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PwC analysis shows blockchain technology has the potential to boost global GDP by $1.76 trillion by 2030. Current market signals support this projection, with ongoing regulatory developments like US spot Bitcoin and Ethereum ETF approvals creating clearer frameworks, enterprise blockchain planforms reaching production readiness, and real-world asset tokenization expanding beyond pilot programs to institutional scale implementations.
With 80% of institutions in Deloitte's 2021 survey expecting new revenue streams from blockchain solutions, the market has responded with blockchain-as-a-service (BaaS) platforms promising simplified deployment.
However, these generic solutions create a fundamental mismatch: institutions require tailored blockchain capabilities for mission-critical financial applications, while most BaaS platforms prioritize ease of deployment over the technical depth needed for institutional requirements.
Financial institutions face a choice between two inadequate options: simplified BaaS platforms that provide standard blockchain deployments without the customization capabilities needed for institutional applications, or boutique consulting firms that understand finance but not the intricate details of consensus mechanisms, validator economics, and protocol-level security models.
This infrastructure gap has created an opportunity that traditional BaaS providers haven't addressed: institutions need blockchain infrastructure built by teams who don't just deploy existing protocols, but who actively develop and maintain the core blockchain clients that power global networks. The difference isn't just operational but fundamental to building institutional-grade blockchain applications that can handle billions in assets while meeting regulatory compliance requirements that didn't exist when most BaaS platforms were designed.
Nethermind's approach stems from a fundamental advantage: we're not adapting existing cloud infrastructure for blockchain use cases. We're blockchain infrastructure engineers who've built the systems that institutions are trying to implement.
We've been core contributors to Ethereum's development from the protocol's earliest stages, building the foundational infrastructure that powers today's institutional blockchain applications. Our deep involvement in protocol evolution, combined with our understanding of how regulatory clarity is creating new institutional opportunities, positions us as engineers who have solved these challenges at the foundational level. We've built the systems that institutions are now trying to implement.
Our team developed and maintains the Nethermind Client, which currently secures approximately 30% of the network as of 2025, and actively participates in key protocol upgrades.
Our protocol-level contributions include leading the implementation of EIP-4844 (Proto-danksharding) for Layer 2 scaling, collaborating with the Ethereum Foundation on EIP-4337 for account abstraction. We've also engineered critical infrastructure including the execution layer for Gnosis Chain and foundational systems for Starknet.
We're the core engineering team behind Gnosis Chain, delivering execution-layer infrastructure with over 70% network penetration. We've developed foundational infrastructure and tooling powering leading rollups like Starknet, and we operate as trusted network operators maintaining over 10,000 Ethereum nodes with high-uptime and reliability. Additionally, we serve as World ID infrastructure operators, enabling privacy-preserving identification infrastructure at scale for 7M+ users, and as leading operators in LayerZero's Distributed Validator Network, helping secure cross-chain messaging across 100+ blockchain networks.
Institutional blockchain infrastructure requires capabilities that extend far beyond standard deployment automation. Our approach centers on five core institutional requirements:
Deep Protocol Engineering: We build and modify blockchain clients at the protocol level, enabling custom execution-layer infrastructure and foundational network development that institutions need for their specific use cases.
Proven Institutional Operations: Our team operates blockchain infrastructure at institutional scale, powering over 30% of all Ethereum nodes globally with enterprise-grade uptime, securing cross-chain messaging across hundreds of networks, and running privacy-preserving systems for millions of users.
Compliance-First Architecture: Rather than treating regulatory requirements as add-ons, we design blockchain infrastructure with compliance frameworks as foundational principles, including native support for tokenized asset management, cross-border payment compliance, and governance structures that meet institutional oversight standards.
Custom Architecture for Institutional Requirements: Unlike generic BaaS platforms that offer pre-configured templates, institutional blockchain applications often require custom consensus mechanisms, specialized privacy controls, and integration patterns designed for enterprise systems. Our protocol engineering experience enables us to build blockchain infrastructure tailored to institutional security models rather than adapting generic solutions.
End-to-End Institutional Solutions: We deliver comprehensive blockchain solutions covering ideation and prototyping through deployment, integration, and ongoing support. Our expertise spans tokenized assets and institutional fund management, cross-border payments and on-chain transactions, and institutional-grade blockchain infrastructure. This includes seamless deployment and integration with institutional-grade reliability, plus ongoing collaboration and management to future-proof blockchain infrastructure investments.
This protocol-level understanding enables custom business logic modifications that standard deployments cannot support, faster issue resolution through direct involvement in blockchain development, and optimal performance tuning for institutional transaction volumes.
Regulatory-First Infrastructure Design: Compliance isn't something we add after deployment. It's engineered into the foundation. Our institutional clients require blockchain infrastructure with built-in regulatory reporting capabilities, auditable transaction flows, and governance structures designed to satisfy institutional oversight requirements from day one.
Our comprehensive approach includes dedicated technical account management throughout deployment and beyond, custom integration with existing enterprise systems, and phased deployment approaches that minimize operational disruption while ensuring seamless adoption.
Institutional-Grade Operational Excellence: We deliver 24/7 institutional support with enterprise-grade SLAs and comprehensive monitoring systems for mission-critical applications. Our operational excellence stems from years of maintaining high-stakes blockchain infrastructure at institutional scale.
The blockchain infrastructure decision institutions make today will determine their competitive position for the next decade. This isn't about choosing between vendors. It's about choosing between fundamentally different approaches to blockchain adoption.
At Nethermind, we bring protocol-level engineering expertise, regulatory-first architecture, and proven operational excellence at institutional scale. When your blockchain infrastructure needs to handle regulatory scrutiny, secure billions in assets, and integrate seamlessly with enterprise systems, you're working with the team that builds the foundational protocols powering these capabilities.
The institutions that will lead the next generation of financial services are those that recognize blockchain infrastructure as a strategic differentiator, not a commodity service. They understand that while deployment automation has its place, competitive advantage comes from working with teams who don't just deploy blockchain networks. We build the protocols that power them.
Build institutional-grade blockchain infrastructure with Ethereum's core engineering team.
Contact us to learn more