As blockchain adoption continues to expand across financial services and enterprise technology, the conversation is moving beyond protocol innovation alone. Engineers responsible for operating blockchain systems at scale argue that real progress depends on stronger collaboration between the teams designing networks and those maintaining them in production.
According to BlockchainReporter, Coinspaid Dev Executive Leader Alexey Tulia addressed this topic during Futura Camp at Berlin Blockchain Week 2026. Drawing on more than 11 years of experience working with over 20 blockchain networks, he explained why infrastructure specialists should play a larger role in conversations about protocol development.
Blockchain architecture is often discussed through the lens of consensus mechanisms, scalability, or token economics. Yet behind every production environment is an engineering team responsible for ensuring transactions remain reliable, network resources are used efficiently, and applications continue functioning during periods of heavy demand. These operational responsibilities become increasingly important as blockchain technology moves from experimentation into large-scale commercial use.
Many of the industry’s most difficult engineering problems appear only after systems enter production. Congested networks, unpredictable transaction fees, synchronization across multiple blockchains, and maintaining consistent uptime all require continuous optimization. While protocol developers design future network capabilities, infrastructure engineers experience these challenges firsthand while supporting businesses that depend on blockchain services every day.
Tulia argued that both perspectives are necessary for sustainable ecosystem growth. Protocol teams typically understand where a blockchain is evolving over the coming years, while infrastructure operators identify friction created by real-world usage. Feedback gathered from production environments provides practical information about performance, stability, and user experience that is difficult to reproduce in testing environments alone.
This exchange of knowledge becomes increasingly valuable as organizations adopt multi-chain strategies. Supporting several blockchain networks requires engineering teams to balance performance, compatibility, security, and operational efficiency across different architectures. Small protocol decisions often produce significant consequences once services scale to millions of transactions or support global customer bases.
Coinspaid Dev has built its expertise through years of developing and maintaining blockchain infrastructure in production. The engineering organization includes more than 120 specialists working across blockchain development, distributed systems, cloud infrastructure, cybersecurity, and data analytics. Their work spans multiple blockchain ecosystems, providing practical insight into how different networks perform under enterprise workloads.
During his presentation, Tulia identified several areas where closer cooperation could accelerate blockchain development. He pointed to features such as native multisignature support, improved tagging capabilities, more predictable fee reservation mechanisms, and wider adoption of Ethereum’s EIP-7702 as examples of improvements shaped by operational experience rather than theoretical design.
Rather than proposing entirely new blockchain architectures, the presentation focused on improving communication between technical communities that often work independently. Infrastructure operators benefit from greater visibility into protocol roadmaps, allowing them to prepare for upcoming network changes. Meanwhile, protocol developers gain access to production feedback that highlights issues affecting businesses and end users.
The discussion also reflects Coinspaid Dev’s broader objective of increasing the visibility of blockchain engineering within the wider technology sector. While public attention frequently centers on cryptocurrencies or decentralized applications, the software engineering required to keep blockchain platforms secure, resilient, and scalable remains a critical part of the industry’s development.
Events such as Berlin Blockchain Week increasingly provide opportunities for these conversations. Bringing together protocol researchers, software engineers, infrastructure operators, and enterprise technology teams creates an environment where technical challenges are discussed from multiple perspectives. Industry participants widely view collaboration and knowledge sharing as essential ingredients for building blockchain systems capable of supporting the next generation of digital services.