A detailed performance benchmark comparing a traditional microservices architecture with Harper’s unified runtime. Using a real, fully functional e-commerce application, this report examines latency, scalability, and architectural overhead across homepage, category, and product pages, highlighting the real-world performance implications between two different styles of distributed systems.
Learn how to build a unified real-time backbone using Harper with MQTT, WebSockets, and Server-Sent Events. This guide shows how to broker messages, fan out real-time data, and persist events in one runtime—simplifying real-time system architecture for IoT, dashboards, and event-driven applications.
Discover how Harper’s latest features streamline development, boost performance, and simplify integration. This technical showcase breaks down real-world workflows, powerful updates, and practical tips for building faster, smarter applications.
Learn how MQTT works and see a real-time demo using Harper’s built-in MQTT broker. Discover topics, Pub/Sub, QoS, retained messages, and how Harper simplifies IoT and edge data workflows. Watch how to publish, subscribe, and store sensor data instantly with an easy, developer-friendly setup.
Harper’s unified application platform fuses MQTT, database storage, and real-time logic into one high-performance runtime—eliminating AWS service sprawl, IAM complexity, and Lambda overhead. For real-time systems, Harper delivers simpler architectures, lower latency, reduced costs, and faster developer velocity compared to fragmented AWS IoT Core solutions.
.jpg)
.png){kind=icon}
.png){kind=icon}
%20(1).png){kind=icon}