RAHUL LORE · SOFTWARE ARCHITECT

Designing dependable healthcare and distributed systems.

Healthcare · Distributed Systems · Cloud & Edge · Applied AI

Software Architect with 20+ years of experience in real-time healthcare platforms, distributed services, edge computing, and enterprise modernization. I combine architectural judgment with hands-on engineering to build systems that teams can reliably operate and evolve.

Explore My Work View Résumé

Architecture expertise

Distributed Systems & Architecture

Designs Kafka and SignalR event flows, scalable backend services, and modernization paths that make long-lived systems easier to evolve.

Healthcare & Connected Systems

Connects patient telemetry, waveforms, HL7 integration, and medical-device connectivity into dependable clinical data flows.

Cloud, Edge & Reliability

Builds Azure and Docker-based delivery across Linux and Raspberry Pi environments, with high availability, CI/CD, and observability built into operations.

Applied AI

Uses Semantic Kernel, embeddings, and practical AI integration to prototype intelligent applications alongside deterministic business logic.

FEATURED ENGINEERING PROJECT

Customer Orders — Applied AI & Full-Stack Architecture

An independently built full-stack application exploring how AI capabilities fit into real software architecture. The project combines .NET, Nuxt, Semantic Kernel, and embeddings with conventional business workflows, demonstrating the balance between predictable application logic and AI-assisted interactions.

Customer and order management workflows
AI-assisted search and application interaction
Natural-language SQL Copilot
Containerized deployment and CI/CD

.NET 9 Nuxt 3 SQL Server Semantic Kernel OpenAI Embeddings Docker

Explore Live Application

Customer Orders application showing its navigation and architecture overview page

Healthcare · Distributed Systems

Real-Time Clinical Telemetry Architecture

Challenge

Clinical monitoring platforms generate continuous streams of patient vitals and waveform data. Delivering that information across connected systems requires careful attention to messaging, latency, reliability, and integration.

Architecture

Architected distributed backend services using Kafka-based event streaming and SignalR-based real-time communication to support clinical telemetry delivery.

My Role

Software architecture, service integration, message routing, reliability design, and modernization of existing healthcare services.

C# .NET Kafka SignalR HL7

Edge Computing · Reliability Engineering

High-Availability Edge Computing for Clinical Environments

Challenge

Clinical device connectivity requires dependable local processing and data forwarding, often with limited infrastructure and operational constraints.

Architecture

Designed a lightweight Linux and Raspberry Pi-based platform using Docker, ASP.NET Core services, and HL7 integration. Implemented high-availability mechanisms using Keepalived and virtual IP failover.

My Role

Edge platform architecture, containerized service deployment, high-availability design, and reliable medical-device data integration.

Raspberry Pi Linux Docker ASP.NET Core HL7 Keepalived

Professional experience

Career timeline

Talis Clinical

Software Architect

2016–Present

Architecting distributed healthcare systems, real-time patient telemetry platforms, medical device integrations, highly available edge services, and containerized deployment infrastructure.

CitiusTech

Solution Architect

2012–2016

Modernized enterprise healthcare applications, contributed to anesthesia platform modernization, designed .NET application architectures, and provided technical guidance across development teams.

Capgemini

Senior Consultant

2010–2012

Developed reusable .NET frameworks, optimized database performance, and implemented caching and application performance improvements.

Bank of America Merrill Lynch

Analyst

2007–2010

Developed enterprise .NET applications, reusable components, multithreaded processing, and performance-oriented application frameworks.

Why architecture judgment matters

Why Organizations Bring Me In

Complex software doesn't become difficult overnight. Over time, systems grow, integrations multiply, and decisions that once worked become obstacles to scale, reliability, and change.

Modernize Without Unnecessary Disruption

I help teams evolve legacy platforms and introduce modern architectures while respecting existing business workflows and integrations.

Design for Reliability

I focus on resilient messaging, high availability, maintainable distributed services, and practical operational visibility—especially in healthcare and edge environments.

Bridge Architecture and Implementation

I stay close to the code, deployment infrastructure, and production challenges so architectural decisions remain practical for the teams responsible for operating the system.

Technical expertise

Architecture capability in practice

Architecture & Design

Distributed Systems Event-Driven Architecture High Availability Edge Computing Enterprise Modernization

Backend & Messaging

C# .NET ASP.NET Core Kafka SignalR REST APIs Background Services

Cloud & Reliability

Azure Docker CI/CD GitHub Actions Keepalived Seq Serilog

Healthcare & Data

SQL Server Entity Framework Redis HL7 Medical Device Integration

Frontend & Applied AI

Nuxt Vue.js JavaScript Semantic Kernel OpenAI Embeddings

Contact

Let's Build Something That Lasts.

Whether you're modernizing an existing platform, designing a distributed system, or bringing new capabilities into a complex environment, I'd welcome a conversation about the engineering challenges you're solving.

rahullore@gmail.com

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