AI NEWS & SIGNALS
BREAKING: OpenAI signs multi-year Firmus deal for AI compute capacity in Malaysia
Firmus and OpenAI announced a multi-year partnership under which OpenAI will contract dedicated AI compute capacity from two Firmus AI Factory sites in Malaysia; Firmus says total contracted capacity across all customers now exceeds 900 MW.
BREAKING · Published 8 September 2026 · 17:48 BST · Europe/London
OpenAI signs multi-year Firmus deal for AI compute capacity in Malaysia
Australian AI infrastructure company Firmus and OpenAI announced on 8 September that OpenAI will contract dedicated AI compute capacity from two Firmus AI Factory sites in Malaysia under a multi-year strategic partnership.
Firmus says OpenAI will become an anchor customer. The company also says the agreement lifts Firmus’ total contracted capacity across all customers to more than 900 megawatts. That 900 MW figure is company-wide contracted capacity and should not be read as the capacity allocated specifically to OpenAI.
Key confirmed facts
- OpenAI will contract dedicated AI compute capacity from two Firmus sites in Malaysia.
- The agreement is described by Firmus as a multi-year strategic partnership, with OpenAI becoming an anchor customer.
- Firmus says its total contracted capacity across all customers now exceeds 900 MW.
What remains uncertain
Firmus has not disclosed the contract value or the amount of capacity specifically committed to OpenAI. The company says five of its seven AI Factory sites are still under development, targeting ready-for-service over the next 24 months, so future delivery remains subject to build-out and commissioning.
Source record
Firmus published its announcement in Sydney on 8 September 2026. Reuters independently reported the agreement the same day and noted that Firmus declined to disclose the contract value.
Independent reporting: Reuters
Editorial note
SEPIDRA AI News is factual and source-led. Firmus’ 900 MW figure is presented as total contracted capacity across all customers, not as an OpenAI-specific allocation.