Building blockchain networks is only one part of creating reliable digital infrastructure. Long-term success also depends on the engineering teams responsible for keeping those networks stable under real production conditions. During Berlin Blockchain Week 2026, Coinspaid Dev Executive Leader Alexey Tulia argued that stronger cooperation between protocol developers and infrastructure engineers is becoming essential for the next stage of blockchain adoption.
As covered by BlockchainReporter, Tulia shared insights during Futura Camp based on more than a decade of production experience across over 20 blockchain networks. His presentation explored how engineering teams working on blockchain infrastructure face challenges that often remain invisible during protocol design but become critical once networks operate at scale.
Modern blockchain systems rely on far more than consensus mechanisms and token economics. Infrastructure teams are responsible for ensuring transactions remain reliable, fees stay predictable, services recover quickly from failures, and applications continue operating across multiple blockchain ecosystems. As more businesses integrate blockchain into financial products and enterprise platforms, these operational responsibilities become increasingly important.
According to Tulia, protocol developers and infrastructure engineers approach blockchain from different perspectives. Protocol teams typically focus on long-term network architecture and future capabilities, while infrastructure specialists encounter the practical limitations users experience every day. Bringing those viewpoints together allows engineering teams to identify problems earlier and build solutions that perform better in production.
Many operational issues only emerge after blockchain services reach significant scale. Network congestion, transaction fee volatility, synchronization between different chains, and infrastructure resilience often become visible only when thousands of users interact with systems simultaneously. Experience gained from production environments therefore provides valuable feedback for protocol evolution.
Coinspaid Dev has accumulated this experience by operating blockchain infrastructure across numerous networks over many years. The engineering organization includes more than 120 specialists working in blockchain development, distributed systems, cloud infrastructure, cybersecurity, and data analytics. Their work provides direct insight into the technical obstacles companies face while maintaining large-scale blockchain services.
One of Tulia’s key recommendations was establishing stronger communication channels between protocol teams and infrastructure builders. Engineering feedback gathered from production environments helps protocol designers understand which architectural decisions create operational complexity. At the same time, infrastructure providers benefit from greater visibility into protocol roadmaps, allowing them to prepare systems for upcoming network changes before deployment.
The presentation also highlighted several technical priorities that Tulia believes deserve greater attention across the blockchain ecosystem. These include native multisignature capabilities, improved tagging mechanisms, more predictable transaction fee reservation, and broader implementation of Ethereum’s EIP-7702 standard. Each of these improvements addresses practical engineering concerns rather than purely theoretical protocol design.
The discussion reflects the broader direction of Coinspaid Dev, an independent engineering brand focused on research, software development, and blockchain infrastructure. Rather than concentrating exclusively on new blockchain features, the company aims to expand industry conversations around the engineering practices required to keep decentralized systems reliable, secure, and efficient as adoption continues to grow.
As blockchain technology moves beyond experimental deployments into business-critical applications, collaboration between protocol architects and infrastructure operators is becoming increasingly valuable. Organizations building production systems depend on stable networks, predictable performance, and continuous operational feedback. By encouraging closer cooperation between both sides of the ecosystem, industry leaders hope blockchain engineering will evolve into a more resilient foundation for future digital services.
