Oracle Unveils AI Agent Studio to Power Enterprise Automation

Oracle has announced the launch of Oracle AI Agent Studio for Fusion Applications, a powerful platform that enables businesses to create, extend, deploy, and manage AI agents across the enterprise. As part of the Oracle Fusion Cloud Applications Suite, this new AI-driven solution allows organizations to customize AI agents to streamline operations, enhance productivity, and reduce costs.

Oracle AI Agent Studio provides easy-to-use tools for customers and partners to build AI agents that integrate seamlessly with Oracle Fusion Applications and third-party systems. The platform includes pre-built agent templates, agent team orchestration, AI model flexibility, native Oracle Fusion integration, third-party system connectivity, and built-in security. Businesses can use Oracle AI Agent Studio to modify and extend over 50 pre-packaged AI agents or create new ones tailored to specific industry needs.

Oracle’s AI Agent Studio supports large language models (LLMs) optimized for Oracle Fusion Applications, including Llama and Cohere, while allowing integration with external industry-specific models. The solution also provides robust validation and testing tools to ensure AI reliability, accuracy, and security. With enterprise-grade security configurations, Oracle AI Agent Studio enables organizations to deploy AI agents within a trust-based framework without additional security reconfigurations.

Industry leaders have praised Oracle AI Agent Studio for its potential to transform enterprise AI adoption. Accenture highlighted that agentic architectures will become mainstream by 2025, with businesses tripling AI investments compared to 2024. Deloitte emphasized that organizations need AI-driven customization to measure and maximize ROI, while PwC described AI agents as the next evolution in business automation.

With Oracle AI Agent Studio, enterprises can unlock new levels of efficiency, automate complex workflows, and harness the full potential of AI-powered digital transformation.