Why you should use Advance Networking in AWS Online Test?

The Avanzar en redes en AWS makes use of scenario-based questions to test for on-the-job skills as opposed to theoretical knowledge, ensuring that candidates who do well on this screening test have the relavant skills. The questions are designed to covered following on-the-job aspects: Implementación y administración de AWS VPCS Configuración y administración de subredes y tablas de ruta en AWS Configurar y configurar puertas de enlace de Internet en AWS Configuración de puertas de enlace Nat en AWS Establecer y administrar conexiones de pares VPC en AWS Configuración y administración de conexiones VPN en AWS Configuración y configuración de AWS Direct Connect Configuración y administración de equilibradores de carga en AWS Gestión de DNS en AWS Implementación de medidas de seguridad de red en AWS

Advance Networking in AWS Online Test

Q: What topics are covered in the Advance Networking in AWS Online Test?

AWS Networking VPC (nube privada virtual) Subaño Mesas de ruta Puertas de enlace de Internet Puertas de enlace nat VPC. Conexiones VPN Conexión directa Balanceador de carga DNS en AWS Seguridad de la red en AWS

About the test:

La red avanzada en la prueba de AWS evalúa la comprensión de un candidato de varios conceptos de redes y su implementación en la plataforma de Amazon Web Services (AWS). La prueba incluye preguntas para probar el conocimiento de VPC, subredes, tablas de ruta, puertas de enlace de Internet, equilibradores de carga, conexiones VPN y seguridad de red. Evalúa la capacidad del candidato para diseñar, configurar y solucionar problemas de arquitecturas de red en AWS.

Covered skills:

AWS Networking
Subaño
Puertas de enlace de Internet
VPC.
Conexión directa
DNS en AWS

VPC (nube privada virtual)
Mesas de ruta
Puertas de enlace nat
Conexiones VPN
Balanceador de carga
Seguridad de la red en AWS

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9 reasons why

Adaface Advance Networking in AWS Test is the most accurate way to shortlist AWS Solutions Architects

Reason #1

Tests for on-the-job skills

The Advance Networking in AWS Online Test helps recruiters and hiring managers identify qualified candidates from a pool of resumes, and helps in taking objective hiring decisions. It reduces the administrative overhead of interviewing too many candidates and saves time by filtering out unqualified candidates at the first step of the hiring process.

The test screens for the following skills that hiring managers look for in candidates:

Capacidad para diseñar e implementar AWS VPCS
Capacidad para configurar y administrar subredes dentro de un VPC
Capacidad para crear y administrar tablas de ruta en AWS
Capacidad para configurar y usar puertas de enlace de Internet en una VPC
Capacidad para configurar y usar puertas de enlace NAT en un VPC
Capacidad para establecer y administrar conexiones de pares VPC
Capacidad para crear y administrar conexiones VPN en AWS
Capacidad para configurar y usar AWS Direct Connect
Capacidad para configurar y administrar equilibradores de carga en AWS
Capacidad para configurar los servicios DNS en AWS
Capacidad para implementar medidas de seguridad de red en AWS

Reason #2

No trick questions

Traditional assessment tools use trick questions and puzzles for the screening, which creates a lot of frustration among candidates about having to go through irrelevant screening assessments.

View sample questions

The main reason we started Adaface is that traditional pre-employment assessment platforms are not a fair way for companies to evaluate candidates. At Adaface, our mission is to help companies find great candidates by assessing on-the-job skills required for a role.

Why we started Adaface

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Reason #3

Non-googleable questions

We have a very high focus on the quality of questions that test for on-the-job skills. Every question is non-googleable and we have a very high bar for the level of subject matter experts we onboard to create these questions. We have crawlers to check if any of the questions are leaked online. If/ when a question gets leaked, we get an alert. We change the question for you & let you know.

How we design questions

Estas son solo una pequeña muestra de nuestra biblioteca de más de 10,000 preguntas. Las preguntas reales sobre esto Avanzar en redes en AWS no se puede obtener.

🧐 Question
Easy Downtime and Workload EC2	Solve
ChickTok is a dating app that runs on EC2 behind an ALB. The EC2 instances run in an EC2 Auto Scaling group across multiple AZ. On every Saturday night, the app becomes atleast 5 times slower. Upon investigation, it is found that the CPU utilization reaches 100% within a matter of seconds instead of being a gradual increment. This is happening due to a batch core dating algorithm update that happens on every Saturday 9PM. ChickTok wants a solution that - Tackles the extra workload - Avoids downtime Which of the following would you recommend?
Medium EC2DataProcessing EC2 S3 Security Groups Network ACLs	Solve
You work as a Solutions Architect for a data analysis firm. The company stores large datasets on Amazon S3, and you've been tasked with setting up an Amazon EC2 instance to process this data. The EC2 instance will fetch data from S3, process it, and then write the results back to a different S3 bucket. To ensure security, the EC2 instance should not have direct internet access, and it should only be able to communicate with the S3 buckets. You've decided to place the EC2 instance in a VPC private subnet with a CIDR block of 10.0.1.0/24. The associated security group is set to deny all inbound traffic and allow all outbound traffic. Which additional configuration should you make to enable the EC2 instance to access the S3 buckets while complying with the security requirements? A: Modify the Network ACL of the subnet to allow outbound connections to the IP range of the S3 service. B: Assign a Public IP to the EC2 instance and update the security group to allow inbound and outbound traffic to S3. C: Add a NAT Gateway in the private subnet and update the route tables to direct S3 traffic to the NAT Gateway. D: Create an S3 VPC Gateway Endpoint and update the route tables for the private subnet to direct S3 traffic to the VPC Endpoint. E: Create a VPN connection from the VPC to the S3 buckets.
Medium Orderly Restoration of RDS with Transaction Logs RDS Transaction Logs Point-in-time recovery	Solve
You work as a database manager for a fintech company that uses an AWS RDS PostgreSQL instance. The company abides by stringent data security standards, which require minimal data loss in the event of database failures or accidental data modifications. Unexpectedly, an operation that updates a significant number of records in a crucial transaction table is mistakenly run. You discover that this operation occurred at 12:45 PM. Your RDS PostgreSQL instance is configured to perform automated backups every day at 1:00 AM, with transaction logs being backed up every 5 minutes. Furthermore, there is a manual DB snapshot taken at 11:00 AM on the same day. To restore the database with minimal data loss, considering the sequence and order of log application, which of the following steps should you execute? A: Restore from the manual DB snapshot at 11:00 AM, then perform a point-in-time recovery to 12:45 PM. B: Perform a point-in-time recovery to 12:45 PM. C: Restore from the last automated backup at 1:00 AM, then apply all transaction logs until 12:45 PM. D: Restore from the manual DB snapshot at 11:00 AM, then apply transaction logs from 11:00 AM to 12:45 PM. E: Perform a point-in-time recovery to 11:00 AM, then apply transaction logs from 11:00 AM to 12:45 PM.
Medium Push Notifications Dynamic DB AWS Mobile Push	Solve
Flowlife is a tips iOS app that is running on AWS with ~10 million users in the US. Users can post tips about a particular place (restaurants, businesses etc) and other users can search for the tips in the app. Flowlife wants to implement location based alerts on their iOS app. Users will receive relevant tips in proximity to their location. For maximum user engagement and relevant tips, the tips must be in the low minute count. Which of the following solutions is cost effective?
Medium SecureEC2Setup EC2 Security Groups VPC	Solve
As an AWS Cloud Engineer for a financial institution, you're setting up an EC2 instance in a VPC to host a web application that handles sensitive financial data. The EC2 instance is placed in a private subnet and associated with a security group that only allows inbound HTTPS (port 443) traffic from the internet. You have an Application Load Balancer (ALB) in a public subnet, which forwards incoming traffic to the EC2 instance. However, during the testing phase, you find that the web application on the EC2 instance is not reachable from the internet, but works fine from within the VPC. What could be the reason for this? A: The security group should allow inbound traffic from the ALB's security group, not the internet. B: The ALB should be in the private subnet, not the public subnet. C: EC2 instances hosting sensitive data cannot be reached through an ALB. D: The ALB and EC2 instance must be in the same subnet.

	🧐 Question	🔧 Skill
	Easy Downtime and Workload EC2	2 mins AWS	Solve
ChickTok is a dating app that runs on EC2 behind an ALB. The EC2 instances run in an EC2 Auto Scaling group across multiple AZ. On every Saturday night, the app becomes atleast 5 times slower. Upon investigation, it is found that the CPU utilization reaches 100% within a matter of seconds instead of being a gradual increment. This is happening due to a batch core dating algorithm update that happens on every Saturday 9PM. ChickTok wants a solution that - Tackles the extra workload - Avoids downtime Which of the following would you recommend?
	Medium EC2DataProcessing EC2 S3 Security Groups Network ACLs	2 mins AWS	Solve
You work as a Solutions Architect for a data analysis firm. The company stores large datasets on Amazon S3, and you've been tasked with setting up an Amazon EC2 instance to process this data. The EC2 instance will fetch data from S3, process it, and then write the results back to a different S3 bucket. To ensure security, the EC2 instance should not have direct internet access, and it should only be able to communicate with the S3 buckets. You've decided to place the EC2 instance in a VPC private subnet with a CIDR block of 10.0.1.0/24. The associated security group is set to deny all inbound traffic and allow all outbound traffic. Which additional configuration should you make to enable the EC2 instance to access the S3 buckets while complying with the security requirements? A: Modify the Network ACL of the subnet to allow outbound connections to the IP range of the S3 service. B: Assign a Public IP to the EC2 instance and update the security group to allow inbound and outbound traffic to S3. C: Add a NAT Gateway in the private subnet and update the route tables to direct S3 traffic to the NAT Gateway. D: Create an S3 VPC Gateway Endpoint and update the route tables for the private subnet to direct S3 traffic to the VPC Endpoint. E: Create a VPN connection from the VPC to the S3 buckets.
	Medium Orderly Restoration of RDS with Transaction Logs RDS Transaction Logs Point-in-time recovery	3 mins AWS	Solve
You work as a database manager for a fintech company that uses an AWS RDS PostgreSQL instance. The company abides by stringent data security standards, which require minimal data loss in the event of database failures or accidental data modifications. Unexpectedly, an operation that updates a significant number of records in a crucial transaction table is mistakenly run. You discover that this operation occurred at 12:45 PM. Your RDS PostgreSQL instance is configured to perform automated backups every day at 1:00 AM, with transaction logs being backed up every 5 minutes. Furthermore, there is a manual DB snapshot taken at 11:00 AM on the same day. To restore the database with minimal data loss, considering the sequence and order of log application, which of the following steps should you execute? A: Restore from the manual DB snapshot at 11:00 AM, then perform a point-in-time recovery to 12:45 PM. B: Perform a point-in-time recovery to 12:45 PM. C: Restore from the last automated backup at 1:00 AM, then apply all transaction logs until 12:45 PM. D: Restore from the manual DB snapshot at 11:00 AM, then apply transaction logs from 11:00 AM to 12:45 PM. E: Perform a point-in-time recovery to 11:00 AM, then apply transaction logs from 11:00 AM to 12:45 PM.
	Medium Push Notifications Dynamic DB AWS Mobile Push	3 mins AWS	Solve
Flowlife is a tips iOS app that is running on AWS with ~10 million users in the US. Users can post tips about a particular place (restaurants, businesses etc) and other users can search for the tips in the app. Flowlife wants to implement location based alerts on their iOS app. Users will receive relevant tips in proximity to their location. For maximum user engagement and relevant tips, the tips must be in the low minute count. Which of the following solutions is cost effective?
	Medium SecureEC2Setup EC2 Security Groups VPC	2 mins AWS	Solve
As an AWS Cloud Engineer for a financial institution, you're setting up an EC2 instance in a VPC to host a web application that handles sensitive financial data. The EC2 instance is placed in a private subnet and associated with a security group that only allows inbound HTTPS (port 443) traffic from the internet. You have an Application Load Balancer (ALB) in a public subnet, which forwards incoming traffic to the EC2 instance. However, during the testing phase, you find that the web application on the EC2 instance is not reachable from the internet, but works fine from within the VPC. What could be the reason for this? A: The security group should allow inbound traffic from the ALB's security group, not the internet. B: The ALB should be in the private subnet, not the public subnet. C: EC2 instances hosting sensitive data cannot be reached through an ALB. D: The ALB and EC2 instance must be in the same subnet.

	🧐 Question	🔧 Skill	💪 Difficulty	⌛ Time
	Downtime and Workload EC2	AWS	Easy	2 mins	Solve
ChickTok is a dating app that runs on EC2 behind an ALB. The EC2 instances run in an EC2 Auto Scaling group across multiple AZ. On every Saturday night, the app becomes atleast 5 times slower. Upon investigation, it is found that the CPU utilization reaches 100% within a matter of seconds instead of being a gradual increment. This is happening due to a batch core dating algorithm update that happens on every Saturday 9PM. ChickTok wants a solution that - Tackles the extra workload - Avoids downtime Which of the following would you recommend?
	EC2DataProcessing EC2 S3 Security Groups Network ACLs	AWS	Medium	2 mins	Solve
You work as a Solutions Architect for a data analysis firm. The company stores large datasets on Amazon S3, and you've been tasked with setting up an Amazon EC2 instance to process this data. The EC2 instance will fetch data from S3, process it, and then write the results back to a different S3 bucket. To ensure security, the EC2 instance should not have direct internet access, and it should only be able to communicate with the S3 buckets. You've decided to place the EC2 instance in a VPC private subnet with a CIDR block of 10.0.1.0/24. The associated security group is set to deny all inbound traffic and allow all outbound traffic. Which additional configuration should you make to enable the EC2 instance to access the S3 buckets while complying with the security requirements? A: Modify the Network ACL of the subnet to allow outbound connections to the IP range of the S3 service. B: Assign a Public IP to the EC2 instance and update the security group to allow inbound and outbound traffic to S3. C: Add a NAT Gateway in the private subnet and update the route tables to direct S3 traffic to the NAT Gateway. D: Create an S3 VPC Gateway Endpoint and update the route tables for the private subnet to direct S3 traffic to the VPC Endpoint. E: Create a VPN connection from the VPC to the S3 buckets.
	Orderly Restoration of RDS with Transaction Logs RDS Transaction Logs Point-in-time recovery	AWS	Medium	3 mins	Solve
You work as a database manager for a fintech company that uses an AWS RDS PostgreSQL instance. The company abides by stringent data security standards, which require minimal data loss in the event of database failures or accidental data modifications. Unexpectedly, an operation that updates a significant number of records in a crucial transaction table is mistakenly run. You discover that this operation occurred at 12:45 PM. Your RDS PostgreSQL instance is configured to perform automated backups every day at 1:00 AM, with transaction logs being backed up every 5 minutes. Furthermore, there is a manual DB snapshot taken at 11:00 AM on the same day. To restore the database with minimal data loss, considering the sequence and order of log application, which of the following steps should you execute? A: Restore from the manual DB snapshot at 11:00 AM, then perform a point-in-time recovery to 12:45 PM. B: Perform a point-in-time recovery to 12:45 PM. C: Restore from the last automated backup at 1:00 AM, then apply all transaction logs until 12:45 PM. D: Restore from the manual DB snapshot at 11:00 AM, then apply transaction logs from 11:00 AM to 12:45 PM. E: Perform a point-in-time recovery to 11:00 AM, then apply transaction logs from 11:00 AM to 12:45 PM.
	Push Notifications Dynamic DB AWS Mobile Push	AWS	Medium	3 mins	Solve
Flowlife is a tips iOS app that is running on AWS with ~10 million users in the US. Users can post tips about a particular place (restaurants, businesses etc) and other users can search for the tips in the app. Flowlife wants to implement location based alerts on their iOS app. Users will receive relevant tips in proximity to their location. For maximum user engagement and relevant tips, the tips must be in the low minute count. Which of the following solutions is cost effective?
	SecureEC2Setup EC2 Security Groups VPC	AWS	Medium	2 mins	Solve
As an AWS Cloud Engineer for a financial institution, you're setting up an EC2 instance in a VPC to host a web application that handles sensitive financial data. The EC2 instance is placed in a private subnet and associated with a security group that only allows inbound HTTPS (port 443) traffic from the internet. You have an Application Load Balancer (ALB) in a public subnet, which forwards incoming traffic to the EC2 instance. However, during the testing phase, you find that the web application on the EC2 instance is not reachable from the internet, but works fine from within the VPC. What could be the reason for this? A: The security group should allow inbound traffic from the ALB's security group, not the internet. B: The ALB should be in the private subnet, not the public subnet. C: EC2 instances hosting sensitive data cannot be reached through an ALB. D: The ALB and EC2 instance must be in the same subnet.

Reason #4

1200+ customers in 75 countries

Con Adaface, pudimos optimizar nuestro proceso de selección inicial en más de un 75 %, liberando un tiempo precioso tanto para los gerentes de contratación como para nuestro equipo de adquisición de talentos.

Brandon Lee, jefe de personas, Love, Bonito

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Reason #5

Designed for elimination, not selection

The most important thing while implementing the pre-employment Avanzar en redes en AWS in your hiring process is that it is an elimination tool, not a selection tool. In other words: you want to use the test to eliminate the candidates who do poorly on the test, not to select the candidates who come out at the top. While they are super valuable, pre-employment tests do not paint the entire picture of a candidate’s abilities, knowledge, and motivations. Multiple easy questions are more predictive of a candidate's ability than fewer hard questions. Harder questions are often "trick" based questions, which do not provide any meaningful signal about the candidate's skillset.

Science behind Adaface tests

Reason #6

1 click candidate invites

Email invites: You can send candidates an email invite to the Avanzar en redes en AWS from your dashboard by entering their email address.

Public link: You can create a public link for each test that you can share with candidates.

API or integrations: You can invite candidates directly from your ATS by using our pre-built integrations with popular ATS systems or building a custom integration with your in-house ATS.

Reason #7

Detailed scorecards & benchmarks

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Reason #8

High completion rate

Adaface tests are conversational, low-stress, and take just 25-40 mins to complete.

This is why Adaface has the highest test-completion rate (86%), which is more than 2x better than traditional assessments.

Reason #9

Advanced Proctoring

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About the Advance Networking in AWS Assessment Test

Why you should use Pre-employment Advance Networking in AWS Online Test?

The Avanzar en redes en AWS makes use of scenario-based questions to test for on-the-job skills as opposed to theoretical knowledge, ensuring that candidates who do well on this screening test have the relavant skills. The questions are designed to covered following on-the-job aspects:

Implementación y administración de AWS VPCS
Configuración y administración de subredes y tablas de ruta en AWS
Configurar y configurar puertas de enlace de Internet en AWS
Configuración de puertas de enlace Nat en AWS
Establecer y administrar conexiones de pares VPC en AWS
Configuración y administración de conexiones VPN en AWS
Configuración y configuración de AWS Direct Connect
Configuración y administración de equilibradores de carga en AWS
Gestión de DNS en AWS
Implementación de medidas de seguridad de red en AWS

Once the test is sent to a candidate, the candidate receives a link in email to take the test. For each candidate, you will receive a detailed report with skills breakdown and benchmarks to shortlist the top candidates from your pool.

What topics are covered in the Advance Networking in AWS Online Test?

AWS Networking
AWS Networking se refiere a los diversos servicios y características proporcionadas por Amazon Web Services para crear y administrar una infraestructura de red en la nube. Incluye una amplia gama de componentes como VPC, subredes, tablas de ruta, puertas de enlace de Internet y más, que permiten a los usuarios construir redes escalables y seguras dentro del ecosistema AWS.
VPC (Cloud privado virtual) < /H4> <p> VPC, o virtual privado Cloud, es un servicio ofrecido por AWS que permite a los usuarios crear su propia red virtual aislada en la nube. Proporciona un control completo sobre la configuración de la red, incluidos los rangos de direcciones IP, las subredes, las tablas de enrutamiento y las puertas de enlace de red, lo que permite a las organizaciones diseñar y configurar entornos de red personalizados para sus aplicaciones y recursos. Las subredes P> son divisiones más pequeñas de rangos de dirección IP dentro de un VPC. Ayudan a organizar y administrar diferentes segmentos de una red, lo que permite a los usuarios distribuir sus recursos en múltiples subredes para una mayor seguridad y tolerancia a fallas. Al configurar las subredes, los usuarios pueden aislar los componentes de su infraestructura y controlar el flujo de tráfico entre ellas. </p> <h4> tablas de ruta
Las tablas de ruta sirven como un conjunto de reglas que determinan cómo se dirige el tráfico de red Dentro de un VPC. Definen las rutas para el tráfico entrante y saliente, especificando qué subredes enrutar el tráfico y qué puertas de enlace de Internet o puertas privadas virtuales para usar. La configuración adecuada de las tablas de ruta es importante para el enrutamiento eficiente del tráfico de red entre varios recursos en la red.
Las puertas de enlace de Internet
Las puertas de enlace de Internet son un componente vital de una VPC que permite que fluya el tráfico entre el VPC e Internet. Actúan como una puerta de enlace para el tráfico saliente, lo que permite recursos dentro de la VPC acceder a Internet, y también como un objetivo para el tráfico entrante que viene de Internet a la VPC. Las puertas de enlace de Internet proporcionan conectividad y habilitan la comunicación entre los recursos en las redes VPC y externos.
Nat Gateways
Nat Gateways, o las puertas de enlace de traducción de direcciones de red, proporcionan un medio para recursos dentro de un privado Subred en una VPC para acceder a Internet mientras permanece protegido de la exposición directa. Actúan como un intermediario entre las subredes privadas e Internet, traduciendo las direcciones IP privadas a las públicas para habilitar la comunicación de red bidireccional.
VPC Pesering
VPC Peering permite la conexión de múltiples múltiples VPC en AWS, lo que permite una comunicación segura entre ellos como si estuvieran dentro de la misma red. Proporciona una forma de compartir recursos de red, como tablas de enrutamiento, grupos de seguridad y subredes, en múltiples VPC, que permite a los usuarios crear una topología de red virtual que abarca múltiples regiones o cuentas.
VPN Conexiones <////// Las conexiones H4> <P> VPN en AWS permiten a los usuarios establecer conexiones seguras y cifradas entre sus redes locales y sus VPC en la nube. Proporcionan un canal de comunicación seguro a través de Internet, lo que permite un acceso seguro a los recursos en la VPC como si estuvieran conectados localmente a la red local. Las conexiones VPN son importantes para las configuraciones de nubes híbridas y para extender las redes locales en la nube de AWS. </p> <h4> Direct Connect
Direct Connect es un servicio ofrecido por AWS que proporciona conexiones de red dedicadas entre Centros de datos locales y centros de datos de AWS. Evita el Internet público, ofreciendo una conexión más segura, confiable y de baja latencia para transferir datos entre la infraestructura de red de las organizaciones y sus recursos en la nube de AWS. Direct Connect es crucial para empresas con requisitos de alto ancho de banda o estrictas necesidades de seguridad y cumplimiento.
Balanceadores de carga
Los equilibradores de carga en AWS distribuyen el tráfico de la red entrante en múltiples recursos, como instancias de EC2, Contenedores, o direcciones IP, para garantizar una distribución de carga adecuada y una alta disponibilidad de aplicaciones. Ayudan a escalar y administrar la carga de recursos, mejorando el rendimiento general de la aplicación y la tolerancia a las fallas. Los equilibradores de carga se pueden configurar para distribuir el tráfico en función de varios algoritmos, como Round-Robin, Menind Connections o IP Hash, entre otros.
DNS en AWS
DNS en AWS se refiere a los servicios del sistema de nombre de dominio proporcionados por Amazon Web Services. Permite a los usuarios administrar y resolver los nombres de dominio en sus direcciones IP correspondientes, permitiendo el acceso a los recursos en la nube de AWS a través de nombres de dominio legibles por humanos. Los servicios de DNS en AWS incluyen la Ruta 53, que ofrece administración de DNS altamente disponible y escalable, lo que permite a los usuarios configurar registros DNS, configurar las verificaciones de salud y realizar el registro de dominio.
Full list of covered topics
The actual topics of the questions in the final test will depend on your job description and requirements. However, here's a list of topics you can expect the questions for Avanzar en redes en AWS to be based on.
Diseño de VPC
Configuración de subred
Mesas de ruta
Puertas de enlace de Internet
Puertas de enlace nat
VPC.
Conexiones VPN
AWS Direct Connect
Balanceador de carga
Configuración de DNS
Seguridad de la red
Dimensionamiento de VPC
Direcciones IP elásticas
Puertas de enlace de Internet de solo salida
Grupos de seguridad
Listas de control de acceso a la red
Equilibrador de carga elástica
Balancador de carga de la aplicación
Equilibrador de carga clásico
Equilibrador de carga de red
Interfaces de red elástica
Registros de flujo de VPC
Ruta de Amazon 53
Política de enrutamiento simple
Política de enrutamiento ponderada
Política de enrutamiento basada en la latencia
Política de enrutamiento de conmutación por error
Política de enrutamiento de geolocalización
Política de enrutamiento de respuestas multivalue
Espacios de nombres de DNS privados
Reglas salientes
Traducción de Direcciones de Red
VPN de sitio a sitio de AWS
AWS Client VPN
AWS Direct Connect Gateway
Interfaces virtuales públicas
Interfaces virtuales privadas
Puerta de entrada privada virtual
Colas de letras muertas
Tiempo de espera de visibilidad del mensaje
Filtrado basado en contenido
Atributos de mensaje
Grupo de escala automática
Drenaje de conexión alb
Registros de acceso
Enrutamiento basado en la ruta
Grupos objetivo ponderados
Conexión de drenaje
Registros de alias
Zonas alojadas privadas
Equilibrador de carga interna
Grupos de seguridad de red
Reglas de ingreso
Reglas de salida
Evaluación de reglas del grupo de seguridad
Evaluación de reglas de NaCl

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What roles can I use the Advance Networking in AWS Online Test for?

AWS Solutions Architect
Ingeniero de redes
Ingeniero de la nube
Ingeniero de DevOps
Ingeniero de infraestructura
Administrador de sistema
Ingeniero de seguridad
Administrador de red
Gerente de TI
Consultor de TI

How is the Advance Networking in AWS Online Test customized for senior candidates?

For intermediate/ experienced candidates, we customize the assessment questions to include advanced topics and increase the difficulty level of the questions. This might include adding questions on topics like

Diseño e implementación de arquitecturas de redes avanzadas en AWS
Optimizar el rendimiento y la latencia de la red en AWS
Solución de problemas de problemas de conectividad de red en AWS
Implementación de escenarios de enrutamiento avanzado en AWS
Configuración y administración de ACL de red en AWS
Uso de servicios de redes de AWS para entornos de nube híbrida
Implementación de técnicas avanzadas de gestión de tráfico de redes en AWS
Configuración y administración de AWS WAF (firewall de aplicación web)
Implementación de monitoreo de redes y registro en AWS
Realización de la planificación y escala de capacidad de red en AWS

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Los gerentes de contratación sintieron que a través de las preguntas técnicas que hicieron durante las entrevistas del panel, pudieron decir qué candidatos tenían mejores puntajes y diferenciarse de aquellos que no obtuvieron tan buenos puntajes. Ellos son altamente satisfecho con la calidad de los candidatos preseleccionados con la selección de Adaface.

85%

Reducción en el tiempo de detección

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Advance Networking in AWS Hiring Test Preguntas frecuentes

¿Puedo combinar múltiples habilidades en una evaluación personalizada?

Si, absolutamente. Las evaluaciones personalizadas se configuran en función de la descripción de su trabajo e incluirán preguntas sobre todas las habilidades imprescindibles que especifique.

¿Tiene alguna característica anti-trato o procuración en su lugar?

Tenemos las siguientes características anti-trate en su lugar:

Preguntas no postradas
Procuración de IP
Procedor web
Procedores de cámara web
Detección de plagio
navegador seguro

Lea más sobre las funciones de procuración.

¿Cómo interpreto los puntajes de las pruebas?

Lo principal a tener en cuenta es que una evaluación es una herramienta de eliminación, no una herramienta de selección. Una evaluación de habilidades está optimizada para ayudarlo a eliminar a los candidatos que no están técnicamente calificados para el rol, no está optimizado para ayudarlo a encontrar el mejor candidato para el papel. Por lo tanto, la forma ideal de usar una evaluación es decidir un puntaje umbral (generalmente del 55%, lo ayudamos a comparar) e invitar a todos los candidatos que obtienen un puntaje por encima del umbral para las próximas rondas de la entrevista.

¿Para qué nivel de experiencia puedo usar esta prueba?

Cada evaluación de AdaFace está personalizada para su descripción de trabajo/ persona candidata ideal (nuestros expertos en la materia elegirán las preguntas correctas para su evaluación de nuestra biblioteca de más de 10000 preguntas). Esta evaluación se puede personalizar para cualquier nivel de experiencia.

¿Cada candidato tiene las mismas preguntas?

Sí, te hace mucho más fácil comparar los candidatos. Las opciones para las preguntas de MCQ y el orden de las preguntas son aleatorizados. Tenemos características anti-trato/procuración en su lugar. En nuestro plan empresarial, también tenemos la opción de crear múltiples versiones de la misma evaluación con cuestiones de niveles de dificultad similares.