AWS Cloud Certification

[bindazking]

ee topic meedha threads paddayi kadha.. search lo dorakatam ledhu .. why? 

[Batman_fan]

vesina valu anta certified ani mod delete chesesaru anta ah threads....just kidding

What do you want? 

[bindazking]

Just now, Batman_fan said:

vesina valu anta certified ani mod delete chesesaru anta ah threads....just kidding

What do you want? 

certification pass kaaniki tips and techniques emanna isthaaru emo ani.. 

[knbl16]

dump please 

[Batman_fan]

4 minutes ago, bindazking said:

certification pass kaaniki tips and techniques emanna isthaaru emo ani.. 

Udemy - Ryan Kroneburg  10$ using groupon code. Just complete his 3 courses diligently and you are good to go. Just keep practicing until you remember every feature of AWS services. 

[k2s]

2 minutes ago, Batman_fan said:

Udemy - Ryan Kroneburg  10$ using groupon code. Just complete his 3 courses diligently and you are good to go. Just keep practicing until you remember every feature of AWS services. 

Roger tht

[ICANWIN]

4 minutes ago, Batman_fan said:

Udemy - Ryan Kroneburg  10$ using groupon code. Just complete his 3 courses diligently and you are good to go. Just keep practicing until you remember every feature of AWS services. 

[bindazking]

6 minutes ago, Batman_fan said:

Udemy - Ryan Kroneburg  10$ using groupon code. Just complete his 3 courses diligently and you are good to go. Just keep practicing until you remember every feature of AWS services. 

practice tests ekkadanna untavaa? 

[ARYA]

9 minutes ago, bindazking said:

certification pass kaaniki tips and techniques emanna isthaaru emo ani.. 

linux academy lo course did man..and check FAQs on each topic...you should be good to go.. it its a assoc cert..other certs i'm not sure

[Batman_fan]

Just now, bindazking said:

practice tests ekkadanna untavaa? 

Your get one from Amazon if you pay 20$. It only has 20 questions though. Ryan is providing practice tests for same price I think. More than enough. He also has many questions for each chapter. 

[Batman_fan]

10 minutes ago, knbl16 said:

dump please 

unfortunately no. Calling No Dumps Association Members (DAMN) @Spartan @k2s

[k2s]

5 minutes ago, Batman_fan said:

unfortunately no. Calling No Dumps Association Members (DAMN) @Spartan @k2s

agreed

[ARYA]

24 minutes ago, k2s said:

Roger tht

[k2s]

Just now, ARYA said:

IP Masquerading IP masquerading is a form of network address translation (NAT) which allows internal computers with no known address outside their network, to communicate to the outside. It allows one machine to act on behalf of other machines. It's similar to someone buying stocks through a broker (without considering the monetary transaction). The person buying stocks, tells the broker to buy the stocks, the broker gets the stocks and passes them to the person who made the purchase. The broker acts on behalf of the stock purchaser as though he was the one buying the stock. No one who sold the stock knew or cared about whether the broker was buying for himself or someone else. Please DO NOT confuse routers with firewalls and the performance of IP masquerading. The commands that allow IP masquerading are a simple form of a firewall, however routing is a completely different function, as described previously. Setting a computer up to act as a router is completely different than setting up a computer to act as a firewall. Although the two functions are similar in that the router or firewall will act as a communication mechanism between two networks or subnets, the similarity ends there. A computer can be either a router or a firewall, but not both. If you set up a computer to act as both a router and a firewall, you have defeated the purpose of your firewall! If you refer to the diagram below, the machines on network 192.168.2.x will obtain services through gateway B using IP masquerading, when gateway B is setup properly. What basically happens when IP masquerading is set up on gateway B is described in the following example. If machine S6 tries to ping S2, its ping packages will be wrapped in a package for its default gateway, gateway B, because S6 knows by its netmask that S2 in on another network. When gateway B receives the packages from S6, it converts them to ping packages as though they were sent from itself and sends them to S2. As far as S2 can tell, gateway B has pinged it. S2 receives the packages and responds to gateway B. Gateway B then converts the packages to be addressed to S6 and sends them. This is why it is called IP masquerading, since gateway B masquerades for machines S4, S5, and S6. Machines S1 through S3 and gateway A cannot initiate any communication with S4 through S6. In fact they have no way to know that those machines even exist!

[ARYA]

1 minute ago, k2s said:

IP Masquerading IP masquerading is a form of network address translation (NAT) which allows internal computers with no known address outside their network, to communicate to the outside. It allows one machine to act on behalf of other machines. It's similar to someone buying stocks through a broker (without considering the monetary transaction). The person buying stocks, tells the broker to buy the stocks, the broker gets the stocks and passes them to the person who made the purchase. The broker acts on behalf of the stock purchaser as though he was the one buying the stock. No one who sold the stock knew or cared about whether the broker was buying for himself or someone else. Please DO NOT confuse routers with firewalls and the performance of IP masquerading. The commands that allow IP masquerading are a simple form of a firewall, however routing is a completely different function, as described previously. Setting a computer up to act as a router is completely different than setting up a computer to act as a firewall. Although the two functions are similar in that the router or firewall will act as a communication mechanism between two networks or subnets, the similarity ends there. A computer can be either a router or a firewall, but not both. If you set up a computer to act as both a router and a firewall, you have defeated the purpose of your firewall! If you refer to the diagram below, the machines on network 192.168.2.x will obtain services through gateway B using IP masquerading, when gateway B is setup properly. What basically happens when IP masquerading is set up on gateway B is described in the following example. If machine S6 tries to ping S2, its ping packages will be wrapped in a package for its default gateway, gateway B, because S6 knows by its netmask that S2 in on another network. When gateway B receives the packages from S6, it converts them to ping packages as though they were sent from itself and sends them to S2. As far as S2 can tell, gateway B has pinged it. S2 receives the packages and responds to gateway B. Gateway B then converts the packages to be addressed to S6 and sends them. This is why it is called IP masquerading, since gateway B masquerades for machines S4, S5, and S6. Machines S1 through S3 and gateway A cannot initiate any communication with S4 through S6. In fact they have no way to know that those machines even exist!