Autonomous AI Infrastructure.

Engineering energy-aware GPU architectures.

Currently Raising

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AI compute is scaling rapidly. But infrastructure faces new constraints.

AI compute is scaling rapidly. But infrastructure faces new constraints.

Thermal limits, power inefficiency, manual oversight, poor capital efficiency—the next bottleneck is autonomy.

Thermal limits, power inefficiency, manual oversight, poor capital efficiency—the next bottleneck is autonomy.

Our Approach

Panju CoreVault integrates high-density GPU compute, immersion thermal management, distributed telemetry, and MO. Designed for sustained performance, predictive monitoring, and intelligent workload orchestration.

This unified architecture makes infrastructure truly autonomous and adaptable, bringing intelligence to every layer of deployment.

Currently raising Pre-Seed round to deploy pilot autonomous GPU nodes.

High-density GPUs.

High-density GPUs.

Accelerated compute with dense architecture for next-gen AI.

Accelerated compute with dense architecture for next-gen AI.

Intelligent Cooling.

Intelligent Cooling.

Immersion-based thermal management ensures optimal performance.

Supervisory Control.

Supervisory Control.

Distributed telemetry and MO layer for predictive monitoring and orchestration.

Distributed telemetry and MO layer for predictive monitoring and orchestration.

Why It Matters

Infrastructure must recover hardware costs within 8–12 months, operate energy-efficiently, scale modularly, and reduce operational friction.

AI performance without infrastructure intelligence is not scalable. Panju CoreVault enables sustainable, scalable AI growth.

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Company

Panju CoreVault Pvt Ltd

India

Autonomous Systems

Contact

shiv@panjucorevault.com

Data Infrastructure

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