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ANS-C01 pdf - AWS Certified Advanced Networking - Specialty test (ANS-C01) Updated: 2024

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Exam Code: ANS-C01 AWS Certified Advanced Networking - Specialty test (ANS-C01) pdf January 2024 by Killexams.com team

ANS-C01 AWS Certified Advanced Networking - Specialty test (ANS-C01)

Exam Details

Format : Multiple choice, multiple answer

Type : Specialty

Delivery Method : Testing center or online proctored exam

Time : 170 minutes to complete the exam

Language : Available in English, Japanese, Korean, and Simplified Chinese



The AWS Certified Advanced Networking - Specialty is intended for individuals who perform complex networking tasks.

Abilities Validated by the Certification

Design, develop, and deploy cloud-based solutions using AWS

Implement core AWS services according to basic architecture best practices

Design and maintain network architecture for all AWS services

Leverage tools to automate AWS networking tasks

Recommended Knowledge and Experience

We recommend candidates hold an AWS Certified Cloud Practitioner or a current Associate-level certification: AWS Certified
Solutions Architect - Associate, AWS Certified Developer - Associate or AWS Certified SysOps Administrator - Associate

Advanced knowledge of AWS networking concepts and technologies

Minimum five years hands-on experience architecting and implementing network solutions

Advanced networking architectures and interconnectivity options (e.g., IP VPN, MPLS/VPLS)

Networking technologies within the OSI model, and how they affect implementation decisions

Development of automation scripts and tools

CIDR and sub-netting (IPv4 and IPv6)

IPv6 transition challenges

Generic solutions for network security features, including WAF, IDS, IPS, DDoS protection, and Economic Denial of Service/Sustainability (EDoS)

Prepare for Your Exam

There is no better preparation than hands-on experience. There are many relevant AWS Training courses and other resources to assist you with acquiring additional knowledge and skills to prepare for certification. Please review the test guide for information about the competencies assessed on the certification exam.



Advanced Networking - Specialty

Design and implement AWS architectures

Review the test guide, which contains the content outline and target audience for the certification exam. Perform a self-assessment to identify your knowledge or skills gaps.



Introduction

The AWS Certified Advanced Networking – Specialty (ANS-C01) is intended for individuals who perform complex

networking tasks. This examination validates advanced technical skills and experience in designing and

implementing AWS and hybrid IT network architectures at scale.

It validates an examinees ability to:

 Design, develop, and deploy cloud-based solutions using AWS

 Implement core AWS services according to basic architectural best practices

 Design and maintain network architecture for all AWS services

 Leverage tools to automate AWS networking tasks

Recommended AWS Knowledge

 Professional experience using AWS technology

 AWS Security best practices

 AWS storage options and their underlying consistency models

 AWS networking nuances and how they relate to the integration of AWS services

Recommended General IT Knowledge

 Advanced networking architectures and interconnectivity options (e.g., IP VPN, MPLS/VPLS)

 Networking technologies within the OSI model, and how they affect implementation decisions

 Development of automation scripts and tools

o Routing architectures (including static and dynamic)

o Multi-region solutions for a global enterprise

o Highly available connectivity solutions (e.g., DX, VPN)

 CIDR and sub-netting (IPv4 and IPv6)

 IPv6 transition challenges

 Generic solutions for network security features, including WAF, IDS, IPS, DDoS protection, and Economic

Denial of Service/Sustainability (EDoS).

Select one or more responses that best complete the statement or answer the question. Distractors, or incorrect answers, are response options that an examinee with incomplete knowledge or skill would likely choose. However, they are generally plausible responses that fit in the content area defined by the test objective.

Unanswered questions are scored as incorrect; there is no penalty for guessing.

Unscored Content

Your examination may include unscored items that are placed on the test to gather statistical information. These items are not identified on the form and do not affect your score.

Exam Results

The AWS Certified Advanced Networking – Specialty (ANS-C01) is a pass or fail exam. The examination is scored against a minimum standard established by AWS professionals who are guided by certification industry best practices and guidelines.

Your score report contains a table of classifications of your performance at each section level. This information is designed to provide general feedback concerning your examination performance. The examination uses a compensatory scoring model, which means that you do not need to “pass” the individual sections, only the overall examination. Each section of the examination has a specific weighting, so some sections have more questions than others. The table contains general information, highlighting your strengths and weaknesses. Exercise caution when interpreting section-level feedback.

Content Outline

This test guide includes weightings, test domains, and objectives only. It is not a comprehensive listing of the content on this examination. The table below lists the main content domains and their weightings.



Domain % of Examination

Domain 1: Design and implement hybrid IT network architectures at scale 23%

Domain 2: Design and implement AWS networks 29%

Domain 3: Automate AWS tasks 8%

Domain 4: Configure network integration with application services 15%

Domain 5: Design and implement for security and compliance 12%

Domain 6: Manage, optimize, and troubleshoot the network 13%

TOTAL 100%



Domain 1: Design and implement hybrid IT network architectures at scale

1.1 Implement connectivity for hybrid IT

1.2 Given a scenario, derive an appropriate hybrid IT architecture connectivity solution

1.3 Explain the process to extend connectivity using AWS Direct Connect

1.4 Evaluate design alternatives that leverage AWS Direct Connect

1.5 Define routing policies for hybrid IT architectures

Domain 2.0: Design and implement AWS networks

2.1 Apply AWS networking concepts

2.2 Given customer requirements, define network architectures on AWS

2.3 Propose optimized designs based on the evaluation of an existing implementation

2.4 Determine network requirements for a specialized workload

2.5 Derive an appropriate architecture based on customer and application requirements

2.6 Evaluate and optimize cost allocations given a network design and application data flow

Domain 3.0: Automate AWS tasks

3.1 Evaluate automation alternatives within AWS for network deployments

3.2 Evaluate tool-based alternatives within AWS for network operations and management

Domain 4.0: Configure network integration with application services

4.1 Leverage the capabilities of Route 53

4.2 Evaluate DNS solutions in a hybrid IT architecture

4.3 Determine the appropriate configuration of DHCP within AWS

4.4 Given a scenario, determine an appropriate load balancing strategy within the AWS ecosystem

4.5 Determine a content distribution strategy to optimize for performance

4.6 Reconcile AWS service requirements with network requirements

Domain 5.0: Design and implement for security and compliance

5.1 Evaluate design requirements for alignment with security and compliance objectives

5.2 Evaluate monitoring strategies in support of security and compliance objectives

5.3 Evaluate AWS security features for managing network traffic

5.4 Utilize encryption technologies to secure network communications

Domain 6.0: Manage, optimize, and troubleshoot the network

6.1 Given a scenario, troubleshoot and resolve a network issue
AWS Certified Advanced Networking - Specialty test (ANS-C01)
Amazon Networking pdf

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Amazon Networking pdf - BingNews https://killexams.com/pass4sure/exam-detail/ANS-C01 Search results Amazon Networking pdf - BingNews https://killexams.com/pass4sure/exam-detail/ANS-C01 https://killexams.com/exam_list/Amazon Amazon expands its network across CT as warehouse pushback builds No result found, try new keyword!Amazon now has a web of different types of centers that spreads across the state, seen as a key hub in the company’s northeast delivery network. “We’re proud of our footprint in Connecticut ... Fri, 22 Dec 2023 20:27:00 -0600 en text/html https://www.timesunion.com/business/article/amazon-expands-across-ct-as-pushback-builds-18549691.php Amazon boosts its satellite internet network with the help of space lasers

Space lasers, once a mere futuristic joke, have become a real tool in building technology up there and making improvements for all of us down here. There's been NASA's use of space lasers to study plankton, plans to blast space junk and, now, a satellite network courtesy of Amazon. The company has announced that its Project Kuiper has built up its optical inter-satellite links (OISLs) capabilities to create a substantial mesh network of high-speed laser cross-links. This technology could result in faster data transmission to even the most remote places back on earth.

In October, Amazon launched two prototype satellites and reported successful tests one month later, with the pair dispatching and retrieving data at speeds of up to 100 gigabits per second. "These tests demonstrated our ability to establish a single bi-directional link between two satellites, and initial data indicates that our design will be able to maintain cross-links between multiple satellites at once—the critical feature of a next-generation mesh network in space," the company stated.

To successfully use OISLs, laser links had to maintain contact at a distance up to 1,616 miles while also contending with spacecrafts moving at a speed of 15,534 miles per hour. Plus, Amazon had to minimize light spreading in order to maintain the signal and account for any additional dynamics of all these moving pieces — something it says has been successfully done.

Amazon also claims the mesh network moves data about 30 percent faster than terrestrial fiber optic cables can. "Amazon's optical mesh network will provide multiple paths to route data through space, creating resiliency and redundancy for customers who need to securely transport information around the world," Ricky Freeman, vice president of Kuiper Government Solutions, explained in a statement. "This is especially important for those looking to avoid communications architectures that can be intercepted or jammed, and we look to forward to making these capabilities available to public sector customers looking to move and land data from remote locations to their desired destination." Basically, anyone from a cruise ship passenger to a multi-day hiker should be able to get a connection if this is successful.

Project Kuiper started in 2019 but has seen a real boost in the last few months. With these successful tests completed, Amazon states that Project Kuiper is starting satellite production, with "full-scale deployment" beginning in the first half of 2024. It also predicts that early customer pilots will begin in the second half of the year. Notably, Amazon signed a deal with SpaceX to launch more Project Kuiper satellites at a faster rate.

Thu, 14 Dec 2023 22:35:00 -0600 en-US text/html https://www.yahoo.com/entertainment/amazon-boosts-its-satellite-internet-network-with-the-help-of-space-lasers-123535946.html
Project Kuiper No result found, try new keyword!2023 at 4:11 pm Amazon’s Project Kuiper may be a competitor for SpaceX’s Starlink satellite broadband network, but business is business: Amazon says it has signed a contract for three launches ... Wed, 13 Dec 2023 22:22:00 -0600 en-US text/html https://www.geekwire.com/tag/project-kuiper/ Amazon to connect Kuiper satellites with laser links to boost space internet network

A visualization of laser links connecting Kuiper satellites in orbit around the Earth.

Amazon

Amazon will include a key speed-boosting technology in its coming Project Kuiper internet satellites, the company announced Thursday.

Amazon says it tested the laser link tech successfully during its exact Protoflight mission. Traditionally, satellites are limited to sending data between an individual spacecraft and the ground. Laser links connect satellites to each other.

The Kuiper satellites' "optical inter-satellite links," also known as OISLs, serve as a way to transmit data through space. Laser links are a feature that Elon Musk's SpaceX began introducing in later generations of its Starlink satellites. The links help Boost both the latency and speed of these networks.

"With optical inter-satellite links across our satellite constellation, Project Kuiper will effectively operate as a mesh network in space," Rajeev Badyal, Amazon's Project Kuiper vice president of technology, said in a statement.

Amazon's pair of Kuiper prototype satellites "completed multiple successful" laser link demonstrations, the company said. During the tests, the Kuiper prototype satellites maintained links that transferred data at 100 gigabits per second (Gbps) over a distance of nearly 621 miles between the spacecraft.

"Because light travels faster in space than it does through glass, Kuiper's orbital laser mesh network will be able to move data approximately 30% faster than if it traveled the equivalent distance via terrestrial fiber optic cables," Amazon said.

The company plans to include laser links from the outset in production of its commercial Kuiper satellites, with the network planned to consist of 3,236 satellites in low Earth orbit. To date, Amazon has ordered 97 rocket launches to begin deploying its satellites in the first half of next year. In full, Amazon expects to invest upward of $10 billion to build Kuiper.

How Amazon's Project Kuiper is taking on SpaceX's Starlink satellite internet

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Don't miss these stories from CNBC PRO:

Thu, 14 Dec 2023 01:00:00 -0600 en text/html https://www.cnbc.com/2023/12/14/amazon-to-connect-kuiper-internet-satellites-with-laser-links.html
Amazon to connect Project Kuiper Internet satellites in laser 'mesh network'

Dec. 14 (UPI) -- Amazon announced Thursday that its upcoming Internet satellites will be equipped with terminals to create a mesh of laser links to increase connection speeds.

The company said it completed private tests of its optical inter-satellite link, or OISL, capabilities that will be featured on all of its Project Kuiper satellites and can send 100 gigabytes of data per second between spacecraft over a distance of nearly 621 miles.

"With optical inter-satellite links across our satellite constellation, Project Kuiper will effectively operate as a," said Rajeev Badyal, Project Kuiper's vice president of technology in an Amazon statement. "

"This system is designed fully in-house to optimize for speed, cost, and reliability, and the entire architecture has worked flawlessly from the very start. These immediate results are only possible because we approached our OISL architecture as one part of a fully integrated system design, and it's a testament to this team's willingness to invent on behalf of customers."

Amazon said its optical inter-satellite links use infrared lasers to send data between spacecraft as they orbit the planet. While conventional satellites send data between an individual satellite and antennas on the ground, Amazon says its OISLs allow satellites to send data directly to other satellites in its space constellation.

"We are equipping every Project Kuiper satellite with multiple optical terminals to connect many satellites at a time, establishing high-speed laser cross-links that form a secure, resilient mesh network in space. These capabilities increase throughput and reduce latency across our constellation, and provide more flexibility to connect Kuiper customers across land, sea, air, and space," Amazon said.

The latest successful test came after Amazon last month said its Project Kuiper Payload Integration and testing team established a connection with two prototype satellites and conducted a series of tests such as logging into Amazon Prime to complete a purchase, streaming an Amazon Original movie as an ultra-high definition 4K video and conducting the first two-way video call over Amazon Prime.

Amazon plans to install 3,236 satellites into low Earth orbit by the end of 2026 to provide broadband to areas with little or no Internet access. Full-scale deployment is on track to begin in the first half of 2024, with beta testing with select customers later in the year.

Wed, 13 Dec 2023 22:42:00 -0600 en text/html https://www.upi.com/Science_News/2023/12/14/Amazon-satellite-Internet-OISL/6881702573335/
Amazon's Starlink Rival, Project Kuiper, Has 'Laser Links' Too

It turns out Amazon’s satellite internet system shares another similarity with SpaceX’s Starlink: The ability to beam data in space using “laser links.”

On Thursday, Amazon revealed the optical laser technology for Project Kuiper, the company’s rival to Starlink. The laser technology had previously been confidential. But now Amazon is discussing it after the laser links were successfully tested in space using two prototype Project Kuiper satellites launched in October. 

“In early November, we established the first successful optical links between our two prototype satellites, allowing us to send and receive data at speeds of up to 100Gbps for entire test windows of an hour or more,” Amazon says in a blog post.

(Credit: Amazon)

Like Starlink, Project Kuiper plans on using the laser technology to beam internet data from one satellite to another. This means Project Kuiper satellites can fetch internet data from ground stations on Earth’s surface as well as adjacent satellites, creating a mesh network but in space.  

“This is especially important for [satellites] operating in regions without a nearby ground station—for example, a cruise liner in the middle of the ocean or an aircraft making a transatlantic flight—allowing them to securely uplink data from effectively any location on Earth, transmit it through space via laser communications, and downlink it to their destination of choice,” Amazon says.

The prototype satellites were able to send data in both directions over a distance of nearly 621 miles during the test window. “And initial data indicates that our design will be able to maintain cross-links between multiple satellites at once,” Amazon adds. 

The test suggests Project Kuiper’s laser technology can match Starlink’s laser links, which can also sustain a 100Gbps connection, according to a SpaceX tweet from September. 

Amazon adds that it plans on installing the laser link technology into every Project Kuiper satellite. The company also signaled it’s prepared to compete with Starlink outside of ground-based internet users.  “These [laser] capabilities increase throughput and reduce latency across our constellation, and provide more flexibility to connect Kuiper customers across land, sea, air, and space,” the company says.

The news comes a month after the prototype Project Kuiper satellites successfully beamed internet data to company computers on the ground. This included facilitating a video call, streaming from Amazon Prime Video, and making an e-commerce purchase. 

Amazon has been taking the insights from the tests to finalize designs for the Project Kuiper production satellites, which will begin launching into orbit during 2024’s first half. The company then plans on beta-testing the system with select customers later next year.

Wed, 13 Dec 2023 10:01:00 -0600 en-gb text/html https://uk.pcmag.com/networking/150122/amazons-starlink-rival-project-kuiper-has-laser-links-too




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