world.scalix/cloud

Get the full database schema including tables, columns, types, indexes, foreign keys, and PII classifications.

Get detailed information about a specific table including columns, indexes, foreign keys, and sample values.

List all columns classified as containing personally identifiable information (PII).

Translate a plain-language question into a ready-to-run SQL query, using the live database schema (tables, columns, types, relationships) as context. Returns the generated SQL without executing it — review the statement, then run it with the query tool. Useful for exploring unfamiliar schemas; always verify generated SQL before running writes.

Analyze a SQL query and return optimization suggestions including index recommendations and query rewrites.

Execute a SQL statement against the project's ScalixNova PostgreSQL database. Accepts any single statement (SELECT, INSERT, UPDATE, DELETE, DDL) with optional positional parameters ($1, $2, ...). Returns JSON with column names, rows, row count, and a cost breakdown. Writes are permanent — use create_sandbox first to experiment safely on a disposable database branch; read-only API keys are limited to reads.

Run AI inference on Scalix AI — the Scalix Lumio model family. Sends a prompt and returns the model's response in the OpenAI-compatible chat-completions format; tokens are billed to the project's credit pool. Discover available model IDs with scalix_ai_models.

List the AI models available to the project — the Scalix Lumio family and any models enabled for the org — with their IDs for use in scalix_ai_infer.

Configure authentication settings for the project — enable/disable signup, MFA, magic links, and set allowed OAuth providers.

Create a new container image build from a Git repository or Dockerfile.

Get the status and logs of a build.

Permanently delete a compute deployment: stops all running instances, releases their resources, and ends billing for it. Irreversible — the deployment and its configuration are not recoverable; recreate with scalix_compute_deploy if needed. Verify the deployment_id with scalix_compute_list first.

Deploy a container to the compute platform. Specify an image, replica count, resources, and optional environment variables.

List all container deployments.

Scale a deployment to a specified number of replicas.

Create a cron schedule to run a function or webhook on a timer.

Apply a database migration by version number.

Execute a SQL query against the project database. Returns columns, rows, row count, and cost breakdown.

Create an isolated database sandbox (instant branch) for safe experimentation. Returns a scoped token.

Get the full database schema including all tables, columns, types, and relationships.

Get detailed information about a specific database table including columns, indexes, and foreign keys.

Add a custom domain to the project. Returns DNS records to configure.

List all custom domains and their SSL/verification status.

Verify DNS configuration for a custom domain and provision SSL certificate.

Publish an event to a topic.

List the event-bus topics in the project, with each topic's ID and name. Use this to find or verify a topic_id before publishing with scalix_events_publish; publishing to a non-existent topic fails.

Deploy a Scalix Function — serverless, per-request billed, running in isolated microVMs — from a container image. Invoke it with scalix_fn_invoke once deployed.

Invoke a deployed function with a JSON payload.

List all deployed serverless functions.

Read a single value from the project's key-value store by exact key. Returns the stored value, or a not-found error if the key does not exist or its TTL has expired. Use scalix_kv_list to discover keys by prefix first.

List keys in the key-value store, optionally filtered by prefix.

Set a key-value pair with optional TTL.

Create a new project within an organization. Returns the project ID and API credentials.

List every project in an organization, with each project's ID, name, and slug. Use this to resolve a project ID before calling project-scoped tools. Requires admin scope on the organization.

Deploy a long-running container service on Scalix Run from a container image. Creates a new service, or a new revision of an existing service with the same name, with health checks, a public HTTPS URL, and autoscaling between min_instances and max_instances (min 0 = scale-to-zero when idle). Billed per vCPU-hour while instances run. Roll back a bad revision with scalix_run_rollback.

List all deployed container services in the project.

Roll a Scalix Run service back to an earlier revision — omit 'revision' to return to the immediately previous one. Traffic switches to the target revision; the replaced revision is kept and can be redeployed later. Use scalix_run_list to see services and their current revisions.

Change the autoscaling bounds of an existing Scalix Run service without redeploying it. Raising min_instances keeps instances warm (no cold starts, higher cost); min_instances 0 enables scale-to-zero when idle. Takes effect immediately. Find service IDs with scalix_run_list.

Execute code in an isolated sandbox. Supports Python, JavaScript, TypeScript, Go, Rust, and Bash. Returns stdout/stderr.

Search the Scalix original-source index — a curated set of original publishers (newsrooms, wires, regulators), not the open web. Returns originals only by default (syndicated copies collapsed to the source that published first), with provenance: source, published date, region, and canonical flag.

Get the current health status of the Scalix Cloud platform including all service components.

Create a new Scalix Storage bucket in the project (S3-compatible object storage). Bucket names must be unique within the project. Setting public=true makes every object in the bucket readable without authentication — leave it false (the default) and use presigned URLs for private sharing.

Download an object from storage. Returns the content as base64.

List storage buckets, or list objects in a specific bucket with optional prefix filter.

Upload content to object storage. Provide the content as a base64-encoded string.

Get current usage metrics and costs for a project.

Search for columns by name or type across all tables.