Automation & IaC

We keep human error and compliance gaps out of your daily operations.

Machined metal timepiece movement, representing standardized and repeatable automation

Built with

  • Terraform
  • Ansible
  • Python
  • Go
  • Native APIs

Built in

  • AWS
  • On-premise
The challenge

Lack of standardizationAI made automation easy, and that's the problem.

Anyone can vibe code now. Scripts nobody reviewed, run against production, by someone who can't say what they do.

Today

  • No version control
  • No review
  • No testing
  • No rollback
  • No standard
  • No audit trail
What we automate

Work you do every week.

Joiners and leavers

Access added and removed everywhere, from one request.

Policy changes

Built from a template. Checked before they run.

Nightly backups

Every config saved, so you can go back.

Drift checks

You hear about it when someone changes it by hand.

Renewals

Certificates and licences, before they expire.

Audit evidence

Reports on a schedule, not before a deadline.

Do it more than once a month, and it can be code.

100+ production-grade playbooks

Platforms

Zscaler Palo Alto Networks Island AWS

As of July 2026

How we work

What happens to one change.

01

It starts from a playbook

Pulled from the library, not written from scratch by whoever picked it up.

02

Our AppSec team reads it

Application security people review the code. Not the engineer who wrote it.

03

It runs in our lab first

Tested against a copy of your environment. Nothing reaches production untested.

04

You see it before it runs

A plan showing exactly what will change, and what will not.

05

Rollback exists first

We know how to undo it before we apply it. Every time.

06

Drift gets caught

Anything changed by hand afterwards shows up on the next run.

Name three jobs your team does every week.

Odds are one of them is already in the library. We'll tell you which, and what it would take to run it in your environment.

Fifteen minutes. No slides.

FAQ

It already can, and it does it well. What it can't give you is the review, the rollback, the version history, and the library that makes the next person do it the same way. The script was never the hard part.

Both, for different jobs. Terraform holds the state of cloud platforms like Zscaler. Ansible drives devices through the vendor's own API. Most environments need each of them somewhere.

No. Firewalls, SASE tenants, enterprise browsers, identity platforms. If it has an API and your team touches it every week, it can be automated.

The pipeline does. People don't. That's the point: a service account with write access lives in the pipeline, humans get read-only, and anything urgent goes through a named break-glass path that gets logged.

You'll know. The next run compares what's live against what was approved and reports the difference. Emergencies still happen; they just stop being invisible.

Yes. Existing tenants get imported rather than rebuilt, and scripts you already trust get folded into the library. Nothing gets torn out to make room for us.

Then you take it. It's Terraform, Ansible, Python and Go in your repository, running in your pipeline. There's no platform of ours to keep paying for, and any engineer who knows those tools can pick it up.