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NEW QUESTION: 1
A solutions architect is designing an application for a two-step order process The first step is synchronous and must return to the user with little latency The second step takes longer, so it will be implemented in a separate component Orders must be processed exactly once and in the order in which they are received How should the solutions architect integrate these components?
A. Create an SNS topic and subscribe an Amazon SQS Standard queue to that topic.
B. Create an SNS topic and subscribe an Amazon SQS FIFO queue to that topic
C. Use an Amazon SQS FIFO queues
D. Use an AWS Lambda function along with Amazon SQS standard queues
Answer: C
Explanation:
FIFO delivery logic
The following concepts can help you better understand the sending of messages to and receiving messages from FIFO.
Sending messages
If multiple messages are sent in succession to a FIFO queue, each with a distinct message deduplication ID, Amazon SQS stores the messages and acknowledges the transmission. Then, each message can be received and processed in the exact order in which the messages were transmitted.
In FIFO queues, messages are ordered based on message group ID. If multiple hosts (or different threads on the same host) send messages with the same message group ID to a FIFO queue, Amazon SQS stores the messages in the order in which they arrive for processing. To ensure that Amazon SQS preserves the order in which messages are sent and received, ensure that each producer uses a unique message group ID to send all its messages.
FIFO queue logic applies only per message group ID. Each message group ID represents a distinct ordered message group within an Amazon SQS queue. For each message group ID, all messages are sent and received in strict order. However, messages with different message group ID values might be sent and received out of order. You must associate a message group ID with a message. If you don't provide a message group ID, the action fails. If you require a single group of ordered messages, provide the same message group ID for messages sent to the FIFO queue.
Receiving messages
You can't request to receive messages with a specific message group ID.
When receiving messages from a FIFO queue with multiple message group IDs, Amazon SQS first attempts to return as many messages with the same message group ID as possible. This allows other consumers to process messages with a different message group ID.
https://docs.aws.amazon.com/AWSSimpleQueueService/latest/SQSDeveloperGuide/FIFO-queues.html#FIFO-queues-understanding-logic

NEW QUESTION: 2
You are operating in a deregulated market where a single service provider (ACME Service Provider) has multiple roles: measure grid usage and send bills to customers.
What can you conclude about ACME Service Provider's role within this market?
A. The role will be mapped to multiple service types to support measuring grid usage.
B. The role will exist as the Service Provider and Invoice Service Provider on each supply contract.
C. The role will be created as division independent to support its multiple roles.
D. The role will contain a Service Provider agreement to support sending bills to customers.
Answer: B

NEW QUESTION: 3
Budgets reserved for unplanned changes to project scope and cost are:
A. Contingency reserves.
B. Cost baselines.
C. Management reserves.
D. Authorized budgets.
Answer: C

NEW QUESTION: 4
What is NOT an authentication method within IKE and IPsec?
A. Public key authentication
B. CHAP
C. Pre shared key
D. certificate based authentication
Answer: B
Explanation:
CHAP is not used within IPSEC or IKE. CHAP is an authentication scheme
used by Point to Point Protocol (PPP) servers to validate the identity of remote clients.
CHAP periodically verifies the identity of the client by using a three-way handshake. This
happens at the time of establishing the initial link (LCP), and may happen again at any time
afterwards. The verification is based on a shared secret (such as the client user's
password).
After the completion of the link establishment phase, the authenticator sends a "challenge"
message to the peer.
The peer responds with a value calculated using a one-way hash function on the challenge
and the secret combined.
The authenticator checks the response against its own calculation of the expected hash
value. If the values match, the authenticator acknowledges the authentication; otherwise it
should terminate the connection.
At random intervals the authenticator sends a new challenge to the peer and repeats steps
1 through 3.
The following were incorrect answers:
Pre Shared Keys
In cryptography, a pre-shared key or PSK is a shared secret which was previously shared
between the two parties using some secure channel before it needs to be used. To build a
key from shared secret, the key derivation function should be used. Such systems almost
always use symmetric key cryptographic algorithms. The term PSK is used in WiFi
encryption such as WEP or WPA, where both the wireless access points (AP) and all
clients share the same key.
The characteristics of this secret or key are determined by the system which uses it; some
system designs require that such keys be in a particular format. It can be a password like
'bret13i', a passphrase like 'Idaho hung gear id gene', or a hexadecimal string like '65E4
E556 8622 EEE1'. The secret is used by all systems involved in the cryptographic
processes used to secure the traffic between the systems.
Certificat Based Authentication
The most common form of trusted authentication between parties in the wide world of Web
commerce is the exchange of certificates. A certificate is a digital document that at a
minimum includes a Distinguished Name (DN) and an associated public key.
The certificate is digitally signed by a trusted third party known as the Certificate Authority
(CA). The CA vouches for the authenticity of the certificate holder. Each principal in the
transaction presents certificate as its credentials. The recipient then validates the
certificate's signature against its cache of known and trusted CA certificates. A "personal
certificate" identifies an end user in a transaction; a "server certificate" identifies the service
provider.
Generally, certificate formats follow the X.509 Version 3 standard. X.509 is part of the
Open Systems Interconnect
(OSI) X.500 specification.
Public Key Authentication
Public key authentication is an alternative means of identifying yourself to a login server,
instead of typing a password. It is more secure and more flexible, but more difficult to set
up.
In conventional password authentication, you prove you are who you claim to be by proving
that you know the correct password. The only way to prove you know the password is to
tell the server what you think the password is. This means that if the server has been
hacked, or spoofed an attacker can learn your password.
Public key authentication solves this problem. You generate a key pair, consisting of a
public key (which everybody is allowed to know) and a private key (which you keep secret
and do not give to anybody). The private key is able to generate signatures. A signature
created using your private key cannot be forged by anybody who does not have a copy of
that private key; but anybody who has your public key can verify that a particular signature
is genuine.
So you generate a key pair on your own computer, and you copy the public key to the
server. Then, when the server asks you to prove who you are, you can generate a
signature using your private key. The server can verify that signature (since it has your public key) and allow you to log in. Now if the server is hacked or spoofed, the attacker does not gain your private key or password; they only gain one signature. And signatures cannot be re-used, so they have gained nothing.
There is a problem with this: if your private key is stored unprotected on your own computer, then anybody who gains access to your computer will be able to generate signatures as if they were you. So they will be able to log in to your server under your account. For this reason, your private key is usually encrypted when it is stored on your local machine, using a passphrase of your choice. In order to generate a signature, you must decrypt the key, so you have to type your passphrase. References:
RFC 2409: The Internet Key Exchange (IKE); DORASWAMY, Naganand & HARKINS, Dan
Ipsec: The New Security Standard for the Internet, Intranets, and Virtual Private Networks, 1999, Prentice Hall PTR; SMITH, Richard E.
Internet Cryptography, 1997, Addison-Wesley Pub Co.; HARRIS, Shon, All-In-One CISSP Certification Exam Guide, 2001, McGraw-Hill/Osborne, page 467.
http://en.wikipedia.org/wiki/Pre-shared_key http://www.home.umk.pl/~mgw/LDAP/RS.C4.JUN.97.pdf http://the.earth.li/~sgtatham/putty/0.55/htmldoc/Chapter8.html#S8.1