Developers play a crucial role in the evolution of blockchain. While users might focus on market trends such as Bitcoin performance or Dogecoin price updates, developers prioritize architecture, tooling, and scalability. They understand which networks are practical for production workloads.
User onboarding often begins with services like MoonPay, but development decisions involve deeper considerations such as transaction speed, gas efficiency, composability, and interoperability.
Below are eight networks developers rely on for real application deployment in 2025.
1. Ethereum and Layer 2 Rollups
Ethereum remains the most popular environment for developers due to extensive libraries and the growth of rollups such as Arbitrum and Optimism.
2. Solana
Solana offers impressive throughput and deterministic transactions. Developers choose it for gaming, payments, and trading applications.
3. Near Protocol
Near prioritizes user onboarding through simple account models. It is a favorite for applications targeting mainstream audiences.
4. Polygon zkEVM
Polygon’s zkEVM offers a combination of Ethereum compatibility and zero knowledge performance. It is popular for scaling consumer apps.
5. Avalanche Subnets
Avalanche allows developers to create customizable blockchains known as subnets. These subnets offer flexibility for regulatory and performance needs.
6. Cosmos SDK
Developers building application specific blockchains turn to Cosmos. Its interchain communication protocol powers a growing ecosystem.
7. Aptos
Aptos brings secure transaction execution through the Move programming language. Developers prefer it for financial and automation heavy applications.
8. Toncoin (TON)
TON is expanding due to its native integration with Telegram. Mini apps built on TON have instant access to a massive global user base.
Conclusion
Developers shape the future of blockchain more than market speculation ever will. As users continue learning how to buy cryptocurrency or track market prices, developers are building the tools and systems that define how the technology works at scale.
Top comments (1)
Great roundup. More devs are now looking for chains that can handle real AI workloads, which is why we created Haveto, a Layer-1 that runs LLMs directly on-chain with lower costs as usage grows. Curious what the community thinks about AI-native blockchains.