Dedicated Fantom RPC Node Servers for Opera + Sonic

A Dedicated Fantom RPC Node Server is a single-tenant server that runs your Fantom node and serves your application’s RPC requests. You need it if you ship a wallet, dApp, indexer, bot, explorer, or any product where timeouts and throttling cost users. You also need it if you want predictable performance during traffic spikes, not “best effort” capacity.

Shared public endpoints throttle, rate-limit, and degrade under load. You do not control who else is hitting the pool. A Fantom RPC provider on dedicated infrastructure gives you predictable capacity, consistent latency, and clear control over exposure rules. Your team also gets a stable baseline for debugging, incident response, and performance tuning. [Image of dedicated single-tenant RPC server architecture versus shared multi-tenant RPC pool]

Yes. Fantom is transitioning from Opera to Sonic. Many teams want both during the changeover. We support Fantom Opera and Sonic deployments, including parallel environments for testing and cutover. That lets you validate method behavior, indexing, and latency before you switch production endpoints. [Image of Fantom Opera to Sonic network transition timeline]

Use a pruned node when you mainly need current-state reads and standard RPC calls for apps and wallets. Use a full-history node when you need deep history scans, logs, and analytics, older state access, or heavy research queries and backfills. If you are unsure, tell us your method mix and query patterns, and we will map you to the right Fantom Blockchain node profile. [Image of pruned node vs archive node storage architecture]

You can run HTTP RPC and WebSocket access based on your workload. Many teams split endpoints by role: one for user reads, one for transaction submission, and one for WebSocket streams. This design reduces cross-impact between workloads and keeps your Fantom RPC node stable during bursts. [Image of separating HTTP and WebSocket traffic on RPC nodes]

Stability comes from dedicated capacity plus traffic control. You do not share compute with other customers. You can also shape traffic at the edge so abusive call patterns do not drown your legitimate users. For products that see unpredictable spikes, we recommend separating workloads across endpoints and scaling in steps, not all at once.

Yes. Managed setups can include rate limiting, IP allowlists, request size controls, and method-level restrictions for public exposure. This protects you from bots and expensive calls that cause slowdowns. If you choose unmanaged, you still have full control to apply the same policies with your preferred stack.

Run both endpoints in parallel, then shift traffic gradually. Start with internal services and staging first, then move a small percentage of production traffic, then complete the cutover once metrics look clean. Many teams keep Opera available as a fallback during the early window. This approach reduces user impact while your Fantom nodes transition across networks.

Yes. This is one of the strongest reasons to use dedicated infrastructure. Wallet reads, WebSocket subscriptions, indexer backfills, and partner traffic behave differently. Separate endpoints prevent one workload from choking another. It also gives you cleaner access control, simpler monitoring, and clearer cost-to-usage tracking.

Yes. You can deploy regional endpoints closer to your users to reduce latency and improve reliability. Many teams keep a primary environment and add region-local read endpoints for better UX. This works well for wallets and consumer apps where a slower RPC response directly hurts retention.

As a Dedicated Fantom RPC Node provider, our standard offering includes a 99.99% uptime SLA for the infrastructure layer. Your total uptime also depends on how you operate the node and how you architect redundancy. For high-stakes workloads, we recommend a second node for failover or a regional standby so you can recover fast during incidents.

Yes. We offer both. Fully managed fits teams that want help with setup, basic hardening, monitoring direction, and operational support. Unmanaged fits teams that want full freedom and run their own runbooks. In both cases, you still run on single-tenant dedicated servers built for production node workloads.

Track sync height, peer count, RPC latency, error rates, disk usage trends, and sustained CPU load. For WebSocket-heavy apps, also track connection churn and subscription failure rates. You should alert on “node behind head,” rising error codes, and abnormal disk growth so you catch issues before users report them.

First, identify the failure mode: network connectivity, resource saturation, or data issues. Then recover by restoring service fast, not by guessing. Managed customers can escalate to our support for guided recovery. Many teams also keep a standby node so failover becomes a routing change, not a rebuild.

We support 20+ payment methods and crypto payments for global buyers. That helps teams provision quickly without procurement friction. If you need invoicing, renewals, or multi-server billing, we can align the payment flow to how your business operates.