Blockchain Era B.V.

Infrastructure engineering for regulated, high-integrity systems

We design, deploy, secure, and maintain critical systems across AWS and on-premise environments. Our work spans enterprise infrastructure, software platforms, and blockchain-enabled distributed systems for organizations that require reliability, control, and long-term operability.

Amsterdam, The Netherlands • Founded in 2018 • KVK 71027157

Infrastructure Profile

Built for full lifecycle accountability

  • Architecture, deployment, hardening, and long-term maintenance in one engineering model.
  • Hybrid delivery across AWS and on-premise environments with consistent technical controls.
  • Audit-ready architecture with traceability, observability, and controlled production change.
  • Technology infrastructure partner: we deliver engineering services directly and can introduce trusted partners for regulated financial, issuance, or exchange-related needs when appropriate.

Trust Signals

  • Location

    Amsterdam, The Netherlands

    EU jurisdiction and delivery context for regulated teams.

  • Continuity

    Founded in 2018

    Long-term engineering continuity for infrastructure-critical systems.

  • Legal Entity

    Blockchain Era B.V.

    Registered under KVK 71027157.

  • Delivery Model

    AWS + On-Premise Hybrid

    NDA available for confidential technical discussions.

About

Infrastructure Engineering Beyond Blockchain

Blockchain Era B.V. is an Amsterdam-based infrastructure engineering firm focused on cloud, on-premise, and distributed production systems. Since 2018, we have supported regulated and compliance-sensitive teams that require architecture quality, security discipline, and predictable delivery.

Our work emphasizes clear system boundaries, hardening baselines, controlled change processes, and documentation that helps engineering and oversight stakeholders stay aligned. Blockchain architecture remains a core specialization within a broader infrastructure and enterprise software practice. We provide technical implementation and engineering advisory, not legal or regulatory advice.

Capabilities

Engineering Scope

We provide end-to-end infrastructure lifecycle delivery across architecture, deployment, hardening, and operations.

Infrastructure Architecture and Engineering

Design of resilient, maintainable system foundations for business-critical platforms.

  • Scalable service topology and interface boundary design
  • Capacity, availability, and recovery planning
  • Traceability and observability requirements built into architecture
  • Implementation standards for long-term ownership and change control

Cloud and Hybrid Deployment (AWS + On-Prem)

Production deployment across AWS, private infrastructure, and mixed environments.

  • AWS infrastructure architecture and environment provisioning
  • On-premise infrastructure design and installation
  • Migration pathways from legacy on-prem systems to hybrid models
  • Consistent deployment practices across cloud and private environments

Security Engineering and System Hardening

Technical controls and hardening practices integrated into delivery and operations.

  • System hardening baselines for hosts, services, and access layers
  • Least-privilege access models and secrets handling controls
  • Patch strategy, dependency hygiene, and configuration integrity checks
  • Evidence-friendly logging and incident-readiness architecture

Blockchain and Distributed Systems

Advanced distributed architecture capability for traceable, resilient platforms.

  • Blockchain architecture design for enterprise and regulated use cases
  • Distributed data and event consistency patterns
  • Integration with existing backend, security, and control frameworks
  • Positioned as a specialization within broader infrastructure engineering

Maintenance, Reliability, and Operational Support

Structured long-term support to keep production systems stable and defensible.

  • Infrastructure maintenance, upgrades, and lifecycle planning
  • Monitoring, alerting, and operational reliability tuning
  • Production issue response and controlled remediation workflows
  • Documentation and handover support for internal engineering teams

Why Blockchain Era

Why CTO and Platform Teams Work With Us

Hybrid Architecture Execution

We deliver consistent engineering across AWS and on-premise infrastructure with explicit control boundaries.

Full Lifecycle Ownership

Our model spans architecture, deployment, hardening, and long-term maintenance for critical systems.

Control-Oriented System Design

Architecture decisions are mapped to operational controls, evidence needs, and production realities.

Security Baseline Enforcement

Hardening standards, least-privilege design, and secure configuration practices are integrated from the start.

Traceability and Observability

Logging and instrumentation are implemented to support auditability, incident investigation, and maintenance.

Governance-Aligned Delivery

Risk-informed trade-offs are documented to support CTO, security, and oversight stakeholders.

Industry Fit

Who We Work With

We support teams that need architecture quality, secure deployment, and operational continuity across cloud and on-premise environments.

  • Client Profile 01

    Fintech startups building regulated products in EU markets

  • Client Profile 02

    Payment institutions and e-money institution operators

  • Client Profile 03

    SaaS companies running infrastructure-critical platforms

  • Client Profile 04

    Infrastructure-heavy businesses modernizing legacy environments

  • Client Profile 05

    Enterprises migrating from on-premise to cloud and hybrid models

  • Client Profile 06

    Compliance-sensitive B2B software and platform teams

  • Client Profile 07

    Distributed and blockchain-enabled platforms requiring strong controls

Infrastructure Lifecycle

End-to-End Infrastructure Lifecycle

Plan, build, harden, operate, and improve through one engineering model designed for security, continuity, and long-term maintainability.

1. Plan

Define objectives, constraints, risk profile, and operating model for cloud, on-premise, or hybrid delivery.

2. Build

Implement infrastructure and platform components with production-grade configuration and deployment discipline.

3. Harden

Apply security baselines, access controls, and evidence-friendly observability across the delivery stack.

4. Operate

Stabilize production with monitoring, incident readiness, maintenance routines, and accountable ownership.

5. Improve

Evolve architecture through controlled upgrades, modernization initiatives, and reliability refinements.

Security, privacy, and operational resilience are core to every engagement.