Chains Deployment Path

chains deployment-path

chains deployment-path is the AzureFox family for source-side Azure change paths.

Use it when the real question is not "which pipeline exists?" but "which deployment or automation path already looks capable of changing Azure, and what proof is still missing?"

What This Command Gives You

• a stack-ranked queue of the strongest visible Azure change paths
• one grouped row instead of scattered pipeline, automation, and target clues
• the source-side insertion point, likely Azure impact, and missing proof in one place
• faster triage when you need the next deployment path now instead of reading several flat commands

Run It

azurefox chains deployment-path --output table

For saved structured output:

azurefox chains deployment-path --output json

Example Table Output

Representative deployment-path rows should read more like this than like generic deployment inventory:

priority	urgency	source	actionability	insertion point	likely azure impact	what's missing	next review
high	pivot-now	deploy-appservice-prod	currently actionable	Current credentials can already poison that trusted input through repo-content.	Could redeploy Azure workloads through the named Azure service connection and reintroduce Azure-facing change.	AzureFox does not prove successful execution from this row alone.	Check Devops for the trusted input path, then App-Services for the named deployment target.
medium	review-soon	deploy-artifact-app-prod	conditionally actionable	This path trusts an upstream pipeline artifact, but upstream producer control is still unproven.	If that trusted input becomes attacker-controlled, it could redeploy Azure workloads and consume secret-backed deployment material.	AzureFox has not yet proven producer-definition control, producer run-path control, or poisonable producer-side inputs.	Check Devops for the producer path, then Arm-Deployments or the named workload family for the likely target.

The point of the family is that the row tells you why the source matters first, what it could change in Azure second, and what exact proof is still missing before you over-trust it.

When To Use It

• when the interesting path is already a named CI/CD or automation surface
• when you care more about Azure change capability than about pipeline inventory on its own
• when a service connection, runbook, trigger path, or trusted input looks more important than the downstream workload it eventually touches
• when you want the shortest honest answer to "can current credentials change Azure here?"

What To Look For

• actionability first, because that tells you whether the row is already attacker-usable now or still bounded
• insertion point, because that is the exact change surface the operator should inspect next
• likely azure impact, because it explains what footprint the source is most likely to affect
• what's missing, because this family should say exactly why a meaningful row is still below the stronger proof band
• next review, because the command is meant to shorten the pivot into the validating flat command

Why It Matters

Azure change paths often matter before a defender or operator can name every downstream target perfectly.

That is why deployment-path is a source-side actionability family instead of a downstream-target inventory family. It exists to tell you which deployment and automation surfaces already look capable of changing Azure, which of those paths are currently attacker-usable, and which ones still need stronger proof before you should treat them as real change paths.

What Should Stand Out First

• currently actionable rows first, especially when the insertion point already names direct edit or poisoning capability
• conditionally actionable rows next, where the path is meaningful but still missing one clear control proof
• grounded, insertion unproven rows after that, where Azure consequence is real but the attacker entry point is still softer
• visibility-bounded and support-only rows below direct change paths
• short, concrete missing-proof language instead of generic deployment wording

The strongest rows should rise first because this family is built to answer "what can change Azure now?" before it answers "what deployment machinery exists?"

If You See..., Go Next To...

• If you see a pipeline-centered row, go next to Devops because it shows the trusted inputs, service connections, and control cues behind the grouped path.
• If you see an automation-centered row, go next to Automation because it shows the runbooks, schedules, webhooks, and identity context behind the execution surface.
• If you see the likely Azure impact narrow toward infrastructure deployment history, go next to Arm-Deployments.
• If you see the likely Azure impact narrow toward a compute family, go next to AKS, Functions, or App-Services.
• If the row says control proof is still missing, go next to Permissions, RBAC, or Role-Trusts because those commands help confirm whether the execution identity or service connection actually widens control.

Actionability Labels

The main actionability field should stay short and comparative:

• currently actionable: the path already looks attacker-usable from the current foothold
• conditionally actionable: the path is meaningful, but one control proof still separates it from the stronger band
• grounded, insertion unproven: the Azure consequence is real, but the source-side entry point is not yet defended enough
• visibility-bounded: the path is visible, but current scope is not enough to confirm the target or control boundary cleanly
• support-only: the row matters as deployment support or secret-bearing support, not as a direct change path on its own

Why This Family Comes First

The chaining notes keep deployment-path in the first live set because Azure change through CI/CD and automation is one of the most practical cloud attack-path categories AzureFox can already describe honestly.

It also fits the tool well because AzureFox already surfaces the right evidence families: pipelines, automation accounts, service connections, trusted inputs, deployment history, and the compute targets those paths are likely to affect next.

What To Do Next

• Start with the highest row that already looks attacker-usable now.
• Confirm the insertion point in the matching source command before you spend time on weaker rows.
• Treat missing-proof language as a real confidence boundary, not as a cue to guess.
• Use the likely Azure impact to choose the next flat command that validates the downstream footprint.
• Prefer source paths that can already change Azure over rows that only explain blast radius.

Boundary

chains deployment-path can claim that visible evidence suggests a controllable or nearly controllable Azure change path and can name one likely downstream target or narrow the next review set when current evidence is strong enough to support that call.

It cannot claim successful execution, exact downstream change, or complete attacker control without deeper source evidence.