Method/AI · Stage 1

Build it.

Describe the app. A team of AI specialists designs it, reviews it, codes it and tests it. You approve every design before a line of code exists.

See an app built livePlans include Build
12
specialist roles across design, engineering and deploy
120
design patterns in 15 categories
19
platform guard rules, each from a real production incident
Days
from brief to working pilot (4WEB Medical)

How a build runs

Six steps. You hold the pen at every gate.

Start with a sentence, or the docs you already have.

The PM agent asks clarifying questions, then publishes a plan board. Bring an existing repo or a Jira project and it starts from there.

PM agentIntake agent
Your gate
Answer the clarifying questions and publish the plan.
You get
A plan board and a running ledger of tasks, decisions and cost.

The team

Organised like a real engineering org. Each role has one job.

Design6 roles
Domain Modeller
Bounded contexts, aggregates and entities.
Event-Flow Architect
Cross-context events, sagas and topology.
Systems Architect
Components, deployment and integrations.
API Designer
A typed REST contract.
UX Designer
A clickable prototype of the main screens.
Architecture Review Board
Security, privacy and coherence gate.
Engineering5 roles
Software Engineer
Writes each component from the approved design.
DevOps Engineer
CI configuration and Helm charts.
Build Validator
Builds and smoke-tests before push.
CI Fixer
Reads failing pipelines and pushes fixes.
QA Agent
Golden-path tests against the running app.
Deploy1 role
GitOps Engineer
Writes the release into your cell repo.

Proven patterns

Architecture from a catalogue of 120 proven patterns.

The design agents pick from 120 distributed-application patterns, each indexed by the business need it solves. Every choice is written down with the reason.

Data management · 7Consistency & transactions · 8Messaging & integration · 12Event-driven · 7Resilience · 9Scalability · 7Caching · 6API & edge · 8Security & identity · 8Deployment & release · 8Observability · 7Modernization · 7Multi-tenancy · 8Workflow · 7Structural · 11
Example · vendor onboarding portal
Saga (orchestrated)
Approve, upload, sync to SAP, or undo all of it.
Transactional outbox
Every approval is saved with its notification.
Circuit breaker
The portal keeps responding when SAP is slow.
Architecture Review BoardP1 findings are a hard gate
Security · authorization✓ Passed
Privacy impactP2 · auto-fixed
Event flow coherence✓ Passed
API contract✓ Passed

What you get

Real code in a real repo. A web app, a service, a Helm chart and a pipeline.

Front end

React and TypeScript on Vite, with single sign-on through your tenant's identity realm.

Service

Go (Chi, Echo or Gin) by default, or Node 20 with TypeScript.

Data & messaging

PostgreSQL by default. MySQL, SQL Server, MongoDB, Redis and OpenSearch when the design calls for them. Kafka, RabbitMQ, NATS, SQS or Azure Service Bus for events.

Delivery

CI pipeline, Helm chart and container builds, validated before anything is pushed. A merge request per component.

Day two

Change it as easily as you built it.

Ask for a change in plain English. The PM agent sizes it as a major, minor or patch change and touches only what it must. You see the blast radius and a screen-by-screen preview before you approve.

Import existing reposImport from JiraPicks up hand edits

Cost you can see

Every run, costed per agent and per model.

Build work is measured in credits. A small-to-medium app takes about 10; a change takes about 2. Every plan includes a monthly allowance.

See credit pricing →

“They stood up a brand-new application to working pilot in just a few days.”

4WEB Medical4WEB Medical
Build it. Then ship it →
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