•Starlink and Nvidia Jetson running edge AI monitoring across 2,500-acre pastoral property
•Edge AI reaching remote Australia without any terrestrial network coverage
The fact
Perth-based Energy North has proposed Project Ares, a 1GW hyperscale data centre campus on the 19,150-hectare Murranji Station in the Northern Territory's Barkly Region. Around 90 hectares would be dedicated to data halls, with the remainder supporting power generation, transport and site infrastructure.
According to the company, the campus would operate entirely off-grid using a combination of gas-fired generation, large-scale solar and battery storage. Solar installations would occupy 6,000 to 7,000 hectares, while water would be sourced from the Montejinni Limestone Aquifer, with annual consumption estimated at up to four gigalitres. Supporting infrastructure includes a construction village accommodating up to 4,300 workers, a 2km sealed airstrip and rail access.
The proposal has been referred to Australia's federal environmental regulator for assessment and is open for public consultation. Northern Territory Minister for Trade, Business and Asian Relations Robyn Cahill said the government is aware of 12 proponents exploring data centre developments across the territory, citing expanding subsea cable connectivity and Darwin's low-latency links into Southeast Asia.
The assessment
The proposal illustrates a fundamental change in AI infrastructure economics. As demand for high-density AI computing accelerates, traditional data centre hubs such as Sydney, Singapore and Northern Virginia face growing constraints from electricity supply, land availability and grid connection delays. The competitive advantage is increasingly deliverable power rather than metropolitan location.
Project Ares demonstrates how developers are responding. Instead of relying on existing electricity networks, Energy North proposes integrating dedicated power generation with computing infrastructure from the outset. Whether the project proceeds will depend on environmental approval, financing, customer commitments and the commercial viability of operating a large off-grid campus, but the strategy reflects an increasingly common approach to AI infrastructure development.
For BTW readers, the infrastructure model matters more than the farming application. Starlink for backhaul plus Jetson for local processing proves AI can run at the edge without any terrestrial network—fibre, copper or mobile. If this trial holds up, the same architecture could serve remote monitoring sites, offshore installations and Pacific island facilities where building traditional infrastructure has never been economic.
What to watch
Watch for follow-up deployments at other northern Australian stations and whether the Australian Farm Broadband programme formally endorses the edge AI plus satellite model. Hardware durability in tropical conditions and publication of trial results within the next twelve months will indicate whether this is a template or a one-off.