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Vercel Enterprise AI Platform

Platform Foundation

Platform ArchitectureAI SDK RuntimeAI Gateway Control Plane

Execution Runtime

Workflow Durable ExecutionSandbox Tool RuntimeMCP Enterprise DataQueues and Async Jobs

Prompt and Quality

Prompt Engineering and GuardrailsRAG and Retrieval-Augmented GenerationObservability and Evaluation

Operations

Security GovernanceCost and ReliabilityDeployment and AI CI/CD

Scenarios

Customer Support Agent ArchitectureInternal Research Agent ArchitectureApproval Backoffice AutomationCoding Orchestration

Orchestration Patterns

Graph-Centric OrchestrationPractical Orchestration PlaybookMulti-Agent Architecture

Appendix

Migration GuideReferencesVerificationUpdates
Handbook›Vercel Enterprise AI Platform
한국어English

Vercel Enterprise AI Platform

A platform handbook for designing enterprise AI products with AI SDK, AI Gateway, Workflow, Sandbox, and Queues.

Recently Updated Chapters

  • AI Gateway Control Plane2026-06-12

    Centralize model routing, provider fallback, usage policy, and cost governance.

  • AI SDK Runtime2026-05-13

    Use AI SDK as the application runtime layer for streaming, tools, agents, and telemetry.

  • Approval Backoffice Automation2026-05-13

    Automate backoffice work with explicit approval events, identity, and side-effect controls.

  • Coding Orchestration2026-05-13

    Orchestrate repo-aware coding agents from issue intake to tests and pull request drafts.

  • Cost and Reliability2026-05-13

    Manage AI cost, latency, error budgets, rate limits, fallback, and workload classes.

Enterprise AI is not just attaching a model to an app. It is a platform design problem: separate control plane, runtime plane, data access, quality, security, and cost governance.

This handbook organizes Vercel's AI platform capabilities into an enterprise operating model for platform engineers, AI infrastructure leads, and Staff+ engineers.

Core View

Durable AI systems need a clear split between application experience, model routing, long-running work, isolated tools, async jobs, and governance.

Platform Model

Maturity Model

LevelStateSignalPromotion condition
L1 PrototypeSingle model and promptManual operationCall logs and owners exist
L2 ControlledGateway and key separationPolicies are visibleLong work moves to Workflow
L3 ReliableFallback, retry, tracing, isolationErrors and cost are reviewedQuality dashboards stabilize
L4 GovernedTeam-level accountabilityAudit and risk reviews operateQuarterly architecture review

Contents

Ch1. Platform Architecture

Separate app, control plane, runtime, tools, and governance layers.

Ch2. AI SDK Runtime

Standardize agents, tools, MCP, telemetry, and streaming.

Ch3. AI Gateway Control Plane

Centralize routing, fallback, cost, and provider policy.

Ch4. Workflow Durable Execution

Move long-running and approval-based work out of request handlers.

Ch5. Sandbox Tool Runtime

Isolate code, file, browser, and shell execution.

Ch6. Observability and Evaluation

Connect traces, quality, latency, and cost into one review loop.

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On this page

Platform ModelMaturity ModelContents