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WEKA

WEKApod: Next-Generation AI Storage Appliances

WEKApod is next-generation AI storage on hardware WEKA designed from scratch, a custom 2U chassis with a PCIe Gen 6 fabric. It reclaims the rack space and power commodity storage wastes and hands them back to compute.

Introduction

AI infrastructure is running out of data center, not out of ideas. Rack space, power, and cooling are constrained. GPU demand keeps climbing. WEKApod is the first AI storage platform built on hardware WEKA designed from scratch, a custom 2U chassis built around a PCIe Gen 6 internal fabric and a cable-based, backplane-free drive interconnect, with multiple patents pending. The hardware exists for one job: reclaim the rack space and power commodity storage wastes, and hand it back to compute.

WEKApod is a family of storage systems built on that chassis. WEKApod Prime Max delivers 1.1 Exabytes of effective capacity in a single 56U rack. WEKApod Nitro delivers 10.2 TB/s throughput and 210 million IOPS in a 56U rack. Each system is built for a different constraint.

Challenges

Solution

The new WEKApod family turns wasted rack space and power into more AI by fitting more storage into every rack unit than any available alternative.

Benefits

For AI Cloud & Service Providers

For AI Cloud providers, storage density is a margin decision. Every rack unit not generating tokens is a black hole. WEKApod puts 267% more raw capacity per rack than the nearest alternative into the same footprint and the floor space and power that storage no longer consumes goes to GPUs and compute. More GPUs per rack means more tenants per rack. More tenants per rack means more revenue from existing infrastructure.

For AI & ML Engineering Teams

Deploy in hours with microsecond latency at scale—storage that never limits GPU performance, with full enterprise features (GPUDirect Storage, instant snapshots, multi-protocol access) and no storage engineering expertise required.

For CIOs and & Infrastructure Leaders

For enterprise AI teams, the move from training to production inference exposes infrastructure decisions that were invisible during pilots: storage latency that inflates time-to-first-token, insufficient context memory that forces repeated prefill, and platforms not built for concurrent workloads at scale. WEKApod ships factory-installed and pre-validated with the full NeuralMesh feature set, including Augmented Memory Grid, with no dedicated storage team required.

The WEKApod Family

Three configurations cover every inference and training deployment from sub-1 PB entry deployments to over 1 EB at scale. Every configuration ships factory-installed: Ubuntu pre-installed, BIOS pre-configured, full NeuralMesh software stack loaded.

WEKApod Prime Max

The most capacity dense system.

Best for: Enterprises and AI Cloud providers operating at Exabyte scale where effective capacity per rack unit is the primary constraint.

WEKApod Prime

Industry-leading price-performance.

Best for: Enterprise teams that need both performance and capacity economics from the same system — without managing two separate storage tiers.

WEKApod Nitro

Extreme performance for AI factories.

Best for: AI Cloud providers and AI factories where training throughput and GPU saturation are the primary workload requirements.

Space and power are the new limits of innovation in data centres. WEKApod’s exceptional storage performance density allows us to deliver hyperscaler-level data throughput and efficiency within an optimised footprint—unlocking more AI capability per kilowatt and square metre. This efficiency directly improves economics and accelerates how we bring AI innovation to our customers.

WEKApod Technical Specifications

Specification

Prime Max

Prime

Nitro

Form Factor

2U, 2 Servers

2U 4 Servers

2U, 4 Servers

NVMe Drive Type

QLC / TLC

QLC / TLC

TLC

SSD Slots

70

56

56

Raw Capacity (2U)

15.8 PB

12.8 PB

1.72 PB

Raw Capacity (56U)

441.5 PB

358.5 PB

48.2 PB

Usable Capacity (56U)

371.9 PB

302.2 PB

40.7 PB

Effective Capacity (56U)

1.1 EB

906.5 PB

122.0 PB

Throughput (56U)

10.2 TB/s

IOPs (56U)

210 M IOPs

Data Network

NVIDIA ConnectX-8 / 9, NDR / 800GbE (all configurations)

Internal Fabric

PCIe Gen 6 (all configurations)

Failure Domains

2 per 2U

4 per 2U

4 per 2U

Protocols

POSIX, NFS, SMB, S3, GPUDirect Storage (all configurations)

Software

NeuralMesh 6.0, AlloyFlash, Drive Sharing, Data Reduction, Augmented Memory Grid

NeuralMesh 6.0, AlloyFlash, Drive Sharing, Data Reduction, Augmented Memory Grid

NeuralMesh 6.0, Drive Sharing, Augmented Memory Grid

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