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Gemini Enterprise Agent Platform: Features and Architecture

A sourced profile of Google's platform for building, running, governing, and evaluating agents, including its relationship to Vertex AI and Gemini Enterprise.

Aug 4, 20266 min readBy Dalton Anderson

Gemini Enterprise Agent Platform

Gemini Enterprise Agent Platform is Google Cloud's environment for building, scaling, governing, and optimizing enterprise AI agents. Google launched it on April 22, 2026 as the evolution of Vertex AI.

The platform is intended for technical teams. The related Gemini Enterprise app is the employee-facing place where people discover, use, create, and supervise agents. The app and platform are connected, but they are not the same product surface.

Gemini Enterprise Agent Platform launch

Gemini Enterprise Agent Platform at its April 2026 launch. Official image and announcement from Google Cloud.

Product at a glance

ItemCurrent description
ProviderGoogle Cloud
CategoryEnterprise agent development, runtime, governance, and evaluation platform
Predecessor relationshipEvolution of Vertex AI
Employee surfaceGemini Enterprise app
Lower-code routeAgent Studio
Managed routeManaged Agents API
Code-first routeAgent Development Kit
Runtime servicesManaged runtime, sessions, memory, sandbox
Governance servicesAgent Identity, Registry, Gateway, policy integration
Optimization servicesEvaluation, tracing, logging, monitoring, topology
Model choiceGoogle, third-party, and open models through Model Garden
Pricing shapeUsage across models, tools, storage, compute, and related Cloud services

This table describes the current architecture. Individual services, features, regions, editions, quotas, and release stages must be checked separately.

What the platform replaced and retained

Google describes Agent Platform as the evolution of Vertex AI. The launch announcement says future Vertex AI services and roadmap changes will be delivered through Agent Platform rather than as a standalone service.

The platform retains model selection, model building, tuning, deployment, and evaluation capabilities associated with Vertex AI. It expands the center of gravity from model operations to the full agent lifecycle.

That lifecycle can include long-running tasks, session state, curated memory, code execution, browser use, tool calls, other agents, approvals, machine identities, catalogs, policies, evaluation, and operational traces.

Existing Vertex AI customers should use current migration and compatibility documentation rather than assume every name, endpoint, quota, or commercial term changed on the announcement date.

Development routes

Agent Studio is a visual and lower-code environment for building and testing agents. It is suited to rapid experiments and business-led designs that do not require complete code control.

Managed Agents API provides a REST-oriented route for defining and operating agents in managed sandbox environments.

Agent Development Kit is the code-first framework for custom orchestration, tools, and multi-agent systems. It gives engineering teams more control over logic and runtime behavior.

Google also connects Antigravity to Agent Platform for development workflows. Antigravity has its own desktop, CLI, IDE, and SDK surfaces and is maintained as a separate Venture Step product profile.

The four lifecycle pillars

flowchart LR
    A["Build"] --> B["Scale"]
    B --> C["Govern"]
    C --> D["Optimize"]
    D --> A

Build includes development tools, models, prompts, tools, MCP, and orchestration. Scale includes managed execution, sessions, memory, and infrastructure. Govern includes identity, registry, gateway, security, and policy. Optimize includes evaluation and observability.

The cycle matters. Evaluation and production evidence should return to development. Governance should not be applied only after an agent is built.

Models and tools

Google's launch material says Model Garden provides access to more than 200 first-party, third-party, and open models. The exact model catalog and regional availability can change.

The platform supports Model Context Protocol for exposing tools and resources. It also supports Agent2Agent communication for collaboration among independent agents.

Open protocols can reduce proprietary integration work. They do not decide which tool an agent should be allowed to call or whether the action is safe. Identity, authorization, input validation, rate limits, evidence, and failure handling remain necessary.

Identity, registry, and gateway

Agent Identity gives an agent a distinct machine identity. Registry catalogs agents, tools, skills, and MCP servers. Gateway mediates access.

These components are intended to make an agent population attributable and governable. Their effectiveness depends on configuration, ownership, policy, and operational response.

A complete registry record should identify the business owner, technical maintainer, purpose, version, permissions, data, tools, evaluation suite, incident route, and retirement date. The product catalog alone does not supply the business decision behind those fields.

Sessions, memory, and sandboxing

Sessions preserve interaction and task history. Memory Bank is intended to curate longer-lived information. Agent Sandbox provides an isolated environment for model-generated code and computer-use tasks.

Each capability changes the risk surface. Memory needs retention and correction. Sessions need privacy and lifecycle rules. A sandbox reduces host exposure but does not make the content, action, or external connection harmless.

The organization should test stale context, malicious instructions, unavailable tools, interrupted tasks, partial actions, and recovery before granting significant autonomy.

Availability and pricing

Agent Platform is a current Google Cloud offering. That statement does not mean every capability announced at Next 2026 is generally available in every region or edition.

The event recap included general availability, preview, private preview, selected-customer preview, and expected future releases. Current documentation and release notes control the status.

Pricing is compositional. The platform page describes usage-based charges across the models, tools, storage, compute, and other Cloud resources involved in a workflow. The Gemini Enterprise app may have separate editions and packaging. A production estimate should include retries, long-running sessions, memory, evaluation, observability, networking, data services, and support.

How to evaluate the platform

Start with one bounded process, real data quality, realistic permissions, one meaningful tool, and an explicit failure case.

Test whether the development route is maintainable, identity maps to policy, the registry captures ownership, the gateway enforces limits, traces reconstruct a material action, evaluation catches regression, and a person can interrupt or recover the process.

Repeat the test at expected load and quota. Dalton Anderson's E113 trial was interrupted by a rate limit after a small number of draft agents. That is one first-person experience, not a product-wide capacity finding. It is a reminder to test the commercial and operational envelope rather than only the happy path.

Official routes

The current overview and commercial entry point is the Gemini Enterprise Agent Platform product page. The agents documentation explains current development and lifecycle components. The April 2026 launch post controls the Vertex AI relationship at launch.

The Google Cloud contact page is the official route for sales discussion. Existing customers should use their Cloud console and contracted support route.

Why the product appears on Venture Step

E113 examines Google's attempt to become the operating system for an enterprise agent population. Agent Platform is the center of that thesis because it connects development, runtime, identity, tools, data, evaluation, and monitoring.

The episode also preserves the implementation boundary. A complete-looking platform cannot create useful context, trustworthy permissions, or sufficient capacity from nothing. Those remain operating inputs.

Verification and disclosure

This profile was checked on July 27, 2026 against the launch announcement, current product page, agents overview, Gemini Enterprise app announcement, and Next 2026 recap.

Product names, models, pricing, quotas, availability, regions, and commercial packaging require refresh. AI assisted with research organization and drafting; evidence boundaries and final editorial decisions remain Dalton Anderson's.

Sources

Follow the evidence.

  1. process automation guidelearn.microsoft.com
  2. OWASP Agentic AI threats and mitigations guidegenai.owasp.org
  3. platform launch imagestorage.googleapis.com
  4. AgentCore runtime contractdocs.aws.amazon.com
  5. Gemini Enterprise Agent Platform introductioncloud.google.com
  6. Antigravity surfaces imagestorage.googleapis.com
  7. unattended-flow guidancelearn.microsoft.com
  8. NIST AI Risk Management Frameworknist.gov
  9. Gemini Enterprise app announcementcloud.google.com
  10. Model Context Protocol architecturemodelcontextprotocol.io
  11. A2A and MCP guidea2aproject.github.io
  12. Next 2026 hero imagestorage.googleapis.com
  13. current Antigravity product comparisoncloud.google.com
  14. nonhuman identity whitepaperlabs.cloudsecurityalliance.org
  15. A2A protocol specificationa2aproject.github.io
  16. Google I/O developer updatecloud.google.com
  17. hosted RPA reference architecturelearn.microsoft.com
  18. NIST Generative AI Profilenvlpubs.nist.gov
  19. 2025 fourth-quarter earnings callabc.xyz
  20. security analysis of coding-agent instruction filescloud.google.com
  21. server overviewmodelcontextprotocol.io
  22. AI infrastructure announcementcloud.google.com
  23. current product pagecloud.google.com
  24. Cloud Security Alliance agent-governance research notelabs.cloudsecurityalliance.org
  25. Next 2026 announcement indexcloud.google.com
  26. agents overviewdocs.cloud.google.com
  27. 2025 Form 10-Ksec.gov
  28. desktop flows overviewlearn.microsoft.com
Gemini Enterprise Agent Platform: Features and Architecture