Optimize Power.
Minimize Carbon.
Maximize AI.

Software-guided intelligence for energy-efficient data centers.

Driving performance-per-watt for a sustainable AI future.

Trusted by World-Class Organizations

Suzuki
Intel
Hyundai MOBIS
ARM
Xilinx
AMD
MEITY
Ministry of Defence
TSMC
Qualcomm
Suzuki
Intel
Hyundai MOBIS
ARM
Xilinx
AMD
MEITY
Ministry of Defence
TSMC
Qualcomm
Phase 1: Software Layer

TensorTune™

Hardware Aware AI Optimization. Restructures models for hyper-efficient execution by reducing redundant compute and memory movement, optimizing your workloads entirely before deployment.

TensorTune™
Phase 1: Software Layer

WattWise™

Workload-Aware Power & Thermal Management. Real-time workload orchestration that adapts execution based on power, thermal, and memory behavior—ensuring optimal performance strictly within your power limits.

WattWise™
Phase 2: Silicon Layer

AetherCore AI™

Fine-grained control over frequencies and power domains. Memory-aware execution achieves optimized data locality, utilizing software-guided hardware behavior for absolute minimal energy per operation.

AetherCore AI™

The Result

Data Center Impact

↓

Energy per Inference

Lower operating costs and reduced carbon footprint per query.

↓

Memory Traffic

Better bandwidth utilization scaling exponentially across nodes.

↓

Thermal Peaks

Higher rack density unlocked by flattening transient load spikes.

↑

Performance per Watt

Extract significantly more AI capacity within your exact existing power budget.

↑

Hardware Lifespan

Reduces peak stress on compute and memory systems. Extends hardware lifespan through smoother power and thermal profiles. Enables more reliable, long-term operation of AI infrastructure.

Global Research Footprint

20+Conference Papers
20+Journals
12Patents Filed

Get in touch

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