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Compact two-skill starter: clarify positioning and choose a lead magnet. Use Marketing Launch for the broader eight-skill go-to-market workflow.

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Build an evidence-led marketing plan from ICP and competition through positioning, campaigns, growth and measurement.

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Diagnose architecture and context, plan agent-team responsibilities, then organize project context and session handoffs. Memory and cost-runtime reviews remain outside this pack.

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01 · Category

What the MCP returns at this step

09 · Engineering · Cloud Security

Google Agent Gateway Security

Design ingress and egress controls using Agent Gateway, Model Armor, IAP and registries.

agentengatewaysicherheitgoogle-cloud-solution-multi-agent-security

Google Multi-Agent Security / Agent Gateway · Original SKILL.md

---
name: google-cloud-solution-multi-agent-security
metadata:
  version: "1.0.0"
  category: MultiProductSolutions
description: >-
  Designs, deploys, and secures Google Cloud Agent Gateway solutions.
  Use when the user needs to configure multi-agent security, ingress (CLIENT_TO_AGENT), or egress (AGENT_TO_ANYWHERE) patterns involving Model Armor, IAP, and Agent Registry.
  Don't use for general Cloud Load Balancing or basic VPC setup not related to Agent Gateways.
---

# Agent Gateway multi-agent security

## Critical Enforcement Rules & Rationale

*   **Gcloud Release Tracks**: Always use the exact release tracks specified in
    the commands (e.g., `gcloud beta network-services agent-gateways`). Omitting
    these prefixes causes commands to fail because Agent Gateway features are
    located in specialized, non-default namespaces.
*   **API Enablement**: Include `modelarmor.googleapis.com` in the API
    enablement list when setting up guardrails. Excluding it prevents Model
    Armor policies and filters from successfully attaching to the Gateway.
*   **Egress Verification**: Egress policy verification requires using the
    Python script
    ([scripts/verify_egress_policies.py](scripts/verify_egress_policies.py)),
    not `curl`. Egress gateways rely on runtime SDK lifecycle handling and JWT
    context that a standard curl command cannot simulate correctly.
*   **Model Armor Keys**: In `model-armor-config.yaml`, always include both
    `piAndJailbreakFilterSettings` and `sdpFilterSettings` (`filterEnforcement:
    ENFORCE`). Invalid or missing filters cause deployment validation failures
    or lead to silent bypasses of the guardrails.
*   **Subnet Private Access**: Any subnet hosting a Private Service Connect
    network attachment for Egress Gateways must have `private_ip_google_access =
    true` enabled in Terraform. Disabling this blocks connectivity to
    Google-managed endpoints, causing total routing failures for agents.
*   **Direct Delivery**: Immediately provide the requested architecture,
    configuration files, CLI commands, scripts, and diagrams in full. Do not
    stop at a planning phase, do not generate a plan artifact, and do not ask
    for user confirmation before delivering outputs.
*   **No Infrastructure Execution**: Do not attempt to run deployment or
    verification commands (such as `gcloud`, `kubectl`, `terraform`, or `curl`)
    against real cloud resources during design. You are generating plan
    configurations, not executing them.

> [!IMPORTANT] **Just-In-Time (JIT) Resource Loading Protocol:** Inspect
> template files in [assets/](assets/) and executable scripts in
> [scripts/](scripts/) using `view_file` as needed for extended configurations,
> deployment scripts, and test suites.

--------------------------------------------------------------------------------

## Quick Reference: Required Filenames

Always generate files with these exact names when requested:

1.  `agw-ingress-config.yaml`
    ([assets/agw-ingress-config.yaml](assets/agw-ingress-config.yaml))
2.  `agw-egress-config.yaml`
    ([assets/agw-egress-config.yaml](assets/agw-egress-config.yaml))
3.  `agw-authz-extension.yaml`
    ([assets/agw-authz-extension.yaml](assets/agw-authz-extension.yaml))
4.  `agw-authz-policy.yaml`
    ([assets/agw-authz-policy.yaml](assets/agw-authz-policy.yaml))
5.  `model-armor-config.yaml`
    ([assets/model-armor-config.yaml](assets/model-armor-config.yaml))
6.  `sgp-policy.yaml` ([assets/sgp-policy.yaml](assets/sgp-policy.yaml))
7.  `iap-policy.json` ([assets/iap-policy.json](assets/iap-policy.json))
8.  `model-armor-payload.json`
    ([assets/model-armor-payload.json](assets/model-armor-payload.json))

--------------------------------------------------------------------------------

## 1. Dual Ingress & Egress Architecture Design (`dual_ingress_egress_architecture_design`)

-   **Ingress Pattern**: `CLIENT_TO_AGENT` fronted by Ingress Control Plane
    (Agent Gateway, Model Armor).
-   **Egress Pattern**: `AGENT_TO_ANYWHERE` utilizing Egress Control Plane
    (Agent Gateway, `roles/iap.egressor` CEL policies, Cloud DNS) and Egress
    Data Plane (PSC Interface, Cloud Run, PSC Google APIs Global Endpoint),
    coordinated via Agent Registry & Agent Engine runtime.
-   **Mermaid Diagram**:

    ```mermaid
    graph TD
        Client["External Clients"] -->|HTTPS / MCP| GLB["Global Load Balancer"]
        GLB --> Ingress["Ingress Agent Gateway (CLIENT_TO_AGENT)"]
        Ingress --> MA["Model Armor (CONTENT_AUTHZ)"]
        MA --> Agent["Agent Engine Agents (BillingAgent, SupportAgent, FraudAgent)"]
        Agent --> Egress["Egress Agent Gateway (AGENT_TO_ANYWHERE)"]
        Egress --> PSC["Private Service Connect Network Attachment"]
        PSC --> Tools["Private MCP Tool Backends"]
    ```

--------------------------------------------------------------------------------

## 2. Ingress & Egress Guardrail Policy Config (`ingress_and_egress_guardrail_policy_config`)

When requested for Ingress & Egress guardrail policy configs, you MUST generate
and create all required files in the workspace:

-   `agw-ingress-config.yaml`
    ([assets/agw-ingress-config.yaml](assets/agw-ingress-config.yaml)): Declares
    `governedAccessPath: CLIENT_TO_AGENT` with protocols `HTTP` and `MCP`.
-   `agw-egress-config.yaml`
    ([assets/agw-egress-config.yaml](assets/agw-egress-config.yaml)): Declares
    `governedAccessPath: AGENT_TO_ANYWHERE` with protocol `MCP`.
-   `agw-authz-extension.yaml`
    ([assets/agw-authz-extension.yaml](assets/agw-authz-extension.yaml)):
    Configures AuthzExtension service for IAP authorization.
-   `agw-authz-policy.yaml`
    ([assets/agw-authz-policy.yaml](assets/agw-authz-policy.yaml)): Configures
    `AuthzPolicy` action `ALLOW` targeting both Ingress and Egress gateways.
-   `iap-policy.json` ([assets/iap-policy.json](assets/iap-policy.json)): Binds
    `roles/iap.egressor` with CEL condition checking
    `iap.googleapis.com/mcp.toolName == 'get_account_balance' &&
    iap.googleapis.com/mcp.tool.isReadOnly == true`.
-   `model-armor-config.yaml`
    ([assets/model-armor-config.yaml](assets/model-armor-config.yaml)): Enables
    `piAndJailbreakFilterSettings` and `sdpFilterSettings` with
    `filterEnforcement: ENFORCE`.
-   `sgp-policy.yaml` ([assets/sgp-policy.yaml](assets/sgp-policy.yaml)):
    Implements Natural Language Constraints blocking transactions > $1000 and
    sanitizing PII.

--------------------------------------------------------------------------------

## 3. Ingress & Egress Infrastructure Deployment (`ingress_and_egress_infrastructure_deployment`)

Inspect and provide the step-by-step `gcloud` CLI commands from
[scripts/deploy_infrastructure.sh](scripts/deploy_infrastructure.sh):

1.  **Enable Required APIs**: `compute`, `networkservices`, `networksecurity`,
    `modelarmor`, `iap`, `agentregistry`, `serviceextensions`, and `aiplatform`.
2.  **Import Agent Gateways**: Ingress (`agw-ingress-config.yaml`) and Egress
    (`agw-egress-config.yaml`) via `gcloud alpha network-services agent-gateways
    import`.
3.  **Import Authz Extension**: `agw-authz-extension.yaml` via `gcloud beta
    service-extensions authz-extensions import`.
4.  **Import Authz Policy**: `agw-authz-policy.yaml` via `gcloud beta
    network-security authz-policies import`.

--------------------------------------------------------------------------------

## 4. Ingress & Egress Security Validation (`ingress_and_egress_security_validation`)

When validating security for Ingress and Egress:

1.  **Ingress 403 Unauthenticated Test**: Provide the copy-pasteable
    verification curl command from
    [scripts/validate_ingress_unauth.sh](scripts/validate_ingress_unauth.sh)
    sending an unauthenticated POST request to the Reasoning Engine endpoint
    expecting HTTP 403 Forbidden.
2.  **Python Egress Verification Script (MUST use Python script snippet, NOT
    curl)**: Provide the Python verification script snippet from
    [scripts/verify_egress_policies.py](scripts/verify_egress_policies.py)
    sending JSON-RPC `tools/call` requests (`get_account_balance`) through the
    Egress Gateway to verify HTTP 200 for allowed tools.
3.  **Model Armor Test Payload**: Generate `model-armor-payload.json`
    ([assets/model-armor-payload.json](assets/model-armor-payload.json))
    containing prompt injection/jailbreak instructions.

--------------------------------------------------------------------------------

## 5. Troubleshooting Ingress & Egress Failures (`troubleshooting_ingress_and_egress_failures`)

-   **Ingress 403 (Client-to-Agent)**:

    -   **Root Cause**: Unauthenticated client requests or missing/invalid OAuth
        2.0 / IAP identity tokens.
    -   **OAuth Configuration Steps**:
        1.  Configure OAuth 2.0 Client ID credentials in Google Cloud Console.
        2.  Grant the client identity / service account
            `roles/iap.httpsResourceAccessor` permission.
        3.  Exchange credentials with Google OAuth to acquire an OIDC / OAuth ID
            token.
        4.  Pass the token in the `Authorization: Bearer <TOKEN>` header.
    -   **Verification Command**: Provide the curl command from
        [scripts/verify_ingress_auth.sh](scripts/verify_ingress_auth.sh).

-   **Egress 403 (Agent-to-Anywhere)**:

    -   **Root Cause**: Missing `roles/iap.egressor` IAM bindings on the Agent
        Identity, malformed principal ID, or mismatched CEL condition on tool
        metadata.
    -   **Fix Command**: Provide the exact `gcloud` command from
        [scripts/fix_egress_iap.sh](scripts/fix_egress_iap.sh).

--------------------------------------------------------------------------------

## 6. Hybrid VPN Connectivity & Egress Routing (`hybrid_vpn_connectivity_egress_routing`)

-   **Terraform HCL**: Refer to baseline Terraform config in
    [assets/main.tf](assets/main.tf) for VPC, subnets
    (`private_ip_google_access = true`), PSC network attachment, Cloud DNS
    private forwarding for `aws.internal.`, and HA VPN gateway/router.
-   **Egress Gateway Config (`agw-egress-config.yaml`)**: Generate configuration
    declaring `governedAccessPath: AGENT_TO_ANYWHERE`, pointing to the PSC
    network attachment, and referencing `aws.internal.` in `dnsPeeringConfig`
    (see [assets/agw-egress-config.yaml](assets/agw-egress-config.yaml)).
-   **Python SDK Deployment Script**: Refer to
    [scripts/hybrid_vpn_agent.py](scripts/hybrid_vpn_agent.py) for the complete
    script initializing Vertex AI with `agent_to_anywhere_config` referencing
    the Egress Gateway, enabling telemetry, and deploying `HybridAgent` using
    `types.IdentityType.AGENT_IDENTITY`.

--------------------------------------------------------------------------------

## 7. Private Egress GKE Internal Load Balancer (`private_egress_gke_internal_load_balancer`)

-   Expose GKE internal MCP tool server via an Internal Load Balancer (ILB) at
    literal IP `10.0.1.50`, connecting via Agent Gateway PSC Interface + Cloud
    DNS Private zone.
-   **Cloud DNS Record Mapping**: Provide the command from
    [scripts/create_gke_dns_record.sh](scripts/create_gke_dns_record.sh) mapping
    the private domain to GKE's private ILB IP `10.0.1.50`.
-   **Explicit TLS Warning**: Agent Gateway egress **does not natively trust
    self-signed certificates or private enterprise CAs**. You **must** use
    publicly trusted TLS certificates signed by a trusted Certificate Authority
    (e.g., Let's Encrypt).

--------------------------------------------------------------------------------

## 8. Governance Controls Model Armor SGP (`governance_controls_model_armor_sgp`)

When configuring dual safety layers with Model Armor on Ingress and SGP on
Egress:

1.  **Model Armor Config**: Generate `model-armor-config.yaml`
    ([assets/model-armor-config.yaml](assets/model-armor-config.yaml)) with
    `piAndJailbreakFilterSettings` and `sdpFilterSettings` (`filterEnforcement:
    ENFORCE`).
2.  **Semantic Governance Policy**: Generate `sgp-policy.yaml`
    ([assets/sgp-policy.yaml](assets/sgp-policy.yaml)) with Natural Language
    Constraints blocking transactions > $1000 and sanitizing PII.
3.  **Curl PATCH Command**: Provide the curl command from
    [scripts/enforce_sgp_patch.sh](scripts/enforce_sgp_patch.sh) to update
    `authzExtensions` with `sgpEnforcementMode` set to `ENFORCE`.

--------------------------------------------------------------------------------

## 9. Multi-Agent Cloud Run Egress Routing (`multi_agent_cloud_run_egress_routing`)

Do NOT produce a plan artifact or stop at planning. When configuring multi-agent
Cloud Run egress routing, you MUST directly provide and generate ALL required
components:

1.  **Egress Gateway Config (`agw-egress-config-run.yaml`)**: Generate
    configuration declaring `governedAccessPath: AGENT_TO_ANYWHERE`, PSC network
    attachment, and DNS peering for `*.run.app` (see
    [assets/agw-egress-config-run.yaml](assets/agw-egress-config-run.yaml)).
2.  **Register Cloud Run Services in Agent Registry**: Provide the registration
    commands from
    [scripts/register_cloud_run_services.sh](scripts/register_cloud_run_services.sh)
    registering all 3 Cloud Run services (`marketing-tool-service`,
    `sales-tool-service`, `support-tool-service`) in the `us-east4` Agent
    Registry.
3.  **`iap-policy.json` (Multi-Agent)**: Generate `iap-policy.json`
    ([assets/iap-policy-multi-agent.json](assets/iap-policy-multi-agent.json))
    containing all 3 `principal://` bindings in the `members` list under
    `roles/iap.egressor`.
4.  **Python SDK Deployment Script**: Refer to
    [scripts/multi_agent_cloud_run.py](scripts/multi_agent_cloud_run.py) for the
    complete GenAI SDK deployment script.

--------------------------------------------------------------------------------

## 10. Advanced Model Armor Filtering (`advanced_model_armor_filtering`)

For custom keyword matching, configure `userDefinedFilterSettings` (see
[assets/model-armor-advanced.yaml](assets/model-armor-advanced.yaml)).

--------------------------------------------------------------------------------

## 11. Known Traps & Gotchas (`known_traps_and_gotchas`)

*   **`network_attachment` is `ForceNew`**: Enabling Semantic Governance
    Policies (SGP) or modifying network attachments after the initial Terraform
    apply will force-recreate the gateway resource. If not managed carefully,
    this can cause dependency deadlocks during destroy operations. Plan
    infrastructure sequencing accordingly.
*   **Authz Policy Limit**: An Agent Gateway allows at most **4 custom
    authorization policies** attached concurrently. Ensure your security posture
    consolidates rules within this limit.

When to use

Design ingress and egress controls using Agent Gateway, Model Armor, IAP and registries.

What you get

Complete original guidance with source attribution and declared limitations.

How it works

Clarify the actual task, inspect available evidence and plan the relevant source workflow within authorized scope.

Requirements

Agent topology, project boundaries, identities, policies and expected permitted traffic.

Delivery and review notes

Referenced validation scripts and policy templates are not included; do not claim deployed protection based on this text. The source separates design from infrastructure execution. Referenced scripts, templates, packages and remote documentation are not bundled or installed. Brief obvious-danger screening only; no functional test or comprehensive security certification.

Starting prompt

Use Google Agent Gateway Security for [TASK]. Clarify Agent topology, project boundaries, identities, policies and expected permitted traffic. Identify missing dependencies and assumptions. Loading this guidance grants no permission to change resources, transfer data or incur charges.

Not for

Automatic cloud execution, bypassing resource-owner permissions, or treating untested examples as deployed and verified results.

What M11 added

German task routing and precise scope. Original attribution: Google (google/skills repository). Referenced validation scripts and policy templates are not included; do not claim deployed protection based on this text. The source separates design from infrastructure execution. Referenced scripts, templates, packages and remote documentation are not bundled or installed. Brief obvious-danger screening only; no functional test or comprehensive security certification.

Original authorship remains with google/skills · Original source ↗

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Product Discovery Sprint

Deal Quality Scoring

Enrichment Waterfall Design

Customer Retention Playbook

Sales Coaching Practice

Revenue Cohort Analysis

Intent Signal Scoring

Customer Identity Matching

Segment Activation Planning

Sales Call Review

Retention Dashboard Design

Sales Coaching Competencies

Offer Delivery Design

Offer Value Communication

Service Productization

Conversion Hypothesis Prioritization

Braze Engagement Guidance

Brand Voice Guide Design

Content Pipeline Orchestration

Website Brand Profile

Buyer Objection Clarification

Klaviyo Integration Guidance

Offer Bonus Planning

Klaviyo Marketing Review

Cross-Platform Advertising Review

Expertise Business Model

LinkedIn Advertising Guidance

TikTok Advertising Guidance

Evidence Research Brief

Cinematic Video Prompts

Visual Prompt Model Adaptation

Visual Prompt Diagnostics

Short Film Development

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