Solana and TON Development: How to Achieve Maximum Throughput and Security in Web3

In the current crypto economy, transaction speed and gas costs determine a project's viability. As Lead Developer at Mint Scripts Studio, I see that the market has finally shifted toward high-performance blockchains. In this article, we will break down the technical nuances of developing on Solana and The Open Network (TON), as well as the approaches we use to create fault-tolerant fintech solutions.

Why Solana and TON are the Leaders in the High-Load Segment

The choice between these networks often depends on architectural tasks, but both solve the main problem: latency.

• Solana: Thanks to the Proof of History (PoH) algorithm and parallel transaction execution (Sealevel), the network can achieve theoretical 65,000+ TPS. This is critical for systems with a custom Matching Engine, where every millisecond counts.

• TON: Uses the concept of a "blockchain of blockchains" and dynamic sharding. This is an ideal environment for the Telegram ecosystem and large-scale P2P platforms requiring infinite scalability.

Security Architecture: Zero Tolerance for Backdoors

At Mint Scripts, we adhere to a clean code policy. In Web3, the cost of a mistake is complete loss of liquidity.

1. Stack Choice: Rust and FunC

We have abandoned interpreted solutions in favor of system programming. For Solana, this is Rust (via the Anchor framework); for TON, it's FunC or Tact. This provides direct access to memory management and minimizes overhead when executing smart contracts.

2. Multi-Level Audit

Every solution goes through:

• Static Analysis: Automatic code scanning for typical vulnerabilities (reentrancy attacks, integer overflows).

• Penetration Testing: Simulation of attacks on the platform's business logic.

• Formal Verification: Mathematical proof that the contract works exactly as specified in the requirements.

High-Load Optimization (Throughput)

To implement crypto exchangers and P2P platforms, we use a distributed architecture. When there are many transactions, standard approaches are not enough.

MEV Protection and Escrow Mechanisms

When developing P2P platforms, we implement:

• Multisig Wallets: To separate access rights and eliminate the "human factor".

• Smart Contract-Based Escrow: Assets are locked within the network until the transaction conditions are met, eliminating fraud.

• MEV Protection: We optimize transaction order to prevent manipulation by bots (front-running), ensuring fair rates for users.

Technical Breakdown: Solana Implementation (Rust)

Developing on Solana requires understanding the account model. Unlike Ethereum, data and logic are separated here. Let's look at an example of a smart contract structure that we use as a basis for secure instruction processing:

use solana_program::{
    account_info::{next_account_info, AccountInfo},
    entrypoint,
    entrypoint::ProgramResult,
    msg,
    pubkey::Pubkey,
    program_error::ProgramError,
};

// Program entry point
entrypoint!(process_instruction);

pub fn process_instruction(
    program_id: &Pubkey,
    accounts: &[AccountInfo],
    instruction_data: &[u8],
) -> ProgramResult {
    msg!("Mint Scripts Logic: Starting instruction processing...");

    let accounts_iter = &mut accounts.iter();
    
    // Safe account extraction
    let signer = next_account_info(accounts_iter)?;
    
    // Signature verification — security foundation
    if !signer.is_signer {
        msg!("Error: Transaction does not have owner signature!");
        return Err(ProgramError::MissingRequiredSignature);
    }

    msg!("Verification passed. Executing business logic...");
    
    // Here the logic is implemented: exchange, staking, or rights transfer
    Ok(())
}

This code fragment demonstrates a strict approach to signature verification — in Mint Scripts solutions, this is a mandatory standard.

The Future of Web3 Development: AI Agents and Automation

We are actively integrating AI agents based on Groq and Llama 3.1 into the blockchain infrastructure. This allows us to create self-learning liquidity monitoring systems that respond to market changes in real time. Such agents can automatically redistribute pools or alert about suspicious transactions before an incident occurs.

Conclusions

Creating a quality product on Solana or TON is not just about writing code, but also deep engineering work on the infrastructure. At Mint Scripts, we offer:

1. Complete Transparency: No backdoors or hidden functions.

2. Scalability: Your exchanger won't crash with a sudden influx of users.

3. AI Integration: Process automation that saves time and budget.

If you are planning to launch a fintech startup, exchange, or automation system in Web3, we are ready to be your technical partner.

Consultations and Portfolio:

• Web: mintscripts.net

• Telegram: @mintscripts

Tags: #Solana #TON #BlockchainDevelopment #SmartContracts #Rust #Web3 #MintScripts #Fintech #CryptoExchange