$ ./appsec --shift-left

Application security & DevSecOps.

New for 2027. Security built into the pipeline, not bolted on after. We test the code, the build, and everything that ships it — from first commit to production deploy — so vulnerabilities die in the pipeline instead of in prod.

$ cat why_devsecops.md

The pipeline is the attack surface now.

Modern breaches don’t always start with the running app — they start in the supply chain that builds it. A poisoned dependency, a leaked CI token, an over-permissioned GitHub Action, a Terraform default that exposes a bucket: each ships straight to production if nobody is testing the pipeline itself. “Shift left” means we move security to where the code is written and built, not where it’s already breached. We wire SAST into your commits, DAST against your running app, dependency and provenance checks into your build, and IaC scanning before anything gets provisioned — with the false positives triaged out by operators, so your developers fix what matters instead of drowning in noise.

$ ls included/

What’s included.

Coverage across the whole software delivery lifecycle.

01

CI/CD Pipeline Security

We harden the build and release pipeline itself — runners, secrets, deploy keys, and workflow permissions — closing the paths attackers use to poison artifacts and push code straight to production.

CI/CDrunnerssecrets
02

Software Supply Chain

We lock down what you ship and what you depend on — dependency and package integrity, SBOM generation, build provenance, and artifact signing — so a poisoned upstream or typosquatted package never becomes your breach.

SBOMSLSAprovenance
03

GitHub Repo Security

We audit and harden your repos and org — branch protection, secret scanning, signed commits, least-privilege tokens and Actions permissions — plus a leaked-credential sweep across your full commit history.

branch-protectsecret-scanOIDC
04

Infrastructure as Code

We scan your Terraform, CloudFormation, Helm, and Kubernetes manifests for insecure defaults, over-permissioned roles, and exposed resources — catching cloud misconfiguration before it ever gets provisioned.

TerraformK8smisconfig
05

SAST

Static analysis wired into the pipeline — we catch injection, auth, and logic flaws in your source as it’s written, with the false positives triaged out by operators instead of left to drown your developers.

staticsourcetriage
06

DAST

Dynamic testing against the running application and its APIs — we attack the live app the way an adversary would, catching the runtime vulnerabilities static analysis can never see.

dynamicruntimeAPI
$ man faq

Frequently asked questions.

What is DevSecOps?

DevSecOps builds security directly into the software development and delivery pipeline — testing code, dependencies, builds, and infrastructure continuously as they're created, rather than auditing them after release.

What's the difference between SAST and DAST?

SAST (static) analyzes your source code for flaws as it's written; DAST (dynamic) attacks the running application and its APIs the way an adversary would. You need both — each catches issues the other can't see.

Can you secure our CI/CD pipeline and GitHub?

Yes. We harden the build and release pipeline — runners, secrets, deploy keys, workflow permissions — and your GitHub org and repos: branch protection, secret scanning, signed commits, least-privilege tokens, and a leaked-credential sweep across your full commit history.

$ sudo ./initiate_contact

Find your gaps before they do.

Book a no-pressure consult with an operator — we’ll tell you straight where you’re exposed and what to fix first.