Stay online when
the grid goes down.
SmartTec runs NVIDIA and Cerebras compute behind battery storage we engineer on z1power LFP. When the grid faults, AURA islands your cluster in under 10 milliseconds and rides through on batteries. Up to 73% modeled grid reduction. Built in the USA.
The grid ran out of room.
We brought our own.
Powered. Performant. Provable.
z1power LFP batteries, engineered by SmartTec into behind-the-meter storage. When the grid faults, AURA islands your cluster in under 10 milliseconds — no interruption, no diesel.
NVIDIA for training and dense inference. Cerebras for the fastest tokens on earth. AURA tunes every rack for tokens-per-watt — the new efficiency metric.
Real-time telemetry, design-basis SLA targets, US-built hardware, and compliance built in from day one.
Compute that's already powered.
NVIDIA instances by the hour.
Spin up, train, tear down. Bare-metal or orchestrated.
Dedicated nodes, monthly or annual.
Yours alone, on independent power.
Wafer-scale endpoints for the lowest-latency tokens available.
Ideal for real-time and agentic workloads.
Bring your hardware onto our battery-backed power.
Or we build dedicated MW behind the meter for you.
From reservation to running.
Reserve
Tell us the workload — training run, inference SLA, or megawatts. We scope it and quote in 48 hours.
Provision
Your instances or cluster come online on behind-the-meter power. Days, not years.
Scale
AURA optimizes tokens-per-watt automatically. Grow from one node to multiple megawatts with no re-architecture.
We don't buy power off a strained grid. We build it.
z1power LFP battery systems, engineered by SmartTec into triple-redundant behind-the-meter storage with sub-10ms failover. Behind the meter means you're never in the queue and never at the mercy of a grid event.
- No air permits, no fuel logistics — silent and modular.
- Instant load-following for spiky AI workloads.
- Clean: fed by on-site solar where available.
Operations that think ahead.
Predictive load positioning
Reserves pre-charged capacity 72 hours before demand peaks.
Tokens-per-watt tuning
AURA balances compute and cooling for the best performance per megawatt.
Sub-10ms failover
Automatic routing across redundant battery banks.
Anomaly detection
Flags cell- and node-level issues before they become incidents.
Engineered to stay up.
Triple-redundant battery banks. If one fails, two take over in under 10ms. No single point of failure.
SOC 2 Type II [in progress]. Encryption at rest and in transit. Full audit logging from day one.
A financially-backed 99.9_% uptime SLA on every reserved deployment. Targets we'll put in the contract.
Become one of our first three.
We're reserving discounted launch capacity for our first three design partners — teams with a serious training or inference workload who want to lock in early pricing and shape the platform. (Design partners get launch pricing + a co-published case study; standard reservations are also open — same hardware, list pricing, no case-study commitment.)
- Launch pricing locked for the first 12 months.
- Named case study + benchmark co-published at power-on.
- Direct line to the engineering team — no support tiers in between.
- Slots open3 of 3
- Application deadlineRolling
- Power-on (target)Q4 2026
- Workload typesTraining · Inference · Colo
NVIDIA gave you a $3K desk box.
We give you the AI factory.
The DGX Spark is the most exciting dev box of the year. Same GB10 architecture, same NVIDIA toolchain. Just at production scale — behind battery storage we engineer on z1power LFP.
See side-by-side →Reserve your capacity
before power-on.
First-wave slots are limited and priced for early partners. Tell us your workload; we'll scope a fixed quote in 48 hours.