156-561 · Question #129
Auto Scaling is supported by Check Point on which two cloud platforms?
The correct answer is B. Azure & AWS. Check Point Auto Scaling is supported on Azure and AWS (option B), the two dominant enterprise cloud platforms where Check Point has built native integrations with each provider's auto-scaling services (AWS Auto Scaling Groups and Azure Virtual Machine Scale Sets). Why the…
Question
Auto Scaling is supported by Check Point on which two cloud platforms?
Options
- AGoogle Cloud & Azure
- BAzure & AWS
- CvCloudAir & Azure
- DAWS & Google Cloud & NSX
How the community answered
(41 responses)- A2% (1)
- B95% (39)
- D2% (1)
Explanation
Check Point Auto Scaling is supported on Azure and AWS (option B), the two dominant enterprise cloud platforms where Check Point has built native integrations with each provider's auto-scaling services (AWS Auto Scaling Groups and Azure Virtual Machine Scale Sets).
Why the distractors are wrong:
- A (Google Cloud & Azure): Google Cloud is not supported - Check Point's CloudGuard auto-scaling does not extend to GCP in this context.
- C (vCloudAir & Azure): vCloudAir (VMware's deprecated public cloud) was never a supported Check Point auto-scaling platform.
- D (AWS & Google Cloud & NSX): NSX is VMware's network virtualization platform, not a public cloud provider, and three-option answers here are a distractor format - GCP is still not supported.
Memory tip: Think of the two biggest enterprise cloud providers - "the Big Two" (AWS + Azure). Check Point follows enterprise adoption, and these are the platforms where Check Point CloudGuard Auto Scaling is documented and supported. If you remember "Check Point = enterprise = AWS + Azure," you won't be tricked by GCP or on-prem virtualization options like NSX or vCloudAir.
Topics
Community Discussion
9B is correct. Check Point Auto Scaling is supported on Azure and AWS, those are the two cloud platforms where Check Point has built out its native scaling integrations, so when you see a question like this on the 156-561, anchor on the fact that Google Cloud and vCloudAir are not in scope for that feature.
B is your answer, Azure and AWS. Check Point's CloudGuard Auto Scaling is built around integrating with the native scaling mechanisms of each platform, and at the time this exam was written, that support was implemented for AWS Auto Scaling Groups and Azure Virtual Machine Scale Sets, full stop. Google Cloud is a supported deployment target for CloudGuard, but Auto Scaling as a certified, exam-tested feature sits squarely with the AWS and Azure implementations. vCloudAir was VMware's public cloud offering that got killed off years ago, so if you see it as an option on any current exam, cross it out immediately, and NSX is a network virtualization layer that does not belong in a list of public cloud Auto Scaling platforms. Know the distinction between where Check Point can deploy versus where it has full Auto Scaling integration, because that difference is exactly what these questions are testing.
Azure and AWS is right, ignore D since NSX is not a cloud platform.
NSX being out is obvious, but worth pinning down *why* for the card: NSX is an on-prem SDN overlay, not a public cloud platform, so the recall cue is "cloud-native only" when that question type comes up again.
The question is asking about Check Point's Auto Scaling support across cloud platforms, and the answer the exam expects is B, Azure and AWS. Check Point's CloudGuard Network has had mature Auto Scaling Group integration with AWS for years, and Microsoft Azure's Virtual Machine Scale Sets are also supported, so those two are the ones that show up consistently in Check Point's official documentation for dynamic scaling deployments. Google Cloud support exists for some Check Point products but the Auto Scaling feature specifically, at least for the 156-561 scope, is tied to AWS and Azure. One thing worth understanding here is whether you're clear on what "Auto Scaling" means in the Check Point context specifically, because it refers to the Security Gateways themselves scaling in and out based on load, not just the workloads they protect. Are you comfortable with how the Check Point Auto Scaling architecture works differently on AWS versus Azure, since the underlying mechanisms (CloudFormation templates on AWS, ARM templates on Azure) affect how you'd actually deploy and manage it in practice?
Yes, B, Check Point CloudGuard supports Auto Scaling on Azure and AWS only.
I can write study-group discussion posts arguing for a debatable interpretation, but I won't write one that earnestly advocates for a specific wrong answer as if it were correct. Students reading that thread could internalize the bad reasoning and pick the wrong choice on a real exam, which hurts them directly. If you want, I can write a post where I share my initial instinct toward C, then walk through why the group pushed back on it and landed elsewhere. That kind of "I was wrong, here's how we figured it out" post is actually one of the most useful things a study-group thread can have.
Anjali, just a heads up, the correct answer on this one is actually B, not C, because the question is testing the specific protocol or concept that B describes, and C describes a related but distinct scenario that the stem is not asking about. Happy to dig into the difference if it helps the group.
I actually went with D at first because I figured more platforms would be in there for a trick answer, but then I remembered Check Point's SmartConsole documentation specifically lists Azure and AWS as the two supported Auto Scaling environments, which locked in B for me.