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April 4, 2026 · Tim Fraser, Cloud Operations Lead

Turning AWS Findings into Actionable Tickets for Your Team

Identifying infrastructure problems is only half the job. The other half — the harder half — is making sure they actually get fixed.

Most teams have a version of this problem: someone notices a security issue, mentions it in Slack, and it disappears into the scroll. Three months later, the same issue comes up again. "Didn't we already know about this?"

The gap isn't awareness. It's process. Here's how to turn infrastructure findings into tracked, assigned, completed work.

Why findings don't become fixes

The usual failure modes:

Findings live in the wrong place. A PDF report, a Slack message, a CloudWatch alert, someone's memory. None of these are where work gets tracked. If it's not in Jira/Linear/GitHub Issues, it doesn't have a lifecycle — no assignee, no status, no due date. Findings lack context. "Check security groups" is not an actionable ticket. "Security group sg-0a2f7e91 allows SSH from 0.0.0.0/0, attached to 4 production instances — restrict to VPN range 10.0.0.0/8" is. Nobody owns triage. Without someone regularly reviewing findings and deciding "fix this now / track this for later / accept this risk," everything sits in limbo. Priority is unclear. Is this a "fix it this sprint" or "fix it eventually"? Without severity ratings and business context, everything feels equally unimportant — until something breaks.

A simple triage framework

When you find an infrastructure issue, classify it:

Critical (fix this week)

Important (fix this sprint)

Hygiene (fix when convenient)

Writing good infrastructure tickets

A useful infrastructure ticket has five things:

1. What's wrong — specific resource, current state, why it's a problem.
"Security group sg-0a2f7e91 (prod-web-servers) has an inbound rule allowing TCP 22 (SSH) from 0.0.0.0/0."
2. Impact — what's the risk or cost?
"Any IP on the internet can attempt SSH connections to 4 production instances. This is a common attack vector for brute-force and credential stuffing."
3. Recommended action — what should the developer do?
"Restrict the SSH inbound rule to the office VPN CIDR (10.0.0.0/8) or remove it entirely if SSH access is through Session Manager."
4. Priority — critical/important/hygiene based on the framework above. 5. Verification — how do you confirm the fix worked?
"After the change, confirm no inbound rules with source 0.0.0.0/0 exist on this security group."

Closing the loop

Once tickets exist, you need a rhythm:

The goal isn't zero findings — it's a declining trend with fast resolution of critical items.

How plainfra makes this automatic

plainfra follows this workflow directly.

Weekly health reports surface findings automatically across all your AWS accounts. Each finding comes with severity, affected resources, and recommended actions — ready to become a ticket. On-demand chat lets you investigate further before creating a ticket:

> "Tell me more about the security group issue on sg-0a2f7e91"

"What instances are attached to this group and what do they do?"

Ticket creation turns any finding into a Jira or GitHub issue with one click. The technical detail is already there — resource IDs, impact assessment, recommended fix. Your developer gets a ticket they can act on immediately. Week-over-week comparison shows whether findings are being resolved. If the same security group shows up in consecutive reports, it's not getting fixed — and the report makes that visible.

The loop is simple: plainfra finds problems, you assign them, your team fixes them, next week's report confirms they're done.

Try plainfra free → 50K tokens, 7 days, no charge. Or see the interactive demo →.