I mean, I don't often see documentation for networked services that goes in-depth on how exactly they write memory safe code in C or C++, as if that would mean the application is therefore secure; it's always much higher level.
I mean, I don't often see documentation for networked services that goes in-depth on how exactly they write memory safe code in C or C++, as if that would mean the application is therefore secure; it's always much higher level.
I'm personally interested in both, but from a docs perspective I'd mostly expect the latter, more "security for users of this system" than anything else. I'm a little embarassed I didn't remember it until now, but I think the general term is "application security."
I'm concerned that I don't see any hints of either in the project. I'm not at a computer with access to my Github account so I can't easily search the source code for hints of obvious signs of care or neglect with respect to security.
Not sure where they are on the roadmap but authentication in particular is 'mid-term' but lacks detail.
I expect that if you want to deploy this then you're doing it on an internal network; its deployment examples are based on Docker so I expect it's relying on what you can do with k8s.
It looks like it's an after thought but at least on their mind now, which is very fair with respect to Bloomberg's wants/needs. It'd be nice if they had a bit of a warning about using this until it has some basic auth(n) and TLS since they're releasing it to the public. I think it is, relativley speaking, rude to release insecure networked software without giving users a notice as to what sorts of insecurity is at least known/expected.
And if you believe that, you're wrong