This application exposes Node.js and Harper metrics via a /metrics endpoint. This exporter plugs in directly to an instance of Harper and responds to Prometheus scrapes.
This application exposes Node.js and Harper metrics via a /metrics endpoint. This exporter plugs in directly to an instance of Harper and responds to Prometheus scrapes.
This application exposes Node.js and Harper metrics via a /metrics endpoint. This exporter plugs in directly to an instance of Harper and responds to Prometheus scrapes.
This application exposes Node.js and Harper metrics via a /metrics endpoint. This exporter plugs in directly to an instance of Harper and responds to Prometheus scrapes.
Discover how Trent leverages Harper and ConvoIQ to streamline operations, improve data workflows, and boost productivity. This deep-dive conversation highlights real-world use cases, automation tips, and smarter tech strategies.
Discover how Harper’s unified application platform and AI-first development tools make it possible for anyone—even non-developers—to build and deploy real apps. In this Thanksgiving story, follow the journey of creating a fun Pac-Man-style game using Google’s Antigravity IDE, Gemini, Claude, and Harper’s open-source templates. Learn how Harper simplifies backend development, accelerates AI-driven coding, and unlocks creativity with seamless deployment on Harper Fabric. Play the game and experience the power of Harper for modern app development.
Modernize your BigQuery architecture with Harper. Replace Redis and boilerplate APIs with a unified, low-latency data layer built for real-time delivery.
Discover how Harper Hack winners Colin and Josh built MELL, an AI-powered community reporting app. Learn about their inspiration, tech stack, UX approach, and how AI streamlines issue reporting for local communities.
Harper’s unified pub/sub architecture delivers real-time data, low-latency replication, and multi-protocol streaming for AI and edge applications. Learn how database-native MQTT, WebSockets, and SSE replace legacy brokers and pipelines, enabling millisecond decisions, resilient edge deployments, and globally consistent state for next-generation intelligent systems.
Distributed microliths unify data, logic, and execution into one high-performance runtime, eliminating microservice latency and complexity. By replicating a single coherent process across regions, they deliver sub-millisecond responses, active-active resilience, and edge-level speed. Platforms like Harper prove this model reduces infrastructure, simplifies operations, and scales globally with ease.
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