Originally published on the InsForge blog, written by Hang Huang (CEO & Co-Founder). Reposted here with permission.
Hosted Postgres services make it easy to run PostgreSQL in production without managing servers. InsForge builds on top of hosted Postgres by turning it into an agent operable backend platform. Instead of only providing a database endpoint, InsForge enables coding agents to provision, integrate, and operate the entire backend including authentication, storage, serverless logic, and AI integrations.
What is Hosted Postgres?
Hosted Postgres refers to managed PostgreSQL services offered by cloud platforms. These services provide a ready to use Postgres database with a secure connection and basic management features handled for you. Hosted Postgres focuses on delivering the database itself, while APIs, authentication, file storage, background jobs, and other backend components are built separately using additional services and custom code.
What is InsForge?
InsForge is an AI native backend platform built for agentic coding. It provides hosted Postgres as part of a complete backend system that also includes authentication, storage, serverless functions, deployment, and built in AI integrations. InsForge exposes backend state through an MCP server, giving AI coding agents structured access to schemas, permissions, logs, and services so they can provision and operate the backend automatically as part of the development workflow.
How are they similar?
Hosted Postgres services and InsForge both offer a managed PostgreSQL database suitable for production use. At the database layer, they share the same core capabilities:
- A web UI for managing your database
- SLAs and enterprise support packages on higher tiers
- Direct SSL connections to Postgres
- Support for Postgres extensions
- Automated backups and point in time recovery
- Postgres logs
- Encryption at rest
In both cases, developers get access to a managed Postgres instance without running their own database servers.
What’s different?
While Hosted Postgres and InsForge overlap at the database layer, they differ significantly in scope and how backend systems are built and operated.
Core features
Hosted Postgres focuses on the raw database. InsForge provides additional backend primitives out of the box.
| Capability | Hosted Postgres | InsForge |
|---|---|---|
| Managed Postgres | Included | Included |
| Connection pooling | External or optional | Built in |
| Auto generated APIs | Not included | Built in |
| Realtime subscriptions | External setup | Built in |
| Authentication | External service | Built in |
| Authorization | Application logic | Built in policies |
| Serverless functions | External workers | Built in |
| File storage | External service | Built in |
| AI integrations | External setup | Built in |
| Schema management UI | Basic | Integrated |
Platform Responsibility
Using Hosted Postgres means developers are responsible for assembling and operating the backend around the database. InsForge takes responsibility for providing an integrated backend platform.
| Dimension | Hosted Postgres | InsForge |
|---|---|---|
| Backend assembly | Developer owned | Platform provided |
| Service wiring | Manual | Built in |
| Access control | Implemented in code | Built in policies |
| Default architecture | Flexible | Opinionated |
| Failure handling | Developer responsibility | Platform responsibility |
Operator Model
Hosted Postgres assumes a human operated backend. InsForge is designed for agentic coding, where AI agents are first class backend operators. Instead of humans stitching together services, InsForge exposes backend context directly to agents so they can plan and execute backend operations safely.
| Dimension | Hosted Postgres | InsForge |
|---|---|---|
| Primary operator | Human developers | AI coding agents |
| Configuration | SQL and manual tooling | Agent executed operations |
| Backend context | Spread across tools and docs | Structured and machine readable |
| Execution loop | Manual | Agent driven |
| Human role | Implement and maintain | Define intent and review |
Development Workflow
Hosted Postgres is typically one component in a larger stack. InsForge is designed for workflows where the backend is continuously provisioned and operated by coding agents.
| Workflow stage | Hosted Postgres | InsForge |
|---|---|---|
| Schema changes | Human authored migrations | Agent planned and executed |
| Service integration | Application code | Agent coordinated |
| Backend operations | Human driven | Agent driven |
| Human involvement | Ongoing implementation | Intent definition and review |
Conclusion
Hosted Postgres services provide a convenient way to run PostgreSQL without managing servers, but they focus narrowly on delivering the database. APIs, authentication, storage, and integrations must be assembled and maintained separately. InsForge is built for agentic coding workflows, providing a complete backend platform on top of hosted Postgres. By integrating backend primitives and exposing backend state as structured context, InsForge enables teams building with coding agents to ship production ready applications without manually wiring backend services.
Top comments (1)
I found it interesting that InsForge builds upon hosted Postgres by integrating additional backend components such as authentication, storage, and serverless functions, essentially turning it into a full AI-native backend platform. The comparison table highlighting the differences between Hosted Postgres and InsForge is particularly insightful, showcasing how InsForge provides a more comprehensive set of features out of the box. One aspect that caught my attention was the built-in support for auto-generated APIs and realtime subscriptions in InsForge, which could significantly simplify the development process. How do you think the opinionated default architecture of InsForge will impact the adoption of the platform, especially among developers who value flexibility in their backend design?