Coredge Selects Lightbits to Power Global AI Cloud Infrastructure

Key Takeaways

• Lightbits provides NVMe/TCP storage over Ethernet.
• Coredge replaces legacy SAN with software-defined storage.
• Multi‑petabyte AI cloud infrastructure deployed in India.
• Commodity hardware reduces total cost of ownership.
• Seamless OpenShift integration accelerates service time‑to‑market.

Summary

Coredge, a cloud solutions provider recently acquired by Sirius Digitech, has chosen Lightbits Labs' software‑defined storage to power its next‑generation AI cloud services. The partnership will enable a multi‑petabyte, cloud‑native infrastructure in India that leverages NVMe over TCP on commodity Ethernet, avoiding the cost and rigidity of traditional SANs. Lightbits’ solution promises low latency, high throughput, and elastic scalability for OpenShift‑based Kubernetes workloads. Coredge expects reduced total cost of ownership, enhanced resiliency, and faster time‑to‑market for AI‑driven applications.

Pulse Analysis

AI-driven workloads are straining traditional storage architectures, demanding not just raw capacity but predictable low latency and consistent performance at scale. NVMe over TCP, pioneered by Lightbits Labs, delivers block storage over standard Ethernet, marrying the speed of NVMe with the ubiquity of TCP/IP networks. This protocol eliminates the need for specialized fabrics, simplifying data center design while preserving the high‑throughput characteristics essential for training large models and real‑time inference. As enterprises accelerate AI adoption, such flexible, high‑performance storage becomes a strategic differentiator.

Coredge’s decision to adopt Lightbits’ solution reflects a broader industry trend toward cloud‑native, software‑defined infrastructure. By deploying a multi‑petabyte platform in India, Coredge can serve regulated industries, telecom operators, and public‑sector clients with a sovereign OpenShift‑based Kubernetes environment that meets strict compliance and latency requirements. The commodity‑hardware approach slashes capital expenditures, while built‑in data protection and rapid snapshot capabilities enhance resiliency and meet stringent availability standards. This architecture also streamlines operations, allowing Coredge to provision AI services faster and respond to market demand with agility.

The partnership signals a pivotal shift away from legacy SANs toward Ethernet‑centric, NVMe/TCP storage across the cloud ecosystem. Enterprises seeking to scale AI workloads without inflating costs are likely to emulate this model, leveraging the open, standards‑based nature of Lightbits’ software. As more providers integrate such solutions with Kubernetes and OpenShift, the market will see accelerated innovation cycles, reduced vendor lock‑in, and broader accessibility of high‑performance AI infrastructure worldwide.