cloud-access-management

name	cloud-access-management
description	Manage Elastic Cloud organization access: invite users, assign roles to Serverless projects, and create or revoke Cloud API keys. Use when granting, modifying, or auditing user access.
compatibility	Requires Python 3.8+, network access to the Elastic Cloud API (api.elastic-cloud.com) and optionally to a Serverless Elasticsearch endpoint for custom role operations. Environment variables: EC_API_KEY (required, set by cloud-setup), ELASTICSEARCH_URL and ELASTICSEARCH_API_KEY (required only for custom roles).
metadata	{"author":"elastic","version":"0.1.0"}

Cloud Access Management

Manage identity and access for an Elastic Cloud organization and its Serverless projects: invite users, assign predefined or custom roles, and manage Cloud API keys.

Prerequisite: This skill assumes the cloud-setup skill has already run — EC_API_KEY is set in the environment and the organization context is established. If EC_API_KEY is missing, instruct the agent to invoke cloud-setup first. Do NOT prompt the user for an API key directly.

For project creation, see the cloud-create-project skill. For day-2 project operations (list, update, delete), see cloud-manage-project. For Elasticsearch-level role management (native users, role mappings, DLS/FLS), see the elasticsearch-authz skill.

For detailed API endpoints and request schemas, see references/api-reference.md.

Jobs to Be Done

• Invite a user to the organization and assign them a Serverless project role
• List organization members and their current role assignments
• Update a user's roles (org-level or project-level)
• Remove a user from the organization
• Create an additional Cloud API key with scoped roles and expiration
• Create a Cloud API key that can also call Elasticsearch and Kibana APIs on Serverless projects
• List and revoke Cloud API keys
• Create a custom role inside a Serverless project with ES cluster, index, and Kibana privileges
• Assign or remove a custom role for a user on a Serverless project using the Cloud API's application_roles
• Translate a natural-language access request into invite, role, and API key tasks

Prerequisites and permissions

Item	Description
EC_API_KEY	Cloud API key (set by cloud-setup). Required for all operations.
Organization ID	Auto-discovered using GET /organizations. Do not ask the user for it.
Project endpoint	Elasticsearch endpoint of a Serverless project. Required only for custom role operations.
ES credentials	API key or credentials with manage_security privilege on the project. Required only for custom roles.
Org owner role	Only Organization owners can create and manage Cloud API keys. Required for API key operations.

Run python3 skills/cloud/access-management/scripts/cloud_access.py list-members to verify that EC_API_KEY is valid and auto-discover the org ID before proceeding with any operation.

Operation-level permissions

The following permissions are required for common access management operations in Elastic Cloud Serverless.

Operation	Required permission
Invite / remove members	Organization owner (organization-admin)
Assign or remove roles	Organization owner (organization-admin)
Create / revoke Cloud API keys	Organization owner (organization-admin)
List members, invitations, or keys	Any organization member
Create / delete custom roles	manage_security cluster privilege on the project ES endpoint

This skill does not perform a separate role pre-check. Attempt the requested operation and let the API enforce authorization. If the API returns an authorization error (for example, 403 Forbidden), stop and ask the user to verify the provided API key permissions.

Manual setup fallback (when cloud-setup is unavailable)

If this skill is installed standalone and cloud-setup is not available, instruct the user to configure Cloud environment variables manually before running commands. Never ask the user to paste API keys in chat.

Variable	Required	Description
EC_API_KEY	Yes	Elastic Cloud API key with Organization owner role.
EC_BASE_URL	No	Cloud API base URL (default: https://api.elastic-cloud.com).
ELASTICSEARCH_URL	Conditional	Elasticsearch URL. Required only for custom role operations.
ELASTICSEARCH_API_KEY	Conditional	Elasticsearch API key with manage_security privilege. Required only for custom role operations.

Note: If EC_API_KEY is missing, or the user does not have a Cloud API key yet, direct the user to generate one at Elastic Cloud API keys, then configure it locally using the steps below.

Preferred method (agent-friendly): create a .env file in the project root:

EC_API_KEY=your-api-key
EC_BASE_URL=https://api.elastic-cloud.com
# Only needed for custom role operations against the project Elasticsearch endpoint:
# ELASTICSEARCH_URL=https://<project-id>.es.<region>.elastic-cloud.com
# ELASTICSEARCH_API_KEY=<your-es-manage-security-api-key>

All cloud/* scripts auto-load .env from the working directory.

Alternative: export directly in the terminal:

export EC_API_KEY="<your-cloud-api-key>"
export EC_BASE_URL="https://api.elastic-cloud.com"
# Only needed for custom role operations against the project Elasticsearch endpoint:
# export ELASTICSEARCH_URL="https://<project-id>.es.<region>.elastic-cloud.com"
# export ELASTICSEARCH_API_KEY="<your-es-manage-security-api-key>"

Terminal exports may not be visible to sandboxed agents running in separate shell sessions, so prefer .env when using an agent.

Decomposing Access Requests

When the user describes access in natural language (for example, "add Alice to my search project as a developer"), break the request into discrete tasks before executing.

Step 1 — Identify the components

Component	Question to answer
Who	New org member (invite) or existing member (role update)?
What	Which Serverless project(s) or org-level access?
Access level	Predefined role (Admin/Developer/Viewer/Editor) or custom role?
API key?	Does the request also need a Cloud API key for programmatic access?

Step 2 — Check if a predefined role fits

Consult the predefined roles table below. Prefer predefined roles — only create a custom role when predefined roles do not provide the required granularity.

Step 3 — Check existing state

Before creating or inviting, check what already exists:

python3 skills/cloud/access-management/scripts/cloud_access.py list-members
python3 skills/cloud/access-management/scripts/cloud_access.py list-api-keys

If the user is already a member, skip the invitation and update their roles instead.

For API key requests, only Organization owners can create and manage Cloud API keys. If the authenticated user does not have the organization-admin role, API key operations will fail with a 403 error. Review the existing keys returned by list-api-keys. If an active key already exists for the same purpose or task with the required roles and sufficient remaining lifetime, reuse it instead of creating a new one. Two keys with identical permissions are fine when they serve different purposes (for example, separate CI pipelines), but creating a second key for the same task is unnecessary and increases the management burden.

Step 4 — Run

Run the appropriate command(s) from skills/cloud/access-management/scripts/cloud_access.py. Confirm destructive actions (remove member, revoke key) with the user before executing.

Step 5 — Verify

After execution, list members or keys again to confirm the change took effect.

Predefined Roles

Organization-level roles

Role	Cloud API role_id	Description
Organization owner	organization-admin	Full admin over org, deployments, projects
Billing admin	billing-admin	Manage billing details only

Serverless project-level roles

Role	Cloud API role_id	Available on	Description
Admin	admin	Search, Obs, Security	Full project management, superuser on sign-in
Developer	developer	Search only	Create indices, API keys, connectors, visualizations
Viewer	viewer	Search, Obs, Security	Read-only access to project data and features
Editor	editor	Obs, Security	Configure project features, read-only data indices
Tier 1 analyst	t1_analyst	Security only	Alert triage, general read, create dashboards
Tier 2 analyst	t2_analyst	Security only	Alert triage, begin investigations, create cases
Tier 3 analyst	t3_analyst	Security only	Deep investigation, rules, lists, response actions
SOC manager	soc_manager	Security only	Alerts, cases, endpoint policy, response actions
Rule author	rule_author	Security only	Detection engineering, rule creation

Project-level roles are assigned during invitation (POST /organizations/{org_id}/invitations) or using the role assignment update (POST /users/{user_id}/role_assignments). See references/api-reference.md for the role_assignments JSON schema including the project scope.

Custom Roles (Serverless)

When predefined roles lack the required granularity, create a custom role inside the Serverless project using the Elasticsearch security API and assign it to users through the Cloud API's application_roles field.

Security: do not assign a predefined Cloud role separately when using a custom role. Custom roles implicitly grant Viewer-level Cloud access for the project scope. If you also assign viewer (or any other predefined role) as a separate Cloud role assignment for the same project, the user receives the union of both roles when they SSO into the project — the Viewer stack role is broader than most custom roles and will override the restrictions you intended.

How custom role assignment works

• Predefined roles (viewer, developer, admin, etc.) are assigned via Cloud APIs (invite-user, assign-role). When the user SSOs into the project, they receive the stack role mapped to their Cloud role (for example, Cloud viewer maps to the viewer stack role).
• Custom roles are created in the project via the Elasticsearch security API (create-custom-role) and assigned via the Cloud API's application_roles field (assign-custom-role). When application_roles is set, the user gets only the specified custom role on SSO — not the default stack role for their Cloud role.
• The assign-custom-role command sets role_id to the project-type Viewer role (elasticsearch-viewer, observability-viewer, or security-viewer) and sets application_roles to the custom role name. This ensures the user can see and access the project in the Cloud console but receives only the custom role's restricted permissions inside the project.
• Cloud API keys can also use application_roles to gain ES/Kibana API access on Serverless projects. See Cloud API Keys — ES and Kibana API Access below for details.

Canonical custom-role onboarding flow

1. Create the custom role in the project (create-custom-role).
2. Invite the user to the organization if they are not already a member (invite-user). Do not include project role assignments in the invitation — the custom role assignment in the next step handles project access.
3. Assign the custom role to the user (assign-custom-role --user-id ... --project-id ... --custom-role-name ...).
4. Verify with list-members and list-roles.

Create a custom role

python3 skills/cloud/access-management/scripts/cloud_access.py create-custom-role \
  --role-name marketing-analyst \
  --body '{"cluster":[],"indices":[{"names":["marketing-*"],"privileges":["read","view_index_metadata"]}]}'

This calls PUT /_security/role/{name} on the project Elasticsearch endpoint.

Naming constraints

Role names must begin with a letter or digit and contain only letters, digits, _, -, and .. Run-as privileges are not available in Serverless.

When to use custom roles versus predefined

Scenario	Use
Standard admin/developer/viewer access	Predefined role
Read-only access to specific index pattern	Custom role
DLS or FLS restrictions	Custom role
Kibana feature-level access control	Custom role

For advanced DLS/FLS patterns (templated queries, ABAC), see the elasticsearch-authz skill.

Cloud API Keys — ES and Kibana API Access

Cloud API keys can now optionally access Elasticsearch and Kibana APIs on Serverless projects, in addition to the Cloud API. This enables a single credential for both control plane (Cloud API) and data plane (ES/Kibana API) operations — for example, a CI pipeline that creates a project via Cloud API and then indexes data via ES API.

How it works

Add application_roles to the key's role_assignments at creation time. This field accepts an array of predefined role names (admin, developer, viewer, and solution-specific roles like t1_analyst, editor) or custom role names created in the project via PUT /_security/role/{name}. Predefined roles are available in every project by default. Custom roles must be created individually in each project where the key should have access — if a referenced custom role does not exist in a project, the key silently gets no access there.

Critical rule: no implicit inheritance

Unlike users, API keys never inherit stack roles from their role_id. If application_roles is omitted or empty, the key has Cloud API access only. Calling an ES or Kibana endpoint with such a key returns 403 Forbidden. This is by design for backward compatibility — existing keys without application_roles continue to work as Cloud-only keys.

Scoping modes

• Project-scoped (preferred) — grants access to specific projects or all projects of a given type. Uses the project key in role_assignments with application_roles on each entry. Use this by default unless the user explicitly needs cross-project access.

• Organization-scoped — grants access to all current and future projects in the organization. Uses the organization key in role_assignments with application_roles. This is the broadest possible data-plane scope. Only use when the key genuinely needs access to every project (for example, platform automation or cross-project search across the whole org). Always confirm with the user before creating an org-scoped key with application_roles, as it grants ES/Kibana access to projects that may not exist yet.

Custom roles and org-scoped access: When using a custom role name in application_roles with organization-scoped assignments, the custom role must exist in each project where you want the key to have access. If a project does not have that custom role defined (via PUT /_security/role/{name}), the key silently gets no access to that project — no error is raised. For org-wide access, prefer predefined roles (admin, developer, viewer) which are available in every project by default. If you must use custom roles across multiple projects, ensure the role is created in each target project first.

Agent guidance: When a user asks for an API key with ES/Kibana access, default to project-scoped assignments. Only suggest organization-scoped application_roles if the user explicitly needs access across all projects. Confirm the intent before proceeding — org-scoped access applies to future projects too. If the user specifies a custom role name with org-scoped access, warn them that the role must be defined in each project individually.

Examples

Project-scoped key with developer ES access (using --stack-access convenience flag):

python3 skills/cloud/access-management/scripts/cloud_access.py create-api-key \
  --description "CI pipeline - ES ingest" \
  --expiration 30d \
  --roles '{"project":{"elasticsearch":[{"role_id":"developer","organization_id":"$ORG_ID","all":true}]}}' \
  --stack-access developer

Organization-scoped key with admin ES access (access to ALL projects — use with caution):

python3 skills/cloud/access-management/scripts/cloud_access.py create-api-key \
  --description "Platform automation" \
  --expiration 7d \
  --roles '{"organization":[{"role_id":"organization-admin","organization_id":"$ORG_ID"}]}' \
  --stack-access admin

Project-scoped key with a custom role (raw JSON):

python3 skills/cloud/access-management/scripts/cloud_access.py create-api-key \
  --description "Marketing ETL" \
  --expiration 14d \
  --roles '{"project":{"elasticsearch":[{"role_id":"elasticsearch-viewer","organization_id":"$ORG_ID","all":false,"project_ids":["$PROJECT_ID"],"application_roles":["marketing-writer"]}]}}'

Replace $ORG_ID and $PROJECT_ID with the actual organization and project IDs. Use list-members to discover the org ID.

Common mistake: If your API key gets a 403 when calling an ES or Kibana endpoint, the most likely cause is missing application_roles. Unlike users, API keys must have explicit application_roles to access the stack — the role_id alone is not sufficient.

Examples

Invite a user as a Viewer on a search project

Prompt: "Add [e-mail] to my search project with read-only access."

python3 skills/cloud/access-management/scripts/cloud_access.py invite-user \
  --emails [e-mail] \
  --roles '{"project":{"elasticsearch":[{"role_id":"viewer","organization_id":"$ORG_ID","all":false,"project_ids":["$PROJECT_ID"]}]}}'

Replace $ORG_ID and $PROJECT_ID with the actual IDs. The Viewer role is assigned when the invitation is accepted. For custom role access, use assign-custom-role after the user has accepted the invitation — do not combine a predefined role assignment with a custom role for the same project.

Create a CI/CD API key

Prompt: "Create an API key for our CI pipeline that expires in 30 days with editor access to all deployments."

python3 skills/cloud/access-management/scripts/cloud_access.py create-api-key \
  --description "CI/CD pipeline" \
  --expiration "30d" \
  --roles '{"deployment":[{"role_id":"deployment-editor","all":true}]}'

The actual key value is written to a secure temp file (0600 permissions). The stdout JSON contains a _secret_file path instead of the raw secret. Tell the user to retrieve the key from that file — it is shown only once. When the CI pipeline no longer needs this key, revoke it using delete-api-key to avoid unused keys accumulating.

Create a CI/CD API key with ES access

Prompt: "Create an API key for our CI pipeline that can index data into our search projects."

python3 skills/cloud/access-management/scripts/cloud_access.py create-api-key \
  --description "CI pipeline - ES ingest" \
  --expiration 30d \
  --roles '{"project":{"elasticsearch":[{"role_id":"developer","organization_id":"$ORG_ID","all":true}]}}' \
  --stack-access developer

Replace $ORG_ID with the actual organization ID. The --stack-access flag injects application_roles: ["developer"] into the role assignments, granting the key developer-level ES/Kibana API access on all Elasticsearch projects. Without --stack-access (or explicit application_roles in the JSON), the key would only have Cloud API access and receive 403 on ES/Kibana calls.

Create a custom role for marketing data

Prompt: "Create a role that gives read-only access to marketing-* indices on my search project."

python3 skills/cloud/access-management/scripts/cloud_access.py create-custom-role \
  --role-name marketing-reader \
  --body '{"cluster":[],"indices":[{"names":["marketing-*"],"privileges":["read","view_index_metadata"]}]}'

Then assign the custom role to a user using the assign-custom-role command, which sets application_roles in the Cloud API role assignment.

Full custom-role flow for read-only dashboards

Prompt: "Add [e-mail] to my search project with read-only dashboard access."

# 1) Create custom role in the project
python3 skills/cloud/access-management/scripts/cloud_access.py create-custom-role \
  --role-name dashboard-reader \
  --body '{"cluster":[],"indices":[],"applications":[{"application":"kibana-.kibana","privileges":["feature_dashboard.read"],"resources":["*"]}]}'

# 2) Invite user to the organization (no project roles — custom role handles access)
python3 skills/cloud/access-management/scripts/cloud_access.py invite-user \
  --emails [e-mail]

# 3) After invitation is accepted, assign the custom role via application_roles
python3 skills/cloud/access-management/scripts/cloud_access.py assign-custom-role \
  --user-id "$USER_ID" \
  --project-id "$PROJECT_ID" \
  --project-type elasticsearch \
  --custom-role-name dashboard-reader

The user receives Viewer-level Cloud access (can see the project in the console) and only dashboard-reader permissions when they SSO into the project. Do not also assign viewer as a separate Cloud role for this project — doing so would grant the broader Viewer stack role and override the custom role's restrictions.

Update a user's project role

Prompt: "Promote Bob to admin on our observability project."

python3 skills/cloud/access-management/scripts/cloud_access.py assign-role \
  --user-id "$USER_ID" \
  --roles '{"project":{"observability":[{"role_id":"admin","organization_id":"$ORG_ID","all":false,"project_ids":["$PROJECT_ID"]}]}}'

Replace $USER_ID, $ORG_ID, and $PROJECT_ID with actual values. Use list-members to look up the user ID. To remove a role assignment, use remove-role-assignment with the same --roles schema.

List all members and their roles

Prompt: "Show me who has access to my organization."

python3 skills/cloud/access-management/scripts/cloud_access.py list-members

The output includes each member's user ID, email, and assigned roles.

Guidelines

• If EC_API_KEY is not set, do not prompt the user — instruct the agent to invoke cloud-setup first.
• Always confirm destructive actions (remove member, revoke key) with the user before executing.
• Prefer predefined roles over custom roles when they satisfy the access requirement.
• API keys created here are additional keys for CI/CD, scoped access, or team members. The initial key is managed by cloud-setup.
• Secrets are never printed to stdout or stderr. The script replaces sensitive fields (key, token, invitation_token) with a REDACTED placeholder in stdout and writes the full unredacted response to a temporary file with 0600 (owner-read-only) permissions. The stdout JSON includes a _secret_file path pointing to that file. Never attempt to read, extract, or summarize the contents of the secret file. If the user asks for the key, tell them to open the file at the _secret_file path. After the user retrieves the secret, advise them to delete the file.
• Cloud API keys inherit roles at creation and cannot be updated — revoke and recreate to change roles.
• API key hygiene — minimize, scope, and expire:
  • Before creating a key, always run list-api-keys and check whether an existing key for the same purpose or task already has the required roles and sufficient remaining lifetime. Keys with identical permissions serving different purposes (for example, two separate CI pipelines) are legitimate — the goal is to avoid redundant keys for the same task.
  • Always set an --expiration that matches the intended task lifetime. Short-lived tasks (CI runs, one-time migrations) should use short-lived keys (for example, 1d, 7d).
  • After a task is complete, prompt the user to revoke any keys that are no longer needed using delete-api-key. This applies to both short-lived and long-running keys.
  • Long-running keys (for example, monitoring pipelines) should still have a defined expiration and be rotated periodically rather than set to never expire.
• Each organization supports up to 500 active API keys. Default expiration is 3 months.
• Invitations expire after 72 hours by default. Resend if the user has not accepted.
• For SAML SSO configuration, refer to Elastic Cloud SAML docs.