The cloud thatfollows energy
ARKOS co-locates high-density AI compute with stranded renewable generation across Australia. We bypass the grid bottleneck and turn curtailed power into FLOPS.
Compute follows power.
Not the other way around.
The Energy-Compute Bottleneck
Australian data centres are throttled by an ageing grid and multi-year connection queues. ARKOS bypasses this entirely by co-locating compute directly with generation.
Stranded Power, Monetised
Solar and wind farms across the NEM curtail energy that has nowhere to go. We convert that wasted generation into revenue-producing AI compute at the point of production.
Modular Deployment
Rapidly deployable, liquid-cooled clusters arrive as self-contained units. Power on in 90 days, not the 36-month timelines of legacy hyperscale builds.
The Operating System
A software control plane orchestrates GPU workloads against real-time energy availability, balancing price, carbon intensity, and thermal headroom automatically.
From stranded power
to scheduled compute.
1arkos.site({2 source: 'rez-nsw-01',3 grid: 'NEM',4 curtailed_mwh: 480,5 colocate: true6})
Sited at the
source.
We don't chase fibre or connection queues. ARKOS will co-locate clusters with renewable generation in Australia's Renewable Energy Zones, where curtailment is highest and the grid can't keep up.
The window
is open.
One integrated
value chain.
Generation, land, capital, and compute aligned around a single unit of stranded power.
Built for
institutions.
Power-native infrastructure demands more than a data centre. We're designing ARKOS around bankable contracts, audited metering, and the standards institutions expect from day one.
Standards we're building toward
Grid-independent uptime
On-site generation with battery buffering, designed to run clusters through grid instability.
Real-time orchestration
A control plane that shifts workloads to follow the cheapest, cleanest available power.
Institutional governance
Bankable PPAs, audited metering, and transparent reporting, structured before the first site.
Verified carbon intensity
Every FLOP matched to a generation source with auditable carbon accounting.
Efficient FLOPS.
On demand.
This is the developer experience we're building: provision GPU capacity programmatically and let the control plane place workloads where energy is cleanest and cheapest.
Energy-aware scheduling
Jobs route to the cleanest, cheapest power.
On-demand FLOPS
Reserve GPU capacity in minutes, not quarters.
Transparent pricing
Cost per FLOP tied to real energy markets.
Carbon reporting
Auditable intensity data for every job.
npm install @arkos/sdk# oryarn add @arkos/sdkpnpm add @arkos/sdk
"Every megawatt-hour a renewable asset curtails is revenue lost forever. We exist to make sure none of it goes to waste."
For generation owners
ARKOS will turn curtailment into income
Power, monetised
Built for operators, labs, and capital
One platform,
three ways in
Whether you supply power, buy compute, or deploy capital, ARKOS aligns around the same unit of stranded energy.
Power Partner
For generation and landowners
- Monetise curtailed output
- No upfront capital required
- 90-day deployment target
- Long-term lease income
- Grid-independent operation
Compute
For labs and AI builders
- Early access to capacity
- Energy-aware scheduling
- Transparent cost per FLOP
- Carbon intensity reporting
- Input on the roadmap
- Priority placement at launch
- API + SDK access
Capital
For infrastructure investors
- Ground-floor positioning
- Full thesis and model access
- Project finance structures
- Direct line to founders
- Co-investment options
- Transparent reporting
- Diligence data room
We're pre-launch. Founding partners shape the terms with us, openly and directly. Get in touch
The next cloud
follows energy.
We're at day zero and looking for founding partners. Whether you bring energy, capital, or workloads, let's build it together.
For operators, labs, and capital partners