SolidRPC vs dRPC, Uniblock, and Lava: what’s different behind the endpoint.

These are differences in operating models. Automatic failover and a single API key are useful features, but neither is exclusive to SolidRPC. The sections below link to each product’s documentation. Comparison reviewed on October 14, 2026.

dRPC describes a network of independent infrastructure providers and documents request routing, retries, and provider selection. Its hosted service already removes much of the work of integrating multiple providers. See the dRPC documentation and routing overview.

SolidRPC’s model starts with infrastructure we operate ourselves.

For networks and methods served by our fleet, eligible requests preferentially go to our nodes. Qualified external capacity provides additional coverage and alternatives when our infrastructure cannot appropriately serve a request.

That gives us direct control over capacity planning, node maintenance, and recovery on our own fleet. We can address problems in the infrastructure serving the request as well as change where requests go.

It also changes the cost structure. Requests served on our nodes consume capacity we operate. They do not each require purchasing a corresponding request from another RPC provider.

That creates room for efficient pricing as utilization grows. Actual savings still depend on the workload, including its networks, methods, historical depth, and throughput. Infrastructure ownership alone does not establish which service will be cheapest for every application.

Uniblock brings RPC, token data, NFTs, transactions, market data, and webhooks into a unified platform. Its documentation describes automatic provider selection based on reliability, latency, and cost, with backup providers used when requests fail. See the Uniblock product overview and auto-routing documentation.

That breadth is valuable for teams that want several kinds of blockchain data through one integration.

SolidRPC focuses on operating production EVM JSON-RPC infrastructure. Our own nodes and external capacity form one managed service, with routing that considers whether an upstream is suitable for the requested work.

For example, a node can respond quickly while falling behind the chain. A node that serves recent blocks may lack the historical state needed for an older query. A healthy endpoint may support ordinary reads but not the tracing method an indexer requires.

Those distinctions matter to the application. A successful HTTP response alone does not establish that an upstream is suitable.

SolidRPC uses chain progress, observed failures, method support, and configured historical availability to inform routing. We manage those policies and the infrastructure behind them.

The difference we want customers to evaluate is that combination of direct node operation and request suitability. A blanket claim that Uniblock has no intelligent routing would overlook what its own documentation describes.

Lava supports more than one operating model.

Its Smart Router documentation describes a configuration where teams supply primary and backup endpoints, including their own nodes or commercial provider URLs. The router monitors performance and selects among those endpoints. Lava also documents a decentralized consumer mode that discovers providers through its network. See the Lava Smart Router documentation.

The configured router model is useful when an engineering team wants control over its provider relationships and infrastructure choices.

SolidRPC takes responsibility for those choices on your behalf. We supply the nodes, maintain the external capacity, manage credentials and provider relationships, and operate routing and recovery.

You connect your application using a SolidRPC API key. You do not need to assemble the provider pool behind it.

Running nodes and buying external capacity solve complementary problems.

Our fleet gives us control over the infrastructure and a way to spread operating costs across the traffic it serves. External capacity adds alternatives, supports requests outside a local node’s capabilities, and extends network coverage.

The balance depends on the request. A recent block read, a historical state query, and a large trace workload can have very different requirements. Some supported traffic relies on external capacity by design.

Our responsibility is to manage that mix so customers do not have to.

For an engineering team, the practical benefit extends beyond the RPC invoice. There are fewer provider contracts to maintain, fewer credentials to rotate, and fewer failover policies to debug. When an upstream degrades, your team has one service accountable for investigating and restoring delivery.

Consider an application reading the latest chain state.

One of our nodes remains reachable but falls sufficiently behind the observed network head. Under the applicable routing policy, it loses eligibility for that traffic. Requests can move to another qualified upstream while we investigate and recover the affected node.

Your application keeps using its SolidRPC endpoint.

The same principle applies when a request needs historical data or a method that one upstream cannot serve. We manage the alternatives behind the integration.

That is the operational outcome we design for: an upstream incident should be absorbed within the service wherever healthy, capable alternatives are available. Contractual availability commitments and service credits apply according to the eligible plan, covered networks, and accepted SLA terms.

dRPC, Uniblock, and Lava each offer ways to simplify access to blockchain infrastructure. SolidRPC brings together a specific combination:

• Our own operated nodes as the preferred capacity for eligible traffic.
• Qualified external RPC capacity for resilience, coverage, and additional capabilities.
• Routing informed by chain progress, failures, and request requirements.
• Responsibility for operating and recovering the service behind your endpoint.

For supported EVM workloads, you should not need to build another RPC provider pool around SolidRPC.

One RPC integration. No provider stack to manage.

Get an API key.