you put the camera on other side of a glass pane then presenter draws normally onto the the glass so initial video capture is recording everything backwards from presenters perspective ... then in post production you flip video horizontally so writing is normal again details see ruclips.net/video/eVOPDQ5KYso/видео.html
Thanks for this primer. However I auggest there should be a part 2 of this presentation going bit deeper in F5 way of managing dnssec - since it is non disruptive and elegant. this video didn't even scratch the surface..
My big question is... how did you write on that board without it being backwards? Did you flip the entire video image over so that we see it as normal or can you write backwards??
That's actually a great question! The BIG-IP is a complex system, so a lot goes into making sure it is configured and secured correctly. Here's an article that goes into good detail on securing the BIG-IP: support.f5.com/csp/article/K53108777
all infrastructure is a single point of failure if your architecture is lacking. Properly designed systems, be it BIG-IP or other devices, overcome these challenges as teams that do the architecture manage the risks and pros/cons of solution sets. At the end of your POCs and design decisions your organization chose a different path, best wishes for where you landed!
Hi~ Here are some documents: F5 IPAM Controller and CIS using Infoblox IPAM Integration - clouddocs.f5.com/containers/latest/userguide/ipam/infoblox.html A way old (2010) whitepaper: www.f5.com/content/dam/f5/corp/global/pdf/white-papers/infoblox-wp.pdf and if none of that works, here's the Support Search Query for Infoblox; www.f5.com/search#q=infoblox
Think of it as a standard DNS secondary server. You want to set up the F5 DNS as a secondary and then have all the queries hit F5 DNS (with its last mile DoS pedigree and unmatched DNS packet performance, as well as GSLB) instead of IB. This way, any change on the IB gets XFER'd to F5 DNS immediately and (usually) cached on F5 for delivery. It lets IB stay focused on IPAM and management - its strengths - *and stay up* when hit by the worst DNS threats out there - our strength. This architecture became VERY popular again at the start of COVID once SPs started seeing that IB didn't stand up when you 10x your DNS traffic overnight.
How are you so good at writing backwards...?
they probably took the video and then flipped it before putting it on youtube
video is flipped, shirt buttons are on the left side unlike men, women's shirts have their buttons on the left side
I used the shirt buttons to validate my theory as well haha
They couldn't have flipped the video. That doesn't make sense really if you think it through
you put the camera on other side of a glass pane then presenter draws normally onto the the glass so initial video capture is recording everything backwards from presenters perspective ... then in post production you flip video horizontally so writing is normal again details see ruclips.net/video/eVOPDQ5KYso/видео.html
thank you so much in explaining this in simple words !!!! i had hard time in understanding DNSSEC but thanks to you i'm able to crack the concept
I had to stop learning about DNSSEC and go watch your behind the scenes video!
awesome! :)
I really Like your way of Explaination. Please keep going on with more and more topics
Glad you enjoyed it!
Well explained... I like your magic board btw! 😂😂😂
glad you enjoyed it!
@@devcentral how did you write it all, I really liked it, what type of glass or software
@@1UniverseGames Thanks for the note! This is our Behind the Scenes for Lightboard Lessons: ruclips.net/video/U7E_L4wCPTc/видео.html
Absolutely cracking video!!
Glad you enjoyed it and we appreciate the comment!
Your videos are great. Very well explained and intresting. Keep making them :-)
glad you enjoy them!
Thanks for this primer. However I auggest there should be a part 2 of this presentation going bit deeper in F5 way of managing dnssec - since it is non disruptive and elegant. this video didn't even scratch the surface..
+Juned Shaikh Thanks for the feedback Juned. That part might be better as a screencast, we'll look into it.
Thank you so much!!!!
You're welcome...glad you enjoyed it!
great video. Thanks
glad you enjoyed it!
Excelent video! Best explanation !
glad you enjoyed it!
Super helpful thank u
glad you enjoyed it!
thank you, quite simple and easy to understand intro to dnssec
glad you enjoyed the video!
Brilliant explanation indeed! Thank you!
appreciate the note!
This was really helpful, thank you.
You're welcome...glad you found it helpful!
Can you make a tutorial on how you were doing the glass drawings?
We got you on that! ruclips.net/video/U7E_L4wCPTc/видео.html
Very GOOD
at the uploading of this video my pops was still alive... :(
My big question is... how did you write on that board without it being backwards? Did you flip the entire video image over so that we see it as normal or can you write backwards??
Great question! Here's a little video we did to explain all the magic...enjoy! ruclips.net/video/U7E_L4wCPTc/видео.html
I scrolled down the comments looking for this comment.
So a ZSK is the same thing as a DNSKEY?
is dnssec dependent on https certificate? or dnssec certificates are different from https digital certificates?
no, chain of trust is directly tied to dns infrastructure. This should help: www.potaroo.net/ispcol/2010-06/fig5.png
Very helpful
glad you enjoyed it!
Great overview, thank's for that! How about an overview for DANE?
good
Excellent video..brilliant explanation, thanks a ton!
That might be a dumb question, but how do you ensure that the BIG IP is secured and not hacked?
That's actually a great question! The BIG-IP is a complex system, so a lot goes into making sure it is configured and secured correctly. Here's an article that goes into good detail on securing the BIG-IP: support.f5.com/csp/article/K53108777
Domains are people too!
how long did you train to write all that shit backwards
:-) this is how we produce these: ruclips.net/video/U7E_L4wCPTc/видео.html
5:55 "that's a bad D"
Yeah, i'm like 5 yo, but thanks, hahaha, pretty well explained!
You know, all this backwards writing makes it tough to draw perfect letters all the time! :)
Thanks for watching the video...hope you enjoyed it!
Nice. But I need some clarifications on DNSSEC vs SSL
Thanks Loga. What kind of clarifications did you have in mind? I'll be happy to record some more videos around these topics as needed!
Thank You
glad you enjoyed the video!
Yeah, What Is a BIG.ip??
2:24 thats the wrong.... SIKE! THATS THE WRONG NUMBER
Have the dnssec and blockchain same concept?
BIG IP is a tightly coupled, single point of failure. I don’t think I want to do that to my organization. LOL.
all infrastructure is a single point of failure if your architecture is lacking. Properly designed systems, be it BIG-IP or other devices, overcome these challenges as teams that do the architecture manage the risks and pros/cons of solution sets. At the end of your POCs and design decisions your organization chose a different path, best wishes for where you landed!
Everything in this video is flipped..
The root, by the way, is just “.”
It was designed long before the 80s.
What the heck is a Big IP?
We also have a Lightboard for that! ruclips.net/video/D6J_j7HdkV8/видео.html
Great ! Would you agree to share how this presentation was made ? is it a real pen writing on glass or how was this made ???
yep, real pens! We use the exfo neon pens. behind the scenes details here: devcentral.f5.com/articles/lightboard-lessons-behind-the-scenes
thank you for the content. do you have a reference architecture for the integration of BIG IP with infoblox DNS?
Hi~ Here are some documents:
F5 IPAM Controller and CIS using Infoblox IPAM Integration - clouddocs.f5.com/containers/latest/userguide/ipam/infoblox.html
A way old (2010) whitepaper: www.f5.com/content/dam/f5/corp/global/pdf/white-papers/infoblox-wp.pdf
and if none of that works, here's the Support Search Query for Infoblox; www.f5.com/search#q=infoblox
Think of it as a standard DNS secondary server. You want to set up the F5 DNS as a secondary and then have all the queries hit F5 DNS (with its last mile DoS pedigree and unmatched DNS packet performance, as well as GSLB) instead of IB. This way, any change on the IB gets XFER'd to F5 DNS immediately and (usually) cached on F5 for delivery. It lets IB stay focused on IPAM and management - its strengths - *and stay up* when hit by the worst DNS threats out there - our strength. This architecture became VERY popular again at the start of COVID once SPs started seeing that IB didn't stand up when you 10x your DNS traffic overnight.
4:44 things got really abstract
All that feels like bitcoin with their p2p networking and crypto stuff.
在Z立場但是偶符合我
6:29 "DNSSEC on your big eye P"
Your explanation on the chain of trust need to improve
We'll pass that on and thanks for the comment!