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Aquilia

The Python framework for teams building production APIs. Write controllers and services. Aquilia discovers everything, manages its own architecture, and deploys itself.

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Introduction

Aquilia is the Python framework for teams building production APIs. Write controllers and services. Aquilia discovers everything, manages its own architecture, and deploys itself.

You do not touch most framework-managed files. Write your controllers and services. Run aq serve. Aquilia handles routing, discovery, dependency injection, manifests, runtime orchestration, Docker integration, deployment tooling, and application wiring automatically.

Architecture

Decouple your application code from runtime orchestration. The system is split into three main components: developer space, framework engine, and infrastructure templates.

Aquilia High-Level System Architecture

Who is it for?

Aquilia is built for backend engineers and product teams who have outgrown the ad-hoc patterns of small web libraries. If you are tired of writing routing boilerplate, manually stitching dependency trees, wrestling with ASGI lifespans, or maintaining custom Dockerfiles, Aquilia provides a clean, self-organizing architecture.

Why does it exist?

Most Python web frameworks follow a microframework design. While this is great for small scripts, it falls apart in large codebases. Teams end up creating their own framework layers for database transactions, configuration loading, caching, versioning, and dependency injection. These layers are rarely documented, hard to test, and lead to maintenance debt. Aquilia replaces this custom glue code with standard, convention-driven structures.

Comparison Against Flask and FastAPI

Flask and FastAPI are microframeworks. They require you to manually import and wire every router, database connection pool, and service instantiation. As your codebase grows, this leads to large, fragile import loops. Aquilia is different. You declare your controllers and services, and Aquilia discovers and wires them automatically.

Comparison Against NestJS

Aquilia is closer to NestJS for Python. It uses a structured, modular design where folders represent logical boundaries (modules). Modules declare their components (controllers and services) inside a manifest file, and the framework orchestrates dependency injection, middleware ordering, and lifecycle hooks automatically.

Philosophy

Convention over Configuration

We believe developers should focus on business logic rather than wiring code. Aquilia sets logical defaults for directory structures, routing, configuration caching, and environment variables. If you follow the folder structure, everything works out of the box.

Automatic Discovery

Manual route registration is a common source of bugs and circular imports. Aquilia uses a Package Scanner to inspect your workspace, identify manifests, import modules, and register endpoints.

Self-Managing Architecture

The framework builds a topological dependency graph at startup. It detects circular references before your application starts, manages request-scoped lifecycles, and automatically compiles your code into optimized deployment manifests.

Production-First Design

Aquilia comes with production essentials built in:

  • Scoped dependency injection with singleton, app, and request scopes.
  • A structured fault handling system that replaces unhandled tracebacks with typed error domains.
  • Declarative multi-dimensional security clearances.
  • API versioning with RFC-compliant sunset warning headers.

Quick Start

1. Install the Core and Server Adapters

Install the base framework along with the production server package:

pip install "aquilia[full]"

2. Scaffold a Workspace

Create a new workspace using the CLI:

aq init workspace my-api
cd my-api

This generates your workspace root containing workspace.py, a config/ folder, and a default module.

3. Add a Module

Add a user management module:

aq add module users

This creates the following structure:

modules/
└── users/
    ├── __init__.py
    ├── controllers.py
    ├── manifest.py
    ├── models.py
    └── services.py

4. Run the Development Server

Start the server with hot reloading enabled:

aq serve

Your API is now running on http://127.0.0.1:8000.

Developer Workflow

What Files You Write

As a developer, you only write code inside your modules:

  • Controllers (controllers.py): Define your HTTP and WebSocket endpoints using route decorators.
  • Services (services.py): Implement business logic, database operations, and external API calls.
  • Models (models.py): Declare your database schema using the pure Python ORM.
  • Contracts (contracts.py or inline): Define input and output contracts using typed validation facets.

What Files Aquilia Manages

You do not touch configuration orchestrators, route tables, or deployment templates:

  • Workspace Config (workspace.py): Scaffolds integrations once, then left alone.
  • Module Manifests (manifest.py): Updated automatically by the CLI when you add components.
  • Infrastructure Dockerfiles (Dockerfile, docker-compose.yml): Generated automatically by the compiler.
  • ASGI Lifespan Adapters: Managed completely behind the scenes by the runtime.

Why Aquilia Exists

The Boilerplate Exhaustion

In standard Python frameworks, introducing a new service requires:

  1. Importing the service class.
  2. Initializing it with database connection handles.
  3. Importing it into a router file.
  4. Mounting the router onto the main app application. In Aquilia, you decorate the service with @service, add it to the manifest, and inject it into your controller constructor. The framework handles the rest.

Deployment Drift

Writing custom Dockerfiles and Kubernetes manifests leads to configuration drift. Developers often write configurations for local development that do not match production settings. Aquilia solves this by compiling your code directly into production-grade infrastructure configurations.

Feature Overview

Controllers

Controllers handle incoming HTTP and WebSocket requests. They are declared as classes inheriting from Controller and define routes with decorators like @GET or @POST.

from aquilia import Controller, GET, RequestCtx, Response

class UsersController(Controller):
    prefix = "/users"
    
    @GET("/")
    async def get_all(self, ctx: RequestCtx):
        return Response.json({"users": []})

Services

Services hold your business logic. They are decorated with @service and are automatically registered in the dependency injection container.

from aquilia import service

@service
class UserService:
    def get_users(self):
        return []

Dependency Injection

Aquilia supports nested dependency injection. You can inject services into controllers or other services by specifying them in the class constructor. The DI container resolves dependencies at startup.

class UsersController(Controller):
    def __init__(self, user_service: UserService):
        self.user_service = user_service

Contracts

Contracts define request validation schemas. They use facets to enforce constraints on incoming bodies, query parameters, and headers.

from aquilia.contracts import Contract, TextFacet, EmailFacet

class CreateUserContract(Contract):
    username = TextFacet(min_length=3, max_length=50)
    email = EmailFacet()

ORM

The built-in ORM provides an async database mapper with a chainable query builder, migrations, and transaction controls.

from aquilia.models import Model, CharField, EmailField

class UserModel(Model):
    username = CharField(max_length=50)
    email = EmailField()

Effects

Effects represent external side effects like database writes, caches, or task queues. Handlers declare these requirements using the @requires decorator, prompting the runtime to allocate resources automatically.

from aquilia.effects import DBTx, CacheEffect
from aquilia.flow import requires

@requires(DBTx("write"), CacheEffect("users"))
async def update_profile(ctx):
    db = ctx.get_effect("DBTx")
    cache = ctx.get_effect("Cache")

Flow

Flow is a pipeline system inspired by functional effect architectures. It lets you compose guards, transforms, handlers, and cleanup hooks into structured pipelines.

from aquilia.flow import FlowPipeline, guard, handler

pipeline = (
    FlowPipeline()
    .use(guard(check_permissions))
    .use(handler(process_request))
)

Faults

The fault system replaces raw exceptions with structured, typed errors. Every fault carries an error domain, a severity level, and a recovery strategy.

from aquilia.faults import Fault
from aquilia.faults.domains import FaultDomain

class PaymentRequiredFault(Fault):
    def __init__(self):
        super().__init__(
            code="PAYMENT_REQUIRED",
            message="Upgrade your plan to access this feature.",
            domain=FaultDomain.SECURITY,
        )

Middleware

Middleware executes before and after your request handlers. Aquilia uses priority bands to orchestrate middleware execution, including CORS, security headers, sessions, and telemetry.

Runtime

The AquiliaRuntime manages the ASGI server boot sequence. It guides the application through configuration, discovery, bootstrapping, and ready phases.

Versioning

Aquilia supports epoch-based versioning. You can define versions on controllers and set sunset policies that add deprecation warning headers to responses.

from aquilia.versioning import version, SunsetPolicy

@version("2.0")
class UsersV2Controller(Controller):
    pass

Discovery

The discovery engine uses static analysis and import checks to locate module manifests and wire components together without import statements.

CLI

The aq command-line utility provides commands to scaffold projects, generate controllers, run migrations, compile manifests, and validate dependency graphs.

Deployment

Aquilia generates deployment configurations for Docker, Docker Compose, and Kubernetes. It also includes render cloud integration.

Manifests

The manifest file (manifest.py) acts as the module contract. It lists the controllers, services, socket connections, and task configurations within the module.

Aquiliary

Aquiliary is the central app registry. It maps endpoints, validates route overlaps, and manages the dependency injection container.

Lifecycle System

The lifecycle manager runs hooks during application startup, runtime requests, and application shutdown, ensuring database pools and cache clients are properly closed.

Internal Runtime

The internal runtime translates ASGI connection events into structured context calls, routes requests to the correct versioned controller, and manages request-specific dependency containers.

Aquilia Complete System Architecture

Subsystem Lifecycles

Request Lifecycle

Every incoming ASGI connection passes through the middleware stack, matches a versioned controller, runs a flow pipeline with required side effects, and returns a structured response.

Aquilia Middleware Architecture

Dependency Injection Lifecycle

The DI container discovers providers at boot, registers them into container scopes, validates dependencies for circular references, and creates request-scoped DAGs.

Aquilia Dependency Injection Architecture

Middleware Lifecycle

Middleware components execute sequentially based on their priority bands. Post-processing wraps the response in reverse order.

Aquilia Middleware Architecture

Fault Handling Lifecycle

When an exception occurs, the interceptor catches it, maps it to a structured fault domain, evaluates its severity, and generates a formatted JSON response or HTML debug page.

Aquilia Fault Architecture

Contract Lifecycle

Contracts intercept incoming payloads, validate data types using facets, cast raw inputs into typed models, and project outgoing responses while excluding restricted fields.

Aquilia Contract Architecture

Runtime Lifecycle

The runtime orchestrator boots your application through linear gates, verifying configuration health before starting the ASGI server.

Aquilia Runtime Architecture

Deployment Lifecycle

The compiler processes workspace integrations, builds dependency manifests, freezes the active configuration, and generates production Docker or Kubernetes templates.

Aquilia High-Level System Architecture

Manifest Architecture

The manifest lifecycle reads code declarations, analyzes file locations, compiles dependencies, and outputs a frozen runtime registry artifact.

Aquilia Manifest Architecture

Versioning Architecture

The versioning router evaluates incoming headers, queries, or paths to resolve the client's requested version, routes requests to the matching controller, and appends sunset warnings.

Aquilia Versioning Architecture

Flow and Effect Architecture

Flow pipelines acquire required side effects (like database transactions) from providers, bind them to the request context, execute the handler, and commit or rollback changes on completion.

Aquilia Flow and Effect Architecture

ORM Architecture

The ORM maps declarative models to SQL statements, processes queries through connection adapters, and applies schema updates through migration scripts.

Aquilia ORM Architecture

Lifecycle Architecture

Startup and shutdown hooks run in sequence during ASGI lifecycle transitions, initializing and cleaning up shared resources like database pools.

Aquilia Lifecycle Architecture

Examples

1. Controller with Dependency Injection

# modules/products/controllers.py
from aquilia import Controller, GET, RequestCtx, Response
from .services import ProductService

class ProductController(Controller):
    prefix = "/products"

    def __init__(self, product_service: ProductService):
        self.product_service = product_service

    @GET("/")
    async def list_products(self, ctx: RequestCtx):
        products = self.product_service.get_available_products()
        return Response.json({"products": products})

# modules/products/services.py
from aquilia import service
from aquilia.effects import DBTx

@service
class ProductService:
    def get_available_products(self) -> list[dict]:
        return [
            {"id": 1, "name": "Cloud database service", "price": 49.00},
            {"id": 2, "name": "Telemetry collector", "price": 19.00}
        ]

2. Composed Flow Pipeline with Side Effects

# modules/billing/controllers.py
from aquilia import Controller, POST, RequestCtx, Response
from aquilia.effects import DBTx, CacheEffect
from aquilia.flow import requires
from aquilia.contracts import validate_body
from .contracts import InvoicePaymentContract

class BillingController(Controller):
    prefix = "/billing"

    @POST("/pay")
    @validate_body(InvoicePaymentContract)
    @requires(DBTx("write"), CacheEffect("invoices"))
    async def process_payment(self, ctx: RequestCtx, body: dict):
        # Database and cache effects are acquired automatically before execution
        db = ctx.get_effect("DBTx")
        cache = ctx.get_effect("Cache")
        
        # Perform payment logic
        invoice_id = body["invoice_id"]
        await db.execute("UPDATE invoices SET status = 'paid' WHERE id = ?", [invoice_id])
        await cache.set(f"invoice:{invoice_id}", "paid")
        
        return Response.json({"status": "payment_processed", "invoice_id": invoice_id})

3. API Versioning with Sunset Warning

# modules/users/controllers_v1.py
from aquilia import Controller, GET, Response
from aquilia.versioning import SunsetPolicy

class LegacyUserController(Controller):
    prefix = "/users"
    version = "1.0"
    sunset = SunsetPolicy(
        grace_period="90d",
        warn_header=True,
        sunset_date="2026-12-31"
    )

    @GET("/")
    async def get_users_old(self, ctx):
        # Clients will receive a 'Warning: 299 - Deprecated API' header
        return Response.json({"legacy_data": []})

Benchmarks

The benchmark suite compares Aquilia against 8 major Python web frameworks (Falcon, Starlette, Litestar, Sanic, Quart, FastAPI, Django, Flask). Tests were executed on macOS via oha load testing tool (concurrency 50, duration 5s per endpoint) with single-worker ASGI configurations under identical transport loads. Full detailed report is available in benchmarks/report.md.

Application Cold Startup Time

How long the framework takes to initialize routes, build internal engines, and open the HTTP port (milliseconds). Lower is better.

Application Startup Time

Mean Throughput

The average requests per second processed across all 17 HTTP workload scenarios. Higher is better.

Mean Throughput

Mean P95 Tail Latency

Average P95 tail latency (milliseconds) under high concurrency across key endpoints. Lower is better.

Mean P95 Tail Latency

Middleware Scaling Degradation

Percentage throughput drop when stacking 10 custom middleware layers vs 0 layers. Lower is better.

Middleware Degradation

Average Peak Memory Usage

Memory footprint (Peak RSS in Megabytes) under load. Lower is better.

Average Peak Memory Usage

WebSocket Message Throughput

WebSocket roundtrip message throughput (messages per second). Higher is better.

WebSocket Throughput

Comparison Tables

Feature Aquilia FastAPI Flask Django NestJS
Programming Model Controllers / Services Routers / Functions Contract Functions Class / Function Views Controllers / Services
Component Wiring Auto-discovers everything Manual imports / mounts Manual register calls Manual URL patterns list Modules imports array
Dependency Injection Scoped container built-in Function parameter DI None (needs extensions) None (needs extensions) Class injection built-in
Data Contracts Contracts & Lenses Pydantic Models None (needs extensions) Django Forms TypeScript DTOs
Out-of-box DB/Cache Async ORM & Cache built-in None (needs third party) None (needs third party) Synchronous Django ORM TypeORM / Prisma (Node)
Structured Faults Error domains built-in Raw HTTPExceptions Error handler mapping Middlewares / Exceptions Exception filters built-in
Realtime WebSockets Controller events built-in Raw ASGI adapters Needs SocketIO extension Channels extension Gateways built-in
Infrastructure Gen Auto-builds Dockerfiles Manual configuration Manual configuration Manual configuration Manual configuration

Roadmap

  • v1.2.0: Out-of-the-box PostgreSQL connection pooling improvements.
  • v1.3.0: Visual flow pipeline inspector dashboard in CLI.
  • v2.0.0: Dynamic auto-scaling Kubernetes operator integration.

Ecosystem

  • aq-admin: Visual admin panel client.
  • aq-otel: Expanded tracing integrations.
  • aq-mlops: Real-time machine learning model packaging extensions.

Contributing

We welcome contributions. Please read CONTRIBUTING.md to understand our coding standards and pull request workflows.

License

Aquilia is licensed under the MIT License. See LICENSE for details.

Project links

Data verified by PyPI on Aug 9, 2026
Data provided by the project maintainers, verified at the time the release was uploaded to PyPI.

Key dates

PyPI data
Data sourced directly from PyPI's database.
  • Released:
Stable release available (1.3.10)

1 maintainer

PyPI data
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Avatar for axiomchronicles from gravatar.com axiomchronicles

Credits

Author: Pawan Kumar

GitHub Statistics

Data verified by PyPI on Aug 9, 2026
The GitHub source repository was provided by the project maintainers and verified by PyPI at the time of upload. Stars, forks, and open issues/PRs are derived from that repository and have not been independently verified.

License

MIT License (MIT)

Requires

Python >=3.10

Provides Extra

template sqlite-compat auth multipart redis mail mail-ses mail-sendgrid mail-dkim server postgres otel full testing dev

Tags

web framework async asgi http api routing middleware dependency-injection

Classifiers

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