Enterprises automate deep research and analysis workflows at scale
Microsoft has announced the public preview of Deep Research in Azure AI Foundry, an offering that allows organizations to build programmable, composable AI agents for enterprise-scale research automation. The API and SDK-based platform integrates OpenAI's agentic research capabilities, brings web grounding with Bing Search, and is fully embedded in Azure's enterprise-grade agentic platform. Developers can automate complex research tasks, generate transparent, auditable outputs, and compose multi-step workflows across tools and agents. Deep Research is designed for integration with existing business applications and workflows, including Azure Logic Apps, and provides complete traceability and auditability for all research outputs—ideal for regulated industries. The system orchestrates a multi-step research pipeline leveraging the latest OpenAI models such as GPT-4 to clarify intent, scope tasks, ground research with Bing Search, and synthesize information into structured, compliant reports. Pricing is pay-as-you-go based on tokens. The preview is available for Azure AI Foundry Agent Service customers intending to embed research automation at the core of their digital transformation initiatives. The architecture enables triggering agents from anywhere—apps, workflows, or other agents—turning research into a reusable business service. Customer organizations can orchestrate multiple agents, automate reporting and notification, ensure compliance and observability, and ultimately embed research capabilities throughout their enterprise ecosystem. Initial industry interest is broad, spanning market analysis, regulatory reporting, analytics, and competitive intelligence, with a focus on security, flexibility, and integration potential.
- Organization
- Azure AI Foundry Agent Service customers
- Industry
- Public Sector
- Location
- Global
- Published
- July 2025
Reported outcomes
Strategic outcomes
Primary read
Use case focus
Showing 3 of 3
- 1Automated Enterprise-scale Deep Web Research
- 2Compositional Multi-Agent Knowledge Workflows
- 3Auditable Automated Report Generation in Regulated Industries
- Organizations need to automate complex research and knowledge workflows at scale.
- Ensuring transparency, traceability, and compliance in research outputs, especially in regulated industries.
- Existing tools lack programmability and auditable, composable automation for integrating deep research into business processes.
- Manual research processes are inefficient and error-prone.
- Demand for seamless integration of research automation with existing enterprise apps and data workflows.
- Implemented Deep Research capability within Azure AI Foundry Agent Service.
- Exposed advanced research automation via API and SDK for programmatic and composable agent development.
- Integrated OpenAI models (GPT-4) with Bing Search for grounded, source-backed insights.
- Enabled multi-agent orchestration with Azure Logic Apps and other connectors for workflow automation.
- Enforced enterprise-grade governance, security, and observability for compliant, transparent outputs.
- Enables organizations to automate large-scale research tasks, improving efficiency and reducing manual effort.
- Provides fully auditable research workflows suitable for regulated environments.
- Supports seamless research integration across a wide range of applications and workflows.
- Accelerates digital transformation through reusable, programmable AI research services.
Architecture
The Deep Research model orchestrates a multi-step research pipeline that starts with clarifying the user request using GPT-series models (such as GPT-4), then grounds the queries using Bing Search for fresh, high-quality source data. The results are analyzed and synthesized in a structured report, with reasoning traceability. Agents can be composed and orchestrated programmatically—e.g., using Azure Logic Apps—so one agent performs research, another formats results, and another handles distribution, enabling composable, extensible automated workflows.
Sources & evidence1
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