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Boost ecommerce with advanced marketing.
Give buyers, agents, and operators a natural-language interface to product data, order status, account information, and workflow actions.
Ecommerce teams spend hours on repetitive tasks—searching products in catalogs, processing orders, answering support questions, and coordinating workflows across systems. Virto OZ changes this with AI agents purpose-built for commerce—providing conversational assistance, developer support, and multi-step workflow orchestration across the entire platform.
Virto OZ is not a typical chatbot. It is an intelligent, context-aware AI platform embedded across storefronts, partner portals, and admin interfaces. It combines three core capabilities: conversational commerce assistance for buyers and teams, developer copilot for technical implementation, and multi-agent orchestration for complex cross-system workflows.
From helping buyers explore complex catalogs to orchestrating multi-step operations that span catalog, orders, pricing, and customer systems, Virto OZ adapts to user roles, interface context, and commerce lifecycle stages—retrieving live data and triggering actions across your systems, not returning scripted responses. Built on Virto's API-first, model-agnostic architecture, it connects to your existing tech stack and can be extended with external AI models and custom business logic—making it a true AI copilot across your entire commerce operation.
Virto OZ is available as a native module through Virto’s Commerce Innovation Platform—a composable, headless, PaaS ecommerce solution for B2B, B2C, and D2C.
Discover how Virto OZ generates and improves product information directly in the back office—no manual editing, no copy-paste.
Intelligence and context:
Workflow and automation:
Control and governance:
Developer and extensibility:
Practical example: A B2B sales agent asks Virto OZ to pull up an account's last three orders, check open quotes, and flag any back-ordered items—without switching systems. The assistant handles the full request in a single conversational thread, drawing on live commerce data throughout.
Virto OZ transforms platform interactions across storefronts, portals, and admin interfaces—making catalog exploration, order workflows, and support queries faster and more intuitive—as part of Virto's AI-native ecommerce platform for B2B. Explore how to deploy and extend Virto Oz by visiting our user guide.
Virto OZ is purpose-built for ecommerce with deep domain expertise in catalogs, orders, pricing, inventory, and fulfillment. It integrates natively with Virto Commerce, working with real platform data—no hallucinations, no API wrappers, no context switching. Unlike generic AI assistants or chatbots, Virto OZ calls your commerce APIs directly—retrieving live data and triggering real actions, not returning scripted responses.
Virto OZ coordinates specialized commerce agents—catalog agent, orders agent, customer agent—that each master their domain. When users make complex requests, the main orchestrator delegates to appropriate experts, executes multi-step operations across systems, and compiles results—automating workflows that previously required manual coordination.
Yes. Virto OZ enforces role-based access control (agents respect user permissions), maintains complete audit trails for compliance, provides tenant isolation between business units, and implements rate limiting to protect platform performance. Every action is logged and traceable.
Absolutely. Developers add custom tools through simple YAML definitions, create specialized agents with markdown prompts, and integrate external systems via MCP protocol. Virto OZ is a platform, not a black box—built for extensibility without vendor lock-in. It is model-agnostic by design: connect any external AI model—proprietary, Azure AI, OpenAI, or domain-specific—at any layer of the platform.
Virto OZ is built on open standards including MCP (Model Context Protocol) for tool integration and AGNTCY/ACP for agent-to-agent communication. This enables interoperability with external systems and future ecosystem expansion.