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Explore Recent Resources

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Pub/Sub for AI: The New Requirements for Real-Time Data

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.
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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.
A man with short dark hair, glasses, and a goatee smiles slightly, wearing a black shirt in front of a nature background.
Ivan R. Judson, Ph.D.
Distinguished Solution Architect
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Pub/Sub for AI: The New Requirements for Real-Time Data

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.
Ivan R. Judson, Ph.D.
Nov 2025
Blog

Pub/Sub for AI: The New Requirements for Real-Time Data

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.
Ivan R. Judson, Ph.D.
Blog

Pub/Sub for AI: The New Requirements for Real-Time Data

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.
Ivan R. Judson, Ph.D.
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Deliver Performance and Simplicity with Distributed Microliths

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.
System Design
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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.
A man with short dark hair, glasses, and a goatee smiles slightly, wearing a black shirt in front of a nature background.
Ivan R. Judson, Ph.D.
Distinguished Solution Architect
Blog

Deliver Performance and Simplicity with Distributed Microliths

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.
Ivan R. Judson, Ph.D.
Nov 2025
Blog

Deliver Performance and Simplicity with Distributed Microliths

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.
Ivan R. Judson, Ph.D.
Blog

Deliver Performance and Simplicity with Distributed Microliths

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.
Ivan R. Judson, Ph.D.