Google Cloud STSv1.0.3

A platform engineering team runs CI/CD jobs on OOMOL or an external serverless runtime that must call Google Cloud APIs without storing long-lived service account keys. Using get_federated_access_token, the job exchanges its OOMOL OIDC token for a short-lived Google Cloud access token and uses it for the next API call. This removes static key management and enforces least-privilege, time-limited credentials.

A data engineering team orchestrates ETL workloads across AWS and Google Cloud, with the scheduler running in an OOMOL-connected environment. The pipeline calls the STS federated token action to obtain Google Cloud access tokens, then reads or writes to BigQuery and Cloud Storage. This avoids embedding Google credentials in orchestration code and simplifies auditability.

A B2B SaaS product needs to access resources in each customer's Google Cloud tenant without asking for service account keys. The service uses OOMOL's federated identity to obtain short-lived Google Cloud tokens scoped to the customer's workload identity pool. Customers retain control via IAM conditions, and the SaaS vendor never stores durable GCP secrets.

A security operations team runs scheduled audits that enumerate Google Cloud resources, IAM policies, and audit logs. Each audit run uses the federated token action to get a time-bound access token, performs read-only queries, and exits; nothing long-lived is persisted. This aligns with zero-standing-privilege guidance and simplifies key rotation.

An AI agent is given a task that involves reading Google Cloud data, such as listing buckets or querying resources. The agent loads the Google Cloud STS skill, inspects the federated token action schema, obtains a temporary access token, and completes the task without direct API token handling. This keeps agent credentials secure and auditable through OOMOL.

OOMOL provides the gcloud_sts connector and federated identity brokering, charging based on connector execution volume or token credits. Customers pay for the convenience of server-side credential injection and managed connections, while the platform absorbs the complexity of OIDC exchange and token lifecycle.

A consulting or platform team deploys the skill as part of a zero-trust cloud migration, helping enterprises replace static service account keys with federated short-lived tokens. Revenue is generated through implementation projects, managed service retainers, and compliance advisory.

A SaaS vendor embeds OOMOL's Google Cloud STS capability to let its users connect their own GCP accounts through workload identity federation. The vendor monetizes the integration as a premium security feature or as part of a higher-priced plan, avoiding the cost and risk of storing customer cloud credentials.