A Solana blockchain development company should start by asking whether Solana is the right chain for you at all. When it is, the work involves writing Rust programs (usually with the Anchor framework), designing around Solana's account model, securing every instruction against account-substitution attacks, getting an independent audit and running dependable RPC infrastructure for your app.
Weighing Solana against an EVM chain for a specific product? Describe the use case to us and we will give you a straight answer on fit.
When Solana fits, and when an EVM chain is the better call
Where Solana is strong
Solana is built for high throughput and low per-transaction fees with fast confirmation, which suits consumer apps with many small actions: payments, trading interfaces, loyalty points, gaming items and large NFT collections that use state compression. Its single global state means no bridging between rollups for users on the same network.
Where EVM chains still win
Ethereum and its layer 2 networks offer the deepest DeFi liquidity, the largest pool of Solidity developers, mature audited libraries such as OpenZeppelin and easy portability across many EVM-compatible chains. If your product depends on composing with existing Ethereum protocols, or your team already writes Solidity, an EVM chain may get you to market with less risk.
Questions that settle the choice
- Where are your users' wallets and assets today?
- Which protocols do you need to integrate with?
- How many transactions will a typical user make, and how sensitive are they to fees and latency?
- Does your team have Rust experience, or will you rely on a partner?
Solana's account model in plain terms
The biggest mental shift for EVM developers is that Solana programs are stateless. Code and data live in separate accounts. A program reads and writes data accounts it owns, and every transaction must list up front all the accounts it will touch. That requirement is what lets Solana's runtime execute non-overlapping transactions in parallel.
Key concepts your developers must handle
- Rent-exempt balances: accounts hold a minimum lamport balance tied to their size, so data layout affects what users pay to create accounts.
- Program derived addresses (PDAs): deterministic addresses derived from seeds, which programs can sign for without a private key. They are the standard way to store per-user or per-market state.
- Cross-program invocations: programs call other programs, such as the token program, passing accounts along.
- Compute and size limits: transactions have compute unit budgets and a small size limit, so complex operations are designed carefully, sometimes with address lookup tables and versioned transactions.
Building programs with Rust and Anchor
Solana programs are most commonly written in Rust. Most teams use Anchor, a framework that generates boilerplate for account serialization, declares account constraints in code and produces an IDL that front-end clients use to call the program. Anchor's constraints, such as checking that an account is owned by the expected program or that a signer is present, remove whole classes of bugs, though they do not replace careful design.
For tokens, use the SPL Token program or Token-2022, also called Token Extensions, which adds features such as transfer hooks, metadata, interest-bearing and confidential transfer options. Building on these standard programs is usually wiser than writing a custom token program. If you are issuing a token, our guide to token development services covers the design questions that come before code.
On the client side, apps use Solana's JavaScript SDKs with the Wallet Adapter to connect wallets such as Phantom, Solflare and Backpack, and Solana Mobile tooling for Android-first experiences.
Security and audits on Solana
Solana's flexibility puts responsibility on the program to validate every account passed in. Common vulnerabilities include:
- Missing signer checks that let anyone call an admin instruction.
- Missing owner or type checks that let an attacker pass a look-alike account.
- Unchecked arithmetic leading to overflow or rounding errors.
- Reinitialization of accounts that should be created only once.
- Poorly chosen PDA seeds that collide or can be predicted in harmful ways.
Programs are upgradeable by default. Protect the upgrade authority with a multisig, or make the program immutable once it is stable, and publish verifiable builds so users can confirm the deployed bytecode matches your source. An independent audit before mainnet is essential for anything holding user funds; see our smart contract audit services for what a thorough review covers.
RPC infrastructure and indexing
Every wallet call, balance check and transaction submission goes through an RPC node. Public endpoints are rate-limited and unsuitable for production. Plan for dedicated RPC from a reputable provider or your own nodes, with fallbacks between providers. Use the right commitment level (processed, confirmed or finalized) for each action, add priority fees when the network is busy, and retry transactions intelligently rather than blindly.
Dashboards, histories and search need indexed data. Streaming updates through Geyser-based services or webhooks into your own database is far more efficient than polling RPC for every screen.
Choosing a Solana blockchain development company
Ask candidates to explain how they validate accounts in Anchor, how they manage upgrade authority, which RPC setup they recommend and how they test programs locally and on devnet. Ask to see their testing approach, not only finished dApps.
iJurug Soft builds smart contracts, dApps, tokenization platforms and Web3 infrastructure across Solana and EVM chains, so the chain recommendation comes from your requirements rather than our preference. Senior engineers lead each engagement through fixed milestones, from architecture to audit preparation and mainnet launch. Our broader smart contract development practice covers Solidity work too.
Frequently asked questions
Can an EVM project be ported to Solana?
The business logic can, but the code cannot be copied. Solidity contracts must be redesigned around accounts and rewritten in Rust.
Do we need our own RPC nodes?
Not always. Many production apps use dedicated plans from established providers with a fallback, and run their own nodes only at larger scale.
How long does a Solana audit take?
It depends on program size and complexity. Schedule it early, because reputable auditors are often booked ahead.
Planning a product on Solana or unsure which chain fits? Share your idea, users and timeline through our contact form, or write to info@ijurugsoft.com. We will reply with an architecture recommendation and a clear quote.