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The convergence of edge computing and artificial intelligence demands event-driven systems that enable the evolution from centralized AI tools to distributed autonomous intelligence systems.
The competitive edge in AI isn’t just in better models or smarter prompts — it’s in connecting AI to the live, operational pulse of the business from day one.
In this article, I’ll show you how to create AI agents and run them with Solace Agent Mesh—fast to build, easy to scale, and ready for real-world use.
When it comes to agentic AI, we can either learn from the microservices journey and adopt EDA from the start, or repeat history and spend years untangling tightly-coupled systems.
The shift from interactive AI to automated AI is a fundamental change in how we work, and demands a new level of infrastructure to power it.
The future of AI lies in agile agents responding to changing environments and challenges. Solace enables that, while Kafka's limitations mean increasing confinement.
A government contractor asked Solace for help leveraging EDA and agentic AI to build a next-gen command and control system that uses AI agents to analyze information from any source.
We’re excited to announce the beta releases of Solace Standalone RAG Agent and Solace Micro-Integration for Qdrant.
In his talk at EDA Summit 2024, David Menninger, executive director at ISG Software Research Group, delivered a compelling argument: real-time AI requires real-time data—and that makes event-driven architecture (EDA)...
With this blog post, and the videos it includes, flesh out your understanding of Solace Agent Mesh so you can feel more confident getting started.
At EDA Summit 2024, Conor Twomey, AI One co-founder, delivered a thought-provoking session on cutting through AI hype with real-world strategies, showcasing how their platform connects to existing data to...
At EDA Summit 2024, Carl Lehmann explored how enterprises must evolve to compete in the AI era, and why application modernization and event-driven integration are essential for enabling real-time responsiveness...
