Move beyond generating rigid code and technical debt. xF is a deterministic runtime that interprets declarative metadata to instantly generate scalable, stateless enterprise systems.
80%
Less Code Written
70%
Faster Delivery
Zero
Controller Sprawl
100%
API-First & Headless
Traditional MVC frameworks and AI coding assistants generate static artifacts—hard-coded controllers, ORMs, and DTOs that create massive technical debt and rigid structural coupling.
Whether written by humans or LLMs, compiling imperative code for basic domain logic creates an unmanageable cascade. A simple database change requires updating the schema, backend controllers, API routes, and frontend views.
xF acts as a Virtual Active Record. You define your domain as declarative JSON metadata. xF's deterministic runtime securely interprets this metadata on the fly to handle APIs, persistence, and UI rendering.
One single source of truth. xF uses a unifying Meta-Model that maps perfectly across all architectural layers, guaranteeing cross-layer consistency without compiling code.
Auto-DDL generation of tables and columns instantly.
Dynamic, stateless transport payloads and semantic dispatch.
Server-Driven UI (SDUI) dictates forms, controls, and layouts.
Inherent RBAC/FGAC security and transactional validation.
By separating the "intent" of software from its "execution", xF provides an unparalleled foundation for business agility.
Say goodbye to rigid classes and ORM mapping. Entities are dynamic dictionaries constructed at runtime. You change the metadata, and the system adapts instantly without recompilation.
xF maintains strict statelessness via a dual-payload strategy. The API sends both data and UI rendering metadata to the client, but strips metadata on writes to ensure lightning-fast, secure transactions.
End controller sprawl. A single pair of entrance/exit points serves your entire domain graph. The API handles communication; the metadata handles the business intent.
Authorization is an emergent property of the metadata. Role-Based and Fine-Grained Access Controls are mapped directly to data definitions, preventing accidental privilege escalation.
We don't eliminate code—we eliminate boilerplate. Complex domain algorithms and integrations are securely routed to compiled logical endpoints, preserving standard SOA best practices.
100% headless. Use React, Vue, native iOS, or our Server-Driven UI interpreter. The interaction contract remains identical: strictly typed JSON governed by your metadata.
Empower domain experts, enable AI safely, and leave technical debt behind.