If you’ve been building on Ethereum for any length of time, you’ve probably run into this: your app starts slowing down, or worse, goes completely unresponsive when traffic spikes. Maybe you’re using a shared node RPC services, and just as your dApp starts gaining real traction, you hit a rate limit.
You get frustrated, right? All your efforts of writing smart contracts, polishing the UI, and getting everything just right start seeming meaningless all of a sudden. It’s not easy to cope up with the situation when everything is grinding to a halt and your users are the first to feel it. Their transactions lag. The interface stutters. Things just stop working the way they should. And to them, it doesn’t matter what’s causing it. They only know it’s broken.
What’s really happening behind the scenes? Most developers begin with shared RPC nodes from providers. Honestly, these options are cost-effective, convenient, fast to set up, and perfect for development and testing.
But as your app grows and traffic increases, those same endpoints start showing their limits. Shared infrastructure wasn’t built for production-grade performance. And when it breaks, it breaks the user experience. Relying on an RPC node provider that offers a dedicated RPC endpoint will be a great relief. Instanodes does that efficiently.
The best part? You don’t need to go down a rabbit hole of server configurations and DevOps to fix it. Running your own Ethereum RPC node today is a lot simpler than it used to be. With modern managed providers, you can spin up a dedicated, production-ready node in minutes. No blockchain sync headaches. No maintenance chores. Just stable, reliable infrastructure, ready to scale with your app.
Role of Nodes
Let’s understand what these RPC nodes do, as it will make your setup decisions easier.
Consider nodes to be the clerks of the world of blockchain. When your application wants to figure out someone’s ETH balance, if a transaction was processed, or to invoke a smart contract function, it queries a node. The node searches through its version of the blockchain and responds.

Here’s what your node handles behind the scenes
Storing Everything
Your node maintains a complete copy of the Ethereum blockchain. Every transaction, every smart contract state change, every account balance – it’s all there. This isn’t just historical data either the node constantly updates its records as new blocks get added.
Answering Questions
Broadcasting Transactions
Staying in Sync
Handling the Technical Stuff
The beauty of having your own node RPC setup is control. You decide how much data to cache, how fast your responses need to be, and you never have to worry about hitting someone else’s rate limits during critical moments.
Deploy Your Ethereum RPC Node Today
What Makes
Ethereum The Popular Choice
I’ve had experience with many different blockchains throughout the years, and each one has its merits, but Ethereum by far beats the rest when it comes to creating serious applications. Here’s why most developers end up settling on Ethereum, even when alternatives appear cheaper or quicker on paper.

Storing Everything
Your node maintains a complete copy of the Ethereum blockchain. Every transaction, every smart contract state change, every account balance – it’s all there. This isn’t just historical data either the node constantly updates its records as new blocks get added.
Answering Questions
Broadcasting Transactions
Staying in Sync
Handling the Technical Stuff
The beauty of having your own node RPC setup is control. You decide how much data to cache, how fast your responses need to be, and you never have to worry about hitting someone else’s rate limits during critical moments.
Take Control with Dedicated Ethereum RPC Nodes
Types of Nodes We Provide
Instanodes ensures reliable API and blockchain connectivity, supporting seamless growth across multiple networks.
Access Nodes
Shared
Cost-effective, multi-user access.
Semi-Dedicated
Balanced performance, limited sharing.
Dedicated
Exclusive resources, enterprise-grade reliability.
Consensus Nodes
Validator Nodes
Staking, governance, and block validation.
Data Nodes
Archive Nodes
Stores full blockchain history.
Full Nodes
Maintain complete blockchain state.
Light Nodes
Lightweight data for wallets & mobile apps.




