For Agents
Run container-based genomics and bioinformatics pipelines on Google Cloud and track or cancel the resulting long-running operations.
Get started with Cloud Life Sciences API in minutes using your preferred integration method.
# Add to your MCP client config (Claude Desktop, Cursor, Windsurf)
{
"jentic": {
"url": "https://api.jentic.com/mcp",
"auth": "oauth"
}
}
# Then ask your agent:
"run a containerized pipeline on google cloud"
# → Jentic returns the GET /events tool with parameter schema, agent executes.What an agent can do with Cloud Life Sciences API API.
Run a containerized pipeline by submitting a Pipeline definition to pipelines:run
List long-running operations to track pipeline progress in a region
Get the status, metadata, and result of a single pipeline operation
Cancel a running pipeline operation
GET STARTED
Use for: Run a genomics analysis pipeline on Google Cloud, List all running Cloud Life Sciences operations in europe-west2, Get the status of a specific pipeline operation, Cancel a long-running pipeline that is no longer needed
Not supported: Does not store genomic data, train ML models, or expose Compute Engine VM management — use only to run, list, get, and cancel container-based pipeline operations.
The Cloud Life Sciences API runs container-based pipelines on Google Cloud, primarily for genomics, biology, and other life sciences batch workloads. It exposes a pipelines:run operation that schedules a Pipeline definition onto a Compute Engine VM and a set of operations endpoints to list, get, and cancel the resulting long-running operations. Locations can be discovered via the locations:list endpoint to choose a regional endpoint for compliance.
List supported regional locations to choose a compliant endpoint
Patterns agents use Cloud Life Sciences API API for, with concrete tasks.
★ Run a genomics variant-calling pipeline
Bioinformatics teams package GATK or DeepVariant tools into a container and submit them via POST /v2beta/{+parent}/pipelines:run. Cloud Life Sciences allocates a Compute Engine VM with the requested machine type and disks, runs the pipeline, and returns a long-running operation that the team can poll for status.
Submit a Pipeline with one Action running gcr.io/myproj/deepvariant:latest and read the returned operation name.
Operation polling and status reporting
Long-running pipelines complete asynchronously, so a workflow orchestrator must poll GET /v2beta/{+name} until done becomes true. The metadata block reports event timelines and any errors so an agent can report progress to the data scientist or trigger downstream steps.
Poll GET /v2beta/{+name} every 30 seconds until done=true, then return metadata.events for human review.
Cancel a runaway pipeline
When a pipeline takes longer than expected or was launched against the wrong inputs, POST /v2beta/{+name}:cancel halts the underlying VM and stops billing. An agent watching cost or run time can call cancel and clean up associated GCS scratch space without manual intervention.
Call POST /v2beta/{+name}:cancel for an operation older than 12 hours and confirm the response is empty.
Region-aware pipeline submission
Some workloads must run in specific regions for residency or pricing reasons. GET /v2beta/{+name}/locations enumerates supported regions so an agent can pick, for example, europe-west2 to keep patient-derived data in the EU before submitting the pipeline.
List locations under projects/{p} and pick europe-west2 as the parent for the next pipelines:run call.
Agent-orchestrated genomics workflow via Jentic
An analysis agent receiving a sample manifest can build the right Pipeline definition, submit it through Jentic, and poll the operation until completion. Jentic surfaces all five Life Sciences operations so the agent does not need a Google Cloud client library to run a multi-step workflow.
Run google_lifesciences_run_pipeline with a Pipeline JSON, then poll until done=true and return metadata.events.
5 endpoints — the cloud life sciences api runs container-based pipelines on google cloud, primarily for genomics, biology, and other life sciences batch workloads.
METHOD
PATH
DESCRIPTION
/v2beta/{+parent}/pipelines:run
Run a containerized pipeline
/v2beta/{+name}
Get a long-running operation by resource name
/v2beta/{+name}/operations
List operations within a parent location
/v2beta/{+name}:cancel
Cancel a long-running pipeline operation
/v2beta/{+name}/locations
List supported regional locations
/v2beta/{+parent}/pipelines:run
Run a containerized pipeline
/v2beta/{+name}
Get a long-running operation by resource name
/v2beta/{+name}/operations
List operations within a parent location
/v2beta/{+name}:cancel
Cancel a long-running pipeline operation
/v2beta/{+name}/locations
List supported regional locations
Three things that make agents converge on Jentic-routed access.
Credential isolation
Service account JSON keys with Life Sciences IAM roles are stored encrypted in the Jentic vault. Agents receive a short-lived OAuth 2.0 access token scoped to cloud-platform at call time and never see the raw JSON key.
Intent-based discovery
Agents search Jentic with intents like 'run a genomics pipeline' or 'cancel a long running operation' and Jentic returns the matching v2beta endpoint with the parent and name path templates already documented.
Time to first call
Direct integration: 1-2 days to set up the service account, design the Pipeline JSON, and implement long-running operation polling. Through Jentic: under 1 hour — search, load, execute, poll.
Alternatives and complements available in the Jentic catalogue.
Compute Engine API
Compute Engine provisions individual VMs; Life Sciences orchestrates containerized pipelines on top
Use Compute Engine when the agent needs full VM control; use Life Sciences when it just needs to run a container pipeline.
Cloud Build API
Cloud Build runs container-based build steps; Life Sciences runs container-based scientific workloads
Choose Cloud Build for software CI/CD; choose Life Sciences for genomics and bioinformatics pipelines.
Cloud Logging API
Cloud Logging captures stdout and stderr from pipeline actions
Pair with Life Sciences when an agent needs to inspect pipeline logs alongside operation status.
Specific to using Cloud Life Sciences API API through Jentic.
What authentication does the Cloud Life Sciences API use?
OAuth 2.0 with the https://www.googleapis.com/auth/cloud-platform scope, typically using a Google Cloud service account that has lifesciences.workflows.run and operations.cancel IAM permissions. Through Jentic the service account JSON is encrypted in the vault and the agent receives only a short-lived access token.
Is Cloud Life Sciences being deprecated?
Google announced sunset of Cloud Life Sciences with end of support on July 8, 2025. Existing v2beta workflows continue to run for now, and Google recommends migrating new workloads to Batch or GKE. This API is still useful for legacy genomics pipelines and as a reference.
What are the rate limits for the Cloud Life Sciences API?
The default per-project quota is 1,000 pipelines:run requests per day and 60 operations.list requests per minute. Compute Engine quotas (vCPUs, persistent disk) bound how many pipelines can run concurrently.
How do I run a pipeline through Jentic?
Run jentic search 'run a containerized pipeline on google cloud' to find POST /v2beta/{+parent}/pipelines:run, jentic load for the Pipeline schema, then jentic execute with a body containing actions, resources, and timeout. Jentic returns the long-running operation name for polling.
How do I check if a pipeline has finished?
Poll GET /v2beta/{+name} with the operation name returned by pipelines:run. The response includes a done boolean — when true, either response or error is set, and the metadata.events array contains the timeline of pipeline steps.
What does Cloud Life Sciences cost?
The API itself has no per-call charge. You pay for the underlying Compute Engine VMs (vCPU, memory, GPUs) and persistent disks the pipeline uses, billed at standard Compute Engine rates.