I lead the architectural vision, technical strategy, and long-term integration of all products across the holding. My work focuses on building scalable, secure, and distributed systems across finance, identity, education, analytics, and hardware innovation. I align engineering, product, and cloud architecture to ensure consistency across the multi-product ecosystem.

Key initiatives include:

• Mi Retail – ERP and retail operating platform for SMBs in LATAM

• Virtual Capital of America (VCA) – Core banking, payments, digital credit infrastructure

• Veripass – Sovereign identity, identity-proofing, and access layer

• Hívora Dynamics – IoT hardware (smart locks, gateways, access devices)

• Sommatic AI – Organizational intelligence and decision automation

• Vectry Analytics – Causal event tracing and high-integrity audit infrastructure

• Mi Campus – AI-enhanced learning platform for institutions

As the Senior Software Architect, I oversee the architectural design and technical strategy of Sommatic’s organizational AI platform. I work across backend, cloud, and frontend teams to ensure scalability, reliability, and high availability across all components.

I focus on distributed systems, event-driven workflows, API design, and AI integration through vector databases, RAG pipelines, and LLM orchestration. My role also includes mentoring teams, aligning technical decisions with business KPIs, and ensuring seamless coordination between product and engineering.

Responsibilities:

• Lead backend and architecture efforts using Node.js, C#, and Typescript

• Design multi-tenant, high-scale architectures on Azure

• Integrate LLMs, embeddings, vector search, and inference workflows

• Oversee API standards, microservices patterns, and cloud-native deployments

• Collaborate with frontend (React/Angular) to ensure end-to-end system consistency

• Guide engineering practices, sprint planning, and technical decision-making

As a Senior Software Engineer, I contributed to the foundation of Sommatic’s organizational AI platform by designing and implementing backend services, distributed components, and critical architectural patterns. My work focused on delivering scalable, maintainable, and event-driven systems capable of supporting complex AI workflows, multi-tenant use cases, and high throughput.

I collaborated with cross-functional teams to translate business requirements into technical solutions, ensuring that engineering decisions aligned with strategic goals. I designed microservices in Node.js and C#, implemented asynchronous event architectures, and integrated cloud-native capabilities through Azure Functions, Service Bus, App Services, and Cosmos DB. My contributions extended to frontend alignment, providing architectural direction for React/Angular integrations and maintaining API consistency.

Core contributions:

• Designed backend services and microservices using Node.js, C#, and Typescript.

• Implemented event-driven patterns, message-based communication, and distributed workflows.

• Developed APIs, authentication layers, and integration points for AI-related components.

• Participated in architectural sessions defining multi-tenant and multi-environment strategies.

• Created base modules to accelerate platform development and ensure engineering consistency.

• Provided guidance to junior developers and collaborated with product teams to shape technical direction.

• Ensured cloud scalability by adopting Azure-native services and optimizing data flow strategies.

Led the end-to-end technological roadmap for a gaming and multiplayer ecosystem, overseeing architecture, backend, frontend, and infrastructure teams. I coordinated development cycles, defined long-term technical priorities, and ensured alignment between product, engineering, and business objectives.

My work included orchestrating the integration of backend microservices with real-time multiplayer engines, designing communication layers for cross-platform functionality, and driving architectural decisions for scalability and performance. I also managed resource allocation, productivity tracking, cross-team communication, and technical KPIs.

Key responsibilities:

• Designed and managed the annual technology roadmap.

• Led backend, frontend, multiplayer, and infrastructure teams toward unified objectives.

• Directed execution of the multiplayer communication architecture.

• Oversaw engineering operations, resource planning, and productivity reporting.

• Led architectural sessions for system integration and long-term scalability.

• Coordinated internal audits, technical reviews, and delivery alignment between teams.

• Acted as a bridge between engineering leadership and administrative stakeholders.

As Technical Lead Engineer, I guided the backend and frontend teams through the development of a web-integrated multiplayer system. I drove architectural decisions, applied agile methodologies, and ensured engineering quality through clear technical direction.

I implemented architectural foundations for gameplay services, real-time communication, and event-based features. My role required balancing technical execution with cross-team coordination, ensuring reliable delivery within tight deadlines.

Responsibilities:

• Directed architecture and engineering efforts across frontend and backend.

• Designed scalable services supporting multiplayer interactions and web-to-game integration.

• Applied agile methodologies, ensuring synchronized delivery across teams.

• Participated in high-level architectural discussions to shape platform evolution.

• Controlled daily engineering operations, alignment, and delivery expectations.