What do you want to build?

Describe your infrastructure in plain English. INFRA0 turns your idea into production-ready cloud infrastructure.

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i0 MaxPlan ready

Prompt

Deploy a 3-tier web app on AWS with a managed PostgreSQL database.

How it got there · 6 steps

Read the requestthree tiers, managed Postgres, nothing public but the edge
Picked the stackALB → ECS Fargate → RDS for PostgreSQL 16
Laid out the networkone VPC, six subnets across three availability zones
Closed off the data tierMulti-AZ, encrypted at rest, private subnets only
Wrote the moduleevery environment-specific value lifted into a variable
Checked its own workterraform validate, tflint and checkov all clean

Amazon Web Servicesaws 5.82.0

Generated · 11 files

main.tfroot module
versions.tfprovider pins
variables.tf14 inputs
vpc.tfvpc + internet gateway
subnets.tf6 subnets, 3 AZs
nat.tfone gateway per AZ
security_groups.tf4 groups
alb.tflistener + target group
ecs.tfcluster, service, task
rds.tfpostgres 16, multi-az
outputs.tf9 outputs

+24 to add~0 to change−0 to destroyterraform plan

Integrates with the tools you already use

Integrations, not endorsements.

Terraform
Amazon Web Services
Microsoft Azure
Google Cloud
Kubernetes
Docker
Helm
Prometheus
Grafana
Datadog
GitHub
GitLab
Git
Ansible
Pulumi
OpenTofu
Jira
Jenkins
CircleCI
Linux
Nginx
Vault
Terraform
Amazon Web Services
Microsoft Azure
Google Cloud
Kubernetes
Docker
Helm
Prometheus
Grafana
Datadog
GitHub
GitLab
Git
Ansible
Pulumi
OpenTofu
Jira
Jenkins
CircleCI
Linux
Nginx
Vault

INFRA0: Our thesis

Infrastructure work was never really about provider syntax. It was about knowing what you wanted to exist, and then spending a week typing it out three different ways.

Read the docs

The prompt is the interface

A sentence carries the intent that a thousand lines of HCL merely encodes. “A three-tier app with a Postgres database” is complete information: the subnet math, the security group rules and the provider version pins are derivations, not decisions. INFRA0 takes the sentence and does the deriving, then shows you every line it wrote so the judgement stays yours. The interface is the thing you already had in your head before you opened the editor.

The output stays ordinary

The generated artifact is a plain Terraform codebase: versions.tf, variables.tf, per-environment tfvars, a module tree your team already knows how to read. No proprietary state format, no wrapper CLI, no layer you would have to unwind to leave. Infrastructure you cannot inspect is not a shortcut, it is a liability that arrives later and usually during an incident. Ordinary output means your existing pipeline and reviewers keep working exactly as they did yesterday.

Review is the gate

Describe, plan, review, deploy, and nothing reaches a cloud account until a person has read what is about to happen. The agent proposes; the engineer decides. That ordering is why drift detection matters too: once reality and source can diverge, someone has to be told in time to act rather than after the incident. Review is not friction bolted onto the end of a generator. It is the step that makes everything before it safe to trust.

Capabilities

Built for real infrastructure work.

Two agent tiers and a continuous view of what is actually running.

Agent · fast

i0 Mini

Quick, single-resource changes. Add a bucket, open a port, resize an instance — scoped edits that land in one or two steps.

Read the docs

Agent · deep

i0 Max

Whole-topology planning. Multi-tier applications, networking, databases and environment matrices resolved as one coherent module.

Read the docs

Continuous

Drift detection

Live cloud state is compared against your Terraform source, so a console change someone made on Friday does not become Monday's incident.

Read the docs

One workflow

Multi-cloud

AWS, Azure and Google Cloud from the same prompt, the same review step and the same repository layout. Not three integrations — one flow.

Browse templates

The platform

Plan on the left. Terraform on the right.

The agent and the code live in one window, so reviewing a plan never means leaving the conversation that produced it.

The INFRA0 workspace: the agent's summary of a repository on the left, the project files and source it produced on the right.

Import

Already have Terraform?
Start from your repo.

Connect a GitHub repository and INFRA0 reads the modules you already wrote, maps them against what is actually deployed, and lets you change it by describing the change.