Modelence

What is Modelence?

Modelence is a full-stack platform to build production-ready apps with built-in authentication, database primitives, observability, and managed cloud deployment.

The core purpose is to help teams move from an idea to a deployable app without assembling every infrastructure component separately—so development can focus on application logic and data modeling.

Key Features

• Authentication & built-in user management: Includes user accounts, sessions, roles, and permission scopes stored in your own database, reducing the need to build and maintain custom login and authorization flows.
• Database primitives with type-safe queries: Lets you define a schema and use type-safe queries, with a predictable place for indexes and migrations to support ongoing changes.
• Monitoring & observability out of the box: Provides logs, metrics, and traces by default so errors and performance issues can be detected without separate setup.
• Managed cloud deployment with a single dashboard: Deploy cloud environments with zero configuration and manage configs, secrets, users, database, and metrics from one place.
• Cron jobs with sub-second precision: Define a handler function for scheduled tasks; cron jobs support sub-second precision and multiple application instances.
• Application data loading and app configuration: Use queries and mutations to move data between client and server, and define dynamic configuration values and secrets that can be used throughout the app.

How to Use Modelence

1. Define your data model using Modelence’s schema approach so you can generate type-safe access patterns for your database.
2. Add authentication by using the platform’s built-in user management capabilities (users, sessions, roles, and permission scopes) backed by your database.
3. Implement app logic with queries and mutations for client-server data loading, and add any scheduled work using cron job handlers.
4. Configure runtime settings (including dynamic configuration values and secrets) via the platform’s configuration system.
5. Deploy to managed cloud through Modelence’s cloud offering, using the single dashboard to manage configs, secrets, users, database, and metrics.

Use Cases

• Production web app with authentication and authorization: Use built-in user management (users, sessions, roles, permission scopes) while keeping auth data in your database.
• Database-centric application development: Rely on type-safe database queries and a defined place for indexes and migrations to ship data changes without ad-hoc glue code.
• Teams that want standardized observability: Turn on logs, metrics, and traces by default to monitor errors and performance without building an observability stack from scratch.
• Scheduled background processing: Run recurring tasks by defining cron job handler functions, with support for sub-second precision and multiple application instances.
• Apps requiring dynamic configuration and secrets: Define configuration values and secrets dynamically and use them across the app while managing them from a central dashboard.

FAQ

What is Modelence best suited for?

Modelence is designed for building production-ready applications by providing built-in authentication, database primitives, monitoring/observability, and managed cloud deployment.

How does Modelence handle authentication?

Modelence includes user management with users, sessions, roles, and permission scopes. It is backed by your own database.

Does Modelence require manual setup for monitoring and observability?

According to the provided description, logs, metrics, and traces are set up by default, with “no setup required.”

Can I run scheduled jobs in Modelence?

Yes. You can define cron job handler functions that run with sub-second precision and support multiple application instances.

Is Modelence open-source?

The source page includes a frequently asked question about whether Modelence is open-source, but it does not provide the answer in the provided content.

Alternatives

• Backend-as-a-Service (BaaS) platforms: These also bundle auth, database, and deployment tooling, but the workflow and level of control may differ from a platform that emphasizes specific primitives like schema-driven database access and built-in observability.
• Custom backend using a web framework plus an auth provider: You can combine a TypeScript/Node backend with an external authentication service and a separate database/observability setup; this offers flexibility but usually requires more integration and maintenance work.
• Self-managed database + monitoring stack: Running your own database with type-safe query tooling and pairing it with a logging/metrics/tracing solution can give control, but you must configure each component rather than relying on defaults.
• Serverless platform (for deployment and scheduled functions): These platforms often include managed execution and cron-like scheduling; however, authentication, database primitives, and observability may require separate services or configurations.