INTRODUCING AI ENGINEERING CREW

Your Vision.
Our Engineering.

Your autonomous engineering team takes ideas and requirements through architecture, planning, development, independent QA, and reviewable GitHub delivery.

Real tools. Independent QA. GitHub delivery.Built around engineering work, not just generated text.
⌘ ENGINEERING SYSTEM / WORKFLOW 01 INTERACTIVE WORKFLOW
A COORDINATED ENGINEERING PROCESS
QA PATH
VISION / REQUIREMENTS · 1 / 6
The project begins with your vision

Share the product idea, BRD, PRD, or an engineering objective.

↳ Product requirements + repository context
WORKFLOW ILLUSTRATION
FROM VISION TO VERIFIED CODETHE FUTURE IS ENGINEERED
01 / BEYOND AI CODING

Not another tool that writes code.
A new way to engineer software.

Writing code is only one part of engineering. Understanding the system, making architectural choices, validating changes, and delivering reviewable work all matter.

AEC brings specialized AI engineers into one managed process. You define the objective. The crew carries out the engineering work.

REAL REPOSITORIESINDEPENDENT QAREVIEWABLE DELIVERY
02 / THE ENGINEERING CYCLE

From vision to
Pull Request.

A complete engineering journey—from product definition and architecture to tested, reviewable code.

01

Define

Bring your idea, product requirements, or existing codebase.

02

Architect

Turn product intent into architecture, engineering tasks, and dependencies.

03

Discover

Investigate the code, clarify assumptions, and plan technical changes.

04

Build

Implement real software with tools, tests, and source control.

05

Verify

Independently evaluate each result and address QA feedback.

06

Deliver

Publish reviewable, verified changes in GitHub.

THE CREW DECIDES HOW TO WORK. THE WORKFLOW DECIDES WHO WORKS NEXT.
03 / THE CREW

Different minds.
One engineering mission.

Purpose-built responsibilities, connected into a transparent process.

01
DESIGN + PLAN

AI Architect & Planner

From product intent to executable engineering.

Transforms BRDs and PRDs into architectures, technical tasks, dependencies, and acceptance criteria.

02
DISCOVER

AI Analyst

Understands the system before making changes.

Investigates source code, identifies dependencies, and prepares evidence-based implementation plans.

03
BUILD

AI Developer

Creates software, not just suggestions.

Edits real source files, runs tools and tests, and delivers implementation artifacts.

04
VERIFY

AI Quality Assurance

Quality checked by an independent engineer.

Validates the implementation against requirements, tests the result, and requests corrections when needed.

05
COORDINATE

AI Orchestrator

One intelligent engineering process.

Coordinates engineering roles, task transitions, dependencies, and verification without micromanaging each agent.

04 / ENGINEERED TO BE VERIFIED

Results you can actually inspect.

Not a promise. A real autonomous run that investigated code, implemented a feature, independently verified it, and prepared a GitHub Pull Request.

Inspect real pull request #5
VERIFIED RUN / V5GITHUB
Add public receiveStock inventory operation
Developer implementation · Independent QA · GitHub delivery
ENGINEERING WORKFLOW10 / 10 STEPS
QA VERDICTPASS
ACCEPTANCE REQUIREMENTS11 VERIFIED
NODE.JS TESTS20 PASSED
GITHUB CI2 SUCCESS
Reviewable GitHub Pull Request #5VERIFIED
05 / ENGINEERING INTELLIGENCE

Autonomous.
Not uncontrolled.

Set the task, choose the workflow, define the boundaries, and observe how work progresses. AEC coordinates the team without micromanaging each engineering decision.

YOU DEFINEProject + Objective
ORCHESTRATOR CONTROLSWorkflow + Conditions
AGENTS OWNEngineering Decisions
QA OWNSIndependent Verdict
YOU REVIEWVerified GitHub PR ↗
06 / BUILT FOR EVERY PROJECT
THE COMPLETE ENGINEERING LIFECYCLE

One crew.
Every stage of creation.

Whether you're building a product from scratch or evolving a complex codebase, AEC connects product planning, architecture, implementation, independent verification, and delivery into one engineering system.

01 / GREENFIELD

Start from zero.

From requirements to architecture, initial implementation, and a new software product.

02 / BROWNFIELD

Grow what exists.

Understand unfamiliar code and build new capabilities without starting over.

03 / PRODUCT PLANNING

Scale your ambition.

Break substantial product requirements into coordinated, dependent, verifiable engineering tasks.

THE NEXT CHAPTER OF SOFTWARE ENGINEERING

Stop Prompting.
Start Building.

Software begins with an idea. Engineering turns it into something real.

Explore AEC in action