Nurona offers an AI‑driven platform that creates custom, zero‑code AI agents to automate enterprise workflows across functions such as supply chain, IT, HR, and customer engagement. The solution enables rapid deployment of self‑learning automation that reduces costs, improves accuracy, and provides real‑time analytics for continuous process optimization.
Funding
Funding not disclosed
Founders
Product
Problem
Enterprises often rely on manual, fragmented processes that are slow, error‑prone, and costly, limiting productivity and consistency across functions such as supply chain, IT, HR, and customer engagement.
Solution
Nurona provides an AI‑driven platform that automates enterprise workflows by deploying custom “AI agents” capable of handling both human‑to‑human and human‑to‑machine interactions. The solution is engineered for rapid, low‑effort implementation, allowing organizations to replace repetitive tasks with continuous, self‑learning automation. By centralizing workflow logic in AI agents, Nurona reduces operational costs, improves accuracy, and enables real‑time scaling across diverse business units. The platform also offers built‑in analytics to monitor performance and drive ongoing process optimization.
Target Audience
Nurona targets mid‑size to large enterprises seeking to automate repetitive processes in areas such as supply chain, IT operations, human capital management, customer service, and sales & marketing.
Features
- Customizable AI agents that can be trained to execute specific workflow steps across any enterprise function
- Zero‑code integration for existing systems, supporting both human‑to‑human and human‑to‑machine communication patterns
- Lightning‑fast deployment toolkit that brings automated workflows online within days
- Continuous learning loop where agents improve accuracy and efficiency from ongoing interactions
- Cross‑industry templates for supply chain, IT, HCM, customer service, sales, and marketing use cases
- Real‑time monitoring dashboard with metrics on cost savings, error rates, and throughput