AI workflows waste time — orchestrate RAG + automations to scale output

Knowledge workers in enterprises and mid-market firms are spending increasing amounts of time on manual context-gathering, copy-paste routing, and brittle automation scripts rather than higher-value judgment work; with an addressable base of roughly 300 million knowledge workers and an estimated $90B market (about $300/year per user), the friction of building repeatable, context-rich AI workflows is a clear productivity tax. Teams that try to stitch RAG pipelines, vector DBs, LLM chains, and ad-hoc automations today face slow iteration cycles, dependence on engineers, and fragile prompts that degrade over time. You could build a low-code orchestration platform that natively combines enterprise-grade retrieval (vector DB connectors and versioned context), composable LLM APIs with chained operators, and automation triggers/agents, plus governance, observability, and vertical templates to speed deployment. The product would expose reusable workflow primitives (retrieval → transform → LLM → action), prebuilt connectors to common data sources, and a marketplace of vetted templates so business users can assemble and scale flows without full engineering lift; a straightforward per-seat or per-workflow pricing around the $300/year benchmark maps to the market sizing. This market is attractive now because enterprise-grade retrieval and vector DBs have made context-rich automation feasible, composable LLMs lower development cost, and no-code orchestration reduces time-to-value; our internal scoring (market score 95/100, revenue potential 88/100) reflects that combination. To stand out you must focus on reliability and trust—robust evaluation of retrieval quality, observability for hallucination detection, strong security/compliance, and verticalized templates—while acknowledging challenges: integration complexity, latency tradeoffs, and competition from incumbents and internal platform teams in a medium-competition landscape.