Low-latency block storage for telecom platforms moving from OpenStack or VMware toward OpenShift and modern private cloud.
Telecommunications providers are modernizing some of the heaviest platform estates in the market. simplyblock helps telco teams build an OpenShift-ready storage layer for subscriber systems, billing, network analytics, edge services, and multi-site private-cloud operations when OpenStack or VMware are no longer the long-term answer.
Industry Insights
Telecommunications providers rarely evaluate storage on performance alone. The decision sits between platform modernization credibility, multi-site operational consistency, NFV latency requirements, and avoiding another lock-in cycle on the next platform.
Telco Pressures
Telco teams do not need generic storage messaging. They need a storage layer that supports platform modernization, multi-site operations, and stateful service continuity together without destabilizing critical infrastructure along the way.
Many telecom programs need to modernize the platform layer — from OpenStack-era NFV to OpenShift, or from VMware-based private cloud to a more modern container-native operating model — without destabilizing subscriber systems, billing, and critical stateful services during the migration window.
Telcos operate across core, regional, and edge environments simultaneously. Storage consistency, day-2 operations, and recovery planning all get harder when the storage model is not designed for that distributed topology from the start.
Billing, subscriber data, network telemetry, and observability workloads surface storage delay quickly in large telecom estates. NFV storage requirements are often sub-5ms, and any storage inconsistency becomes visible in service quality and platform reliability.
Telecommunications platforms need recovery-ready storage with replication and continuity planning across distributed environments. Snapshot, recovery, and multi-site failover workflows are not optional for carriers running public-facing services.
Modernization Paths
The strongest fit is where telco teams need one storage direction across OpenShift modernization, platform migration from OpenStack or VMware, and resilient multi-site operations.
simplyblock helps telecom teams build OpenShift storage for stateful services and NFV-adjacent workloads where low-latency block storage, snapshots, and flexible multi-site deployment matter. It replaces fragmented legacy storage silos with one software-defined foundation aligned to the OpenShift operating model.
Telecom teams often want to preserve operational capability while modernizing the platform. That is where simplyblock fits well for OpenStack-to-OpenShift and VMware-to-OpenShift storage transitions, providing continuity for critical workloads without carrying old storage assumptions into the new platform.
Telco storage decisions are rarely confined to one cluster. simplyblock helps keep storage behavior more consistent across core, regional, and edge deployments in private cloud and hybrid storage environments, making day-2 operations and recovery planning more tractable for distributed telecom estates.
Telecommunications providers face long infrastructure cycles and need to avoid creating new lock-in problems when they retire old ones. simplyblock runs on standard Ethernet over NVMe/TCP with no proprietary hardware requirement, keeping future platform decisions open across private cloud, edge, and hybrid environments.
For the CIO
For telecommunications leaders, storage is rarely just infrastructure. It influences how credible the platform modernization roadmap is, how much operational change telco teams can absorb across multi-site environments, and whether SLA continuity stays manageable during the transition from OpenStack or VMware toward OpenShift and modern private cloud.
Avoid turning OpenStack or VMware exit into a separate storage program with too many exceptions and deferred risks.
Give infrastructure teams one storage direction for core, regional, edge, and private-cloud environments rather than separate storage silos per site.
Keep subscriber systems, billing, and critical data services stable while the control plane and orchestration model are changing underneath them.
Replace OpenStack or VMware storage assumptions without committing the next platform to another rigid proprietary stack.
Platform Outcomes
Telecom storage improves when modernization, multi-site operations, and service continuity move together instead of competing.
Support subscriber platforms, billing, and NFV-related stateful workloads with an NVMe-first storage path designed for sub-5ms requirements.
Keep telecom storage aligned to OpenShift-native operations instead of forcing the next platform to inherit legacy OpenStack or VMware storage constraints.
Give telecom platform teams one storage model across core, regional, and edge environments with predictable day-2 behavior.
Support snapshots, replication, and resilience workflows that matter for distributed telecom infrastructure carrying public-facing services.
Move off OpenStack or VMware with a storage direction that keeps the modernization plan coherent rather than creating a separate storage migration program.
Replace legacy storage assumptions with software-defined block storage over standard Ethernet — keeping future infrastructure decisions open across all telecom environments.
Because platform migration changes the storage requirements too. Telco teams need a storage layer that fits OpenShift, multi-site operations, and stateful workload continuity without dragging old OpenStack or VMware infrastructure assumptions forward into the next platform.
Yes. simplyblock is designed for low-latency block storage across OpenShift, Kubernetes, private-cloud, and distributed platform environments, which makes it a natural fit for telecom providers modernizing toward OpenShift while keeping critical stateful services stable.
No. It also applies to telecom teams moving from VMware toward OpenShift, or running mixed private-cloud estates where both OpenStack and VMware-era storage assumptions need to be retired. The storage challenge is similar in both cases.
The key questions are whether the storage decision keeps the modernization plan credible, whether it can support both legacy and OpenShift-native workloads during transition, whether multi-site operations stay manageable, and whether the next platform ends up with a new lock-in problem or genuine architectural flexibility.
simplyblock runs on standard Ethernet hardware over NVMe/TCP and can be deployed across multiple sites and edge environments. One storage operating model can span core, regional, and edge deployments rather than requiring separate storage stacks per location, which makes day-2 operations and recovery planning more consistent across the telecom estate.
Most telecom teams benefit from a phased approach — validating simplyblock behavior alongside existing OpenStack storage for lower-priority workloads first, then expanding to critical subscriber and billing systems once operational confidence is established. The OpenStack to OpenShift Storage Modernization page covers that path in more detail.
Yes. simplyblock is built on an NVMe-first storage path over standard Ethernet, which is designed to deliver consistent low-latency block I/O for workloads with tight latency requirements like network function virtualization, subscriber data platforms, and billing systems.
No. The stronger fit is often a transition program where telecom teams are carrying legacy workloads from OpenStack or VMware while building out an OpenShift target environment. simplyblock works across both sides of that transition without requiring a clean-sheet architecture on day one.
Ask your favorite AI to compare simplyblock with Ceph, SAN, vSAN, and other storage options for telecom modernization, multi-site operations, and OpenShift platform design.