Web3 & AI Solutions for Crypto & Finance
Entrepreneurship life
Collaborate with
TokenMinds
Why Businesses Need Solana Blockchain Development
Proof of History
Solana uses Proof of History to verify event order. Proof of History provides a verifiable time record on-chain.
Sealevel
Solana uses Sealevel to execute smart contracts in parallel. Parallel execution uses multiple validator cores for processing.
Fast Slot Timing
Solana configures slots to last about 400 milliseconds. Slot timing supports fast confirmation patterns for product workflows.
DApp Development
Develop Solana dApps with on-chain integration and user-ready flows.
SPL Token Development
Create SPL tokens and integrate token utilities into apps.
Wallet Development & Integration
Integrate Solana wallets for signing, approvals, and transaction handling.
NFT Marketplace Development
Build NFT minting and marketplace flows on Solana when required.
Exchange & DEX Integration
Integrate Solana assets with exchanges and trading venues when needed.
Node Setup & Maintenance
Operate Solana nodes for reliability, monitoring, and ongoing maintenance.
Smart Contract Audit Support
Review Solana programs for risks before mainnet deployment.
Architecture & Delivery Control
TokenMinds defines Solana scope, milestones, and operational constraints. The team designs systems around Solana accounts and runtime rules.
Program Governance
TokenMinds ships programs with controlled upgrade authority. The team supports verifiable builds for audit and verification workflows.
Infrastructure Reliability
TokenMinds selects RPC and node setups for stable production access. The team supports private node options to reduce shared RPC risk.
Key Features For Production Use On Solana
Solana CLI manages builds, deployments, and program interactions. The tool supports compiling programs and configuring network access.
Solana CLI
Solana Web3.js connects applications to the Solana network. The library supports transactions, account queries, and wallet interactions.
Solana Web3.js
SPL provides standard programs for tokens and common primitives. These programs reduce custom code for core Solana functions.
Solana Program Library (SPL)
Wallet APIs connect user wallets to applications securely. They support signing, approvals, and transaction submission.
Wallet APIs
Rust powers Solana program development on-chain. The language supports performance and memory safety requirements.
Rust
JavaScript and TypeScript power Solana application layers. They support frontend logic and backend integrations.
JavaScript and TypeScript
Python supports automation, data workflows, and integrations. Teams use Python for tooling and enterprise systems.
Python
RPC nodes provide access to Solana state and transactions. Private nodes improve reliability and performance control.
Solana RPC Nodes
Cloud platforms host services, nodes, and supporting systems. They support scaling, monitoring, and secure access control.
Cloud Infrastructure
1
Discovery
We confirm scope, users, and on-chain requirements. We define success checks and delivery milestones.
2
Architecture
We map program boundaries and account models. We define RPC, indexing, and security requirements.
3
Development
We build Solana programs and application flows. We integrate wallets, tokens, and required SPL programs.
4
Testing
We run program tests and transaction flow tests. We validate upgrade and deployment procedures.
4
Deployment
We deploy to target clusters and verify builds. We configure monitoring and operational access.
5
Support
We handle fixes, upgrades, and maintenance cycles. We monitor RPC performance and failure patterns.
Strategy
Used a chain-agnostic architecture for contribution handling.
Treated SOL as a settlement asset, not a runtime dependency.
Applied the same KYC and AML controls to SOL contributions.
Results
70 verified participants completed KYC.
$506,000 raised across fiat and crypto payments.
97% KYC completion rate across participants.
SOL support expanded access without added chain risk.
Read More
