Open to software architecture and principal engineering roles
Rahul Lore
Software Architect • Principal Software Engineer • Distributed Systems and Healthcare Platforms

Built real-time healthcare and .NET platforms for systems that could not afford to fail.

Software Architect with 20+ years of engineering experience across healthcare, distributed .NET services, and platform modernization, with hands-on work in real-time patient telemetry, cloud-native delivery, and operationally critical systems.

My recent work includes architecting Kafka- and SignalR-based streaming for patient vitals and waveform telemetry, modernizing legacy healthcare applications into distributed services, and building containerized deployment workflows for environments where reliability, low-latency delivery, and operational simplicity matter.
Core positioning Software architect focused on modernizing long-lived healthcare platforms without disrupting delivery.
Recent engineering focus Real-time patient telemetry, distributed backend services, and deployment automation for operationally critical systems.
Technical range .NET, Kafka, SignalR, Docker, Azure, SQL Server, and event-driven healthcare applications.
Kafka event streaming SignalR telemetry delivery Healthcare systems .NET architecture Containerized CI/CD

Concrete engineering work

Real-time patient telemetry delivery

Architected Kafka- and SignalR-based streaming platforms that delivered patient vitals and waveform telemetry across clinical systems with low-latency message flow.

Healthcare platform modernization

Led the move from legacy healthcare applications toward cloud-native and event-driven services using Docker and distributed backend components.

Edge and device-connected deployment

Architected and deployed a lightweight high-availability healthcare edge platform using Docker, ASP.NET Core services, and background processing to aggregate live vital feeds into HL7 integration streams.

Deployment automation and observability

Built containerized CI/CD pipelines for zero-touch deployments and implemented centralized logging with Seq and Serilog to improve production monitoring and troubleshooting.

Why this profile is credible

Specific distributed-systems work

Hands-on delivery in event streaming, resilient backend services, and real-time healthcare data movement.

Modernization grounded in shipped systems

Experience moving legacy applications toward maintainable architectures without losing operational stability.

Operational focus

Work shaped by deployment reliability, observability, maintainability, and environments where uptime matters.

Best fit for teams that need credible architecture and hands-on delivery

  • Build and modernize distributed healthcare systems that handle real-time telemetry and low-latency data delivery.
  • Improve deployment reliability with containerized services, CI/CD automation, and operationally focused platform design.
  • Bridge architecture decisions and hands-on engineering for teams maintaining long-lived, business-critical applications.