling - is co-designed to maximize system-wide efficiency.
Radical Transparency
Measured performance. Public accountability.
Trust is built by visibility. We publish real-time energy usage, thermal data, and compute benchmarks.
Long-Term Adaptability
Modular, upgradeable, future-ready.
Our designs anticipate GPU roadmap evolution. Physical form factors are built to scale across multiple generations, with redundancy models that evolve without retrofit.
Locations
See how we deliver sovereign AI infrastructure across Asia-Pacific

Efficiency at the control layer
The proprietary operating system for every Factory. It integrates telemetry, cooling, GPU orchestration, and grid interaction into one layer — maximising uptime and minimising energy waste. Together with Firmus AI Cloud, it delivers end-to-end efficiency.

Firmus builds AI Factories designed for scale, efficiency and adaptability.
Explore the foundations behind our approach.