Q was about endpoints, not ESA

It is B: Cisco Advanced Phishing Protection provides unprecedented insight into the email coming in to your organization, flowing out of your organization, and within your organization. Powered by Cisco Identity Intelligence – Cisco's unique machine learning techniques based on historical email traffic to your organization – Advanced Phishing Protection models the unique behavior of all legitimate email senders and allows you to quickly distinguish good messages from potentially bad messages. Coupled with Identity Intelligence, Cisco's platform of data – built from analyzing billions of email messages worldwide – provides you a risk overview of all messages in your organization and senders who send email into your organization.

Picked A. The question is asking EPP, not EDR https://www.cisco.com/c/en/us/products/security/what-is-endpoint-protection-platform.html#~how-an-epp-works

Selected Answer: B I agree with B, it is the only thing that makes sense. Machine Learning can be used to detect patterns in phishing emails, while anti-virus tools will not stop this. How would an anti-virus tool stop you from entering your credentials into a malicious website, for example? Machine learning tools could detect this by checking URLs and spotting something like am4zon.com.

Selected Answer: A Endpoint protection and machine learning would be AMP, but I can't find any corresponding info about phishing protection on endpoints and AMP. So the only answer left is A.

The answer is right but the question looks wrong. It should be "the role of AMP for Endpoints" and not "the role of an endpoint". Endpoints do not have any role in protecting the user. Admins, appliances and the user himself do.

Sorry about that, I'll go for A instead since I belive B belongs to Cisco Secure Email Phishing Defense: https://www.cisco.com/c/dam/en/us/products/collateral/security/cloud-email-security/at-a-glance-c45-740894.pdf The only remianing valid option would be A

Selected Answer: A Machine Learning & Endpoint??? would be correct for Machine Learning & ESA.

Ok so, the Secure Endpoint Datasheet does mention machine learning but it looks like it is only for malware. https://www.cisco.com/c/en/us/products/collateral/security/fireamp-endpoints/datasheet-c78-733181.html It never talks about phishing, so it seems the only option would be A...

Selected Answer: A If the question really is like this - about endpoint, then A.

I'd go with B here

The Q says the role of the endpoint, but the answers don't match the question

Selected Answer: B I agree with B

Selected Answer: B It should be B

my answer: B

How do you know if it is asking EPP?

Selected Answer: B Machine Learning :)

Antivirus and antimalware software do not protect against phishing attacks

Selected Answer: B Not sure if it's A or B, but I'm leaning toward B. A is signature-based.

Selected Answer: B B. Use machine learning models to help identify anomalies and figure out expected sending behavior. Why: An endpoint (like a laptop, phone, or desktop) has a direct role in detecting and stopping phishing attacks at the user level. Modern endpoint protection solutions use machine learning and behavioral analysis to: Detect suspicious emails or links Identify unusual patterns (e.g., abnormal sender behavior) Block or warn users before they interact with malicious content Why the others are less accurate: A: Keeping antivirus updated is important, but it’s general protection, not something specifically aimed at phishing detection.

Selected Answer: A The endpoint's role in protecting a user from a phishing attack is mainly to keep antivirus and antimalware software up-to-date.