Agentic Infrastructure Code Governance

Make Your Coding Agents Policy-Aware

Every agent ships infrastructure code that follows your FinOps, security and tagging policies by default.

Works with Claude Code, Cursor, GitHub Copilot and Codex

Agents Write Infrastructure Faster Than Anyone Can Review It

Coding agents generate Terraform and Kubernetes manifests in seconds. Without your policies in the loop, they generate waste and risk just as fast.

Agents Pick Up Bad Habits

They learned from public tutorials and copy your repo’s old patterns, not your approved instance types, tag standards or security baselines.

The Old Loop Breaks at Agent Speed

Deploy, flag, ticket, redeploy. Findings show up days after the code shipped, and tickets pile up on platform, FinOps and security teams.

Wikis Are for Humans, Not Agents

Docs are written for people to interpret. Agents need exact rules, scoped to where the code runs, and policies locked in other tools never reach them.

Cloud and Kubernetes Guardrails Your Agents Can’t Skip

Your agents get your policies before they write a line. Anything that slips through gets fixed automatically, in the pull request or in the running cloud.

Policy-Aware From the First Line

Stacklet Skills and MCP give the agent the FinOps, security and tagging policies already deployed to the accounts it’s writing for. It checks what applies before it writes, so new code meets today’s standards even when the repo doesn’t.

Isometric illustration: the target account, prod-payments, has live CIS, cost and SOC 2 guardrails deployed on its resources. The coding agent’s stacklet:guardrails skill pulls them over MCP before it writes, so the new rds.tf follows them line by line, keeping backups 30 days to meet both cost and SOC 2 instead of the repo’s old 7. rds.tf TARGET ACCOUNTlive guardrails STACKLETstacklet:guardrails skill, via MCP cis-aws, cost-aws, soc2-aws Backups kept 30 daysmeets cost and SOC 2, not the repo’s 7
Isometric illustration: an agent-written change with five issues passes a Stacklet check at pre-commit, pre-merge and pre-deploy. The fixes are written into the diff, so it arrives ready to merge, and the ticket tray stays empty. AS WRITTEN5 issues STACKLET CHECKpre-commit, pre-merge, pre-deploy READY TO MERGEfixed in the diff TICKETSnone filed 0 tickets

Fixes, Not Failing Checks

Every change is checked against your policies at pre-commit, pre-merge and pre-deploy. When something’s off, the fix goes back into the diff, so reviewers get a compliant pull request, not a list of problems.

Automated Remediation for Everything Else

Console changes, drift and idle resources never pass through a pull request. Stacklet catches and fixes them automatically in the cloud, down to the pod. Need a new rule? Describe it to Jun0 and it’s enforced at every stage.

Isometric illustration: three changes that never passed through a pull request, a console change to an instance, a bucket that drifted to public, and two idle Kubernetes pods, are each remediated in the running cloud by Stacklet. console changeopenfixed drift: publicopenfixed idle podsopenfixed YOUR CLOUDaccounts and clusters KUBERNETES STACKLETauto-remediation

Cloud Custodian policy language, 10+ years in production

Built for Policy-Aware Agents

Your Agents Already Write Infrastructure. Make It Right.

Frequently asked questions

What is agentic infrastructure code governance?

Agentic infrastructure code governance is the practice of making AI coding agents follow an organization’s infrastructure policies, across cloud, Kubernetes and AI infrastructure, when they write infrastructure code like Terraform and Kubernetes manifests. It puts FinOps, security and tagging rules in front of the agent before it writes, instead of finding violations after deployment.

How is Stacklet Agentic Code Governance different from IaC scanning?

IaC scanning checks infrastructure code after it’s written. Agentic code governance works earlier, giving coding agents your policies before they write, so the first draft already follows your FinOps, security and tagging rules. Stacklet does both. Its shift-left IaC policy enforcement finds issues in infrastructure code and fixes them automatically, and the same policies guide your agents and keep enforcing in the running cloud. One policy engine, from the first line to production.

Which coding agents and infrastructure does Stacklet support?

Stacklet works with Claude Code, Cursor, GitHub Copilot and Codex through Stacklet Skills and the Stacklet MCP server. It covers Terraform and other infrastructure as code languages, Kubernetes manifests, and runtime enforcement across cloud accounts and Kubernetes clusters, down to the pod.

Does Stacklet see or store my code?

No. The agent asks Stacklet which policies apply to its target account and resource types, and Stacklet returns the rules. Your code stays with the developer’s coding agent.

Do we need to write new policies for coding agents?

No. Agents use the same Stacklet policies you already run in production, built on open-source Cloud Custodian. One set of policies guides the agent while it writes and enforces in the cloud after deploy, so there’s nothing new to maintain.