That makes sense! I sometimes leave out commas that are probably necessary but feel excessive. I should just work on rephrasing things in a way such that commas aren't necessary to begin with
In this case, those hyphens should be em dashes (a great punctuation mark).
Use them when trying to split up a sentence — like when you need to inject information that breaks the sentence flow — without splitting it into multiple sentences. They're like parentheses that emphasize their information instead of quietly setting it to the side.
On Windows, the alt code is 0151. On Android (and iOS?), just hold down on the hyphen key and choose the longest option. No clue how to get it on macOS.
Blocking the use of personal Google profiles with Google Chrome (Complete) Okta has implemented a specific configuration option within Chrome Enterprise that prevents sign-in to Chrome on their Okta-managed laptop using a personal Google profile.
This is one of the simplest things to achieve but it gets so much pushback from C-level it's frustrating. I tried to push this, once the personal @gmail.com accounts got revoked all hell broke loose, despite being a clear security vulnerability. It also doesn't help that they have these "sync" features nowadays that re-download all the extensions you have on other devices so only god knows what type of malware you're letting into your environment.
I mean if you're on GSuite, fundamentally isn't a loss of control of your personal Gmail account just as likely as a loss of control of your professional account?
It does show how browsers offering cloud-synched password vaults without mandating 2FA to use that feature is grossly irresponsible.
2FA is, in my experience, the thing that would be blocking 99% of this kind of attack. Which shows how if you're regularly using something that doesnt have 2FA that should be a red flag. In this case it was 2 layers of that:
Their google account probably didn't have 2FA, and neither did that service account. Now obviously a service account generally won't have 2FA, but if you're regularly keying in service account credentials into a web browser something has gone wrong.
If anyone here is a security expert, can you tell me if the following should have been done by default? Is it not a prevalent design practice?
Binding Okta administrator session tokens based on network location (Complete)
Okta has released session token binding based on network location as a product enhancement to combat the threat of session token theft against Okta administrators. Okta administrators are now forced to re-authenticate if we detect a network change. This feature can be enabled by customers in the early access section of the Okta admin portal.
Not infosec but work with them closely this makes sense. If my laptop gets stolen or compromised it's more likely to occur outside of the office or a VPN session. If I have sessions established with admin I 100% want them to forcefully logout if my network changes. This would prevent a common scenario of bad actors from using a pre existing admin session.
Using my company's network, access to Google (Gmail) authentication is blocked by the firewall. Why haven't they done similarly if employees aren't supposed to do so?
Based on a few DNS lookups, I see that Okta likely uses GSuite. Would it still be possible the block non-work related Google logins at the firewall level? Seems that would complicate things quite a bit.