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security for production agents

Why we recommend Vertex Agent Engine for production deployments. We support self-hosted and low-code when appropriate.

vertex agent engine vs self-hosted low-code

security dimension vertex agent engine self-hosted low-code
identity & access IAM, per-workspace service accounts App-level credentials
network boundary VPC, Private Service Connect, perimeter control Public ingress common
keys & secrets Secret Manager, rotation policies, Kyber-safe TLS Env vars or Vault add-ons
data controls Regions, data residency, CMEK, DLP options Depends on ops maturity
audit & forensics Cloud Audit Logs, Cloud Logging, SIEM export Plugins vary
supply chain Artifact Registry, Binary Authorization, SLSA provenance Manual controls
llm safety Evals, guardrails, rollback, staging gates Custom or third-party

Conclusion: Production agents benefit from Vertex defaults and controls. We still deliver self-hosted or low-code when the risk profile and budget fit.

why vertex for production agents

security by default

IAM policies, VPC-SC patterns, CMEK, and audit logs are built-in. No configuration drift from manual setups.

compliance ready

HIPAA, SOC 2, PCI DSS, and FedRAMP High compliance inherited from Google Cloud platform certifications.

supply chain integrity

Artifact Registry with vulnerability scanning, Binary Authorization for admission control, SLSA provenance tracking.

llm-specific guardrails

Built-in evaluation frameworks, staging environments, rollback capabilities, and safety filters for production agents.

observability & forensics

Cloud Logging, Cloud Monitoring, Error Reporting, and Cloud Trace provide full visibility into agent behavior.

managed scaling

Auto-scaling, multi-region failover, and load balancing managed by Google Cloud—no ops overhead.

when self-hosted low-code fits

Self-hosted low-code platforms like n8n are effective for:

  • Integration glue: Connecting APIs, webhooks, and simple workflows without complex logic.
  • Quick wins: Non-critical automations where downtime is acceptable and data sensitivity is low.
  • Air-gapped environments: Fully on-premises deployments where external cloud services are prohibited.
  • Tight budgets: Teams with strong DevOps capabilities willing to manage their own infrastructure.

We pair them often: n8n for orchestration glue, Vertex Agent Engine for the agent brain. This gives you visual workflow building for integrations while maintaining security and guardrails for AI reasoning.

detailed security rationale

1. identity & access management

Vertex: Fine-grained IAM policies per service account. Workload Identity binds Kubernetes pods to GCP service accounts. Least privilege by default.

Self-hosted: Application-level credentials (API keys, basic auth). Often stored in environment variables or external vaults. Risk of over-permissioned tokens.

2. network security

Vertex: Private Service Connect for private endpoints. VPC Service Controls for data perimeters. Cloud Armor for DDoS protection.

Self-hosted: Typically exposed via public ingress. Requires manual firewall rules, reverse proxies, and SSL certificate management.

3. secrets management

Vertex: Secret Manager with automatic rotation, audit logging, and IAM-based access. Secrets never in code or configs.

Self-hosted: Requires external tools (HashiCorp Vault, AWS Secrets Manager). Often fall back to .env files or Kubernetes secrets (base64, not encrypted at rest).

4. audit & compliance

Vertex: Cloud Audit Logs capture every API call. Automatically exported to SIEM. Immutable, tamper-proof logs.

Self-hosted: Logging depends on application implementation. Easy to miss events or have gaps. Requires manual setup for centralized logging.

vertex agent engine gives you iam, vpc-sc patterns, cmek, audit logs, and supply-chain controls by default

Self-hosted low-code is effective for glue work and small automations. For production agents that handle sensitive data, we recommend Vertex to reduce operational risk. We still support self-hosted when it fits the risk and budget.