RPC node hosting with infrastructure under your direct control
Select a dedicated server for RPC nodes and full or archive roles while your team controls clients, keys, monitoring, scaling, failover, redundancy, and endpoint SLAs across deployments.
Select a dedicated server for RPC nodes and full or archive roles while your team controls clients, keys, monitoring, scaling, failover, redundancy, and endpoint SLAs across deployments.
Single-tenant servers isolate CPU and RAM, keeping RPC node workloads separated.
CPU, RAM, and bandwidth choices align RPC nodes with client requirements.
Regional placement aligns RPC nodes with topology and internal routing models.
Server supply keeps RPC monitoring, scaling, and endpoint SLAs fully customer-owned.
RPC providers operate full, archive, and gateway node roles that must align with internal architecture, client behavior, and workload design rather than provider abstractions. The core decision is securing infrastructure that preserves control over node clients, RPC exposure, scaling logic, and endpoint behavior across all deployment stages and evolving workload requirements.
We supply dedicated server infrastructure across multiple regions with selectable CPU, RAM, storage, and placement inputs. Both metered and unmetered bandwidth options are available. Teams can match these infrastructure choices to documented node requirements while keeping hardware supply separate from node-layer operation across development, staging, and production environments.
With this operating model, infrastructure and node responsibilities remain clearly separated. Your team defines monitoring, redundancy, failover, and endpoint SLAs, while Melbicom supports the hardware and network layer that enables consistent deployments, controlled scaling, and infrastructure stability for complex multi-role node architectures.
Run node clients on isolated servers, matching CPU RAM storage to defined synchronization requirements.
Deploy archive nodes on configurations, matching storage and bandwidth to customer retention and query needs.
Operate RPC gateway nodes on isolated servers, while teams control access, monitoring, and endpoint behavior.
Run indexing workers on chosen CPU and memory profiles, controlling ingestion, processing, and query workflows.
Deploy node fleets across regions aligning sites with customer topology, policy constraints, and routing models.
Provision standby nodes on isolated servers so teams control redundancy, failover logic, and recovery workflows internally.
Stage new node environments on isolated servers, controlling sync, validation, and customer cutover workflows.
Expand node capacity with aligned configurations while your team controls scaling, monitoring, and endpoint exposure.