
WEKA NeuralMesh powers national AI clouds, foundation model programs, and frontier research with one data platform.
Powering Sovereign AI Clouds Worldwide
USE CASES
National AI clouds, foundation model programs, and federated deployments all demand performance, isolation, and residency at once. WEKA® NeuralMesh™ supports each without a tradeoff.
Real national AI cloud deployments show what happens when isolation, performance, and residency stop competing with each other.
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GPU utilization with Converged
Converged lifts GPU utilization from 30% to over 90%, roughly 3x more from the same national GPU investment.
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read throughput per GPU
YTL AI Cloud runs 1 GB/s of read throughput per GPU with sub-0.5ms latency on NeuralMesh, powering Malaysia's sovereign AI cloud.
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less cabling for sustainable AI
Yotta Data Services needs 60% less cabling running NeuralMesh, cutting power draw and complexity in its sovereign AI cloud.
0M+
tokens processed daily
Neysa processes over 100 million tokens daily on NeuralMesh, keeping GPUs productive under real production load.
WHY WEKA
Hyperscaler storage breaks residency, and legacy NAS can't feed GPU clusters at AI scale. NeuralMesh closes both gaps at once.

Keep Data In-Country
Deploy across on-premises, classified networks, and hybrid cloud, and encrypt data end-to-end with zero operator access.
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Keep Data In-Country
Deploy across on-premises, classified networks, and hybrid cloud, and encrypt data end-to-end with zero operator access.
Isolate Every Tenant
Give each tenant its own cluster, keys, and namespace on shared hardware, for true isolation with no noisy neighbors across 100+ tenants.
Sustain Performance Under Load
Deliver millions of IOPS at sub-millisecond latency across 100+ concurrent tenants, holding steady under GPU-driven parallel pressure.
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“Our vision was to build Thailand’s first sovereign AI cloud and develop Thai-based large language models (LLMs) that truly understand our language, culture, and unique context.”
Meet strict sovereign data governance while delivering extreme throughput across massive datasets with zero performance stalls.
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