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NEW QUESTION: 1
As shown in the figure, there is a Web server in the private network that needs to provide HTTP services to public network users. Therefore, the network administrator needs to configure NAT on the gateway router RTA to implement the requirements. Which of the following configuration can meet the requirements?

A. [RTA-Gigabitethernet0/0/1]nat server protocol tcp global 192.168.1.1 www inside 202.10.10.1 8080
B. [RTA-Serial1/0/1]nat server protocol tcp global 202.10.10.1 www inside 192.168.1.1 8080
C. [RTA-Serial1/0/1]nat server protocol tcp global 192.168.1.1 www inside 202.10.10.1 8080
D. [RTA-Gigabitethernet0/0/1]nat server protocol tcp global 202.10.10.1 www inside 192.168.1.1 8080
Answer: B

NEW QUESTION: 2
小売会社には、データベースにMicrosoft SQL Serverを使用するAWS上で実行されているカスタムNETウェブアプリケーションがあります。アプリケーションサーバーは、ユーザーのセッションをローカルに維持します。ソリューションのすべての層の高可用性を確保するには、どのアーキテクチャ変更の組み合わせが必要ですか？ （3つ選択します。）
A. アプリケーション層の前にAmazon CloudFrontをデプロイします。健全なアプリケーションインスタンスからのみコンテンツを提供するようにCloudFrontを構成します
B. Amazon EBSを使用して1時間ごとのスナップショットを生成するようにデータベースを設定します。プライマリインスタンスが失敗した場合に新しいデータベースインスタンスを起動するようにAmazon CloudWatchイベントルールを設定します
C. データベースをAmazon RDS to SQL Serverに移行するマルチAZ配置を使用するようにRDSインスタンスを構成する
D. アプリケーションインスタンスをAuto Scalingグループに配置しますインスタンスが異常になった場合に新しいインスタンスを作成するようにAuto Scalingグループを構成します
E. NETコンテンツをAmazon S3バケットに移動する静的ウェブサイトホスティング用のバケットを構成する
F. ユーザーのセッションをAmazon ElastiCacheに保存するようにアプリケーションをリファクタリングするApplication Load Balancerを使用して、アプリケーションインスタンス間で負荷を分散します
Answer: C,D,F

NEW QUESTION: 3

A. Option D
B. Option A
C. Option B
D. Option C
Answer: C

NEW QUESTION: 4
John, a professional hacker, decided to use DNS to perform data exfiltration on a target network, in this process, he embedded malicious data into the DNS protocol packets that even DNSSEC cannot detect. Using this technique. John successfully injected malware to bypass a firewall and maintained communication with the victim machine and C&C server. What is the technique employed by John to bypass the firewall?
A. DNS tunneling method
B. DNS enumeration
C. DNS cache snooping
D. DNSSEC zone walking
Answer: A
Explanation:
DNS tunneling may be a method wont to send data over the DNS protocol, a protocol which has never been intended for data transfer. due to that, people tend to overlook it and it's become a well-liked but effective tool in many attacks. Most popular use case for DNS tunneling is obtaining free internet through bypassing captive portals at airports, hotels, or if you are feeling patient the not-so-cheap on the wing Wi-Fi. On those shared internet hotspots HTTP traffic is blocked until a username/password is provided, however DNS traffic is usually still allowed within the background: we will encode our HTTP traffic over DNS and voila, we've internet access. This sounds fun but reality is, browsing anything on DNS tunneling is slow. Like, back to 1998 slow. Another more dangerous use of DNS tunneling would be bypassing network security devices (Firewalls, DLP appliances...) to line up an immediate and unmonitored communications channel on an organisation's network. Possibilities here are endless: Data exfiltration, fixing another penetration testing tool... you name it. To make it even more worrying, there's an outsized amount of easy to use DNS tunneling tools out there. There's even a minimum of one VPN over DNS protocol provider (warning: the planning of the web site is hideous, making me doubt on the legitimacy of it). As a pentester all this is often great, as a network admin not such a lot .
How does it work:
For those that ignoramus about DNS protocol but still made it here, i feel you deserve a really brief explanation on what DNS does: DNS is sort of a phonebook for the web , it translates URLs (human-friendly language, the person's name), into an IP address (machine-friendly language, the phone number). That helps us remember many websites, same as we will remember many people's names. For those that know what DNS is i might suggest looking here for a fast refresh on DNS protocol, but briefly what you would like to understand is: * A Record: Maps a website name to an IP address. example.com ? 12.34.52.67 * NS Record (a.k.a. Nameserver record): Maps a website name to an inventory of DNS servers, just in case our website is hosted in multiple servers. example.com ? server1.example.com, server2.example.com Who is involved in DNS tunneling? * Client. Will launch DNS requests with data in them to a website . * One Domain that we will configure. So DNS servers will redirect its requests to an outlined server of our own. * Server. this is often the defined nameserver which can ultimately receive the DNS requests. The 6 Steps in DNS tunneling (simplified): 1. The client encodes data during a DNS request. The way it does this is often by prepending a bit of knowledge within the domain of the request. for instance : mypieceofdata.server1.example.com 2. The DNS request goes bent a DNS server. 3. The DNS server finds out the A register of your domain with the IP address of your server. 4. The request for mypieceofdata.server1.example.com is forwarded to the server. 5. The server processes regardless of the mypieceofdata was alleged to do. Let's assume it had been an HTTP request. 6. The server replies back over DNS and woop woop, we've got signal.