Publicly accessible resources are susceptible to distributed denial of service (DDoS) attacks and expose data to unauthorized access, tampering, and potential theft.

Customer-managed keys are not used to encrypt data at rest.

By default, AWS uses AWS-managed keys to encrypt data at rest if encryption is enabled. Customer-managed keys enable organizations to use cryptographic keys of their choice to encrypt data. This gives organizations better control over and logging of encryption processes.

As such, customer-managed keys are often part of the solution to address requirements that include but are not limited to:
- Audit logs for sensitive data access
- Data residency
- Replacing, disabling, or destroying keys

Note that keys with the format aws/service-name are reserved for AWS-managed keys.

Cloud services typically use techniques like caching, replication, and load balancing to facilitate service scalability, deliver content faster, and mitigate the impacts of volumetric attacks. Disabled or misconfigured availability features degrade service performance, but immediate effects are often not apparent until extreme events such as traffic spikes and hardware failures occur.

Cloud services typically use techniques like caching, replication, and load balancing to facilitate service scalability, deliver content faster, and mitigate the impacts of volumetric attacks. Disabled or misconfigured availability features degrade service performance, but immediate effects are often not apparent until extreme events such as traffic spikes and hardware failures occur.

Cloud services typically use techniques like caching, replication, and load balancing to facilitate service scalability, deliver content faster, and mitigate the impacts of volumetric attacks. Disabled or misconfigured availability features degrade service performance, but immediate effects are often not apparent until extreme events such as traffic spikes and hardware failures occur.

Customer-managed keys are not used to encrypt data at rest.

By default, AWS uses AWS-managed keys to encrypt data at rest if encryption is enabled. Customer-managed keys enable organizations to use cryptographic keys of their choice to encrypt data. This gives organizations better control over and logging of encryption processes.

As such, customer-managed keys are often part of the solution to address requirements that include but are not limited to:
- Audit logs for sensitive data access
- Data residency
- Replacing, disabling, or destroying keys

Note that keys with the format aws/service-name are reserved for AWS-managed keys.

Backups and data recovery controls protect data and ensure its availability so the business can maintain daily operations.

Customer-managed keys are not used to encrypt data at rest.

By default, AWS uses AWS-managed keys to encrypt data at rest if encryption is enabled. Customer-managed keys enable organizations to use cryptographic keys of their choice to encrypt data. This gives organizations better control over and logging of encryption processes.

As such, customer-managed keys are often part of the solution to address requirements that include but are not limited to:
- Audit logs for sensitive data access
- Data residency
- Replacing, disabling, or destroying keys

Note that keys with the format aws/service-name are reserved for AWS-managed keys.

Loose access configurations can expose systems and broaden an organization's attack surface. Services open to interaction with the public are typically subjected to near-continuous scanning and probing by malicious entities.

This is especially problematic when a zero-day exploit for an exposed service is discovered and published, such as Heartbleed. Attackers can actively pursue and search for unpatched and exposed systems to exploit.

Customer-managed keys are not used to encrypt data at rest.

By default, AWS uses AWS-managed keys to encrypt data at rest if encryption is enabled. Customer-managed keys enable organizations to use cryptographic keys of their choice to encrypt data. This gives organizations better control over and logging of encryption processes.

As such, customer-managed keys are often part of the solution to address requirements that include but are not limited to:
- Audit logs for sensitive data access
- Data residency
- Replacing, disabling, or destroying keys

Note that keys with the format aws/service-name are reserved for AWS-managed keys.

Denying access to resources through overuse is a common attack pattern used to exhaust system resources and drive up billing costs.

Customer-managed keys are not used to encrypt data at rest.

By default, AWS uses AWS-managed keys to encrypt data at rest if encryption is enabled. Customer-managed keys enable organizations to use cryptographic keys of their choice to encrypt data. This gives organizations better control over and logging of encryption processes.

As such, customer-managed keys are often part of the solution to address requirements that include but are not limited to:
- Audit logs for sensitive data access
- Data residency
- Replacing, disabling, or destroying keys

Note that keys with the format aws/service-name are reserved for AWS-managed keys.

Customer-managed keys are not used to encrypt data at rest.

By default, AWS uses AWS-managed keys to encrypt data at rest if encryption is enabled. Customer-managed keys enable organizations to use cryptographic keys of their choice to encrypt data. This gives organizations better control over and logging of encryption processes.

As such, customer-managed keys are often part of the solution to address requirements that include but are not limited to:
- Audit logs for sensitive data access
- Data residency
- Replacing, disabling, or destroying keys

Note that keys with the format aws/service-name are reserved for AWS-managed keys.

Weak authentication mechanisms expose organizations to unauthorized access.

Authentication mechanisms can fail for various reasons, such as:
- Weak passwords
- Improper validation
- Weak credential management

Weak authentication mechanisms expose organizations to unauthorized access.

Authentication mechanisms can fail for various reasons, such as:
- Weak passwords
- Improper validation
- Weak credential management

Weak authentication mechanisms expose organizations to unauthorized access.

Authentication mechanisms can fail for various reasons, such as:
- Weak passwords
- Improper validation
- Weak credential management

Weak authentication mechanisms expose organizations to unauthorized access.

Authentication mechanisms can fail for various reasons, such as:
- Weak passwords
- Improper validation
- Weak credential management

Weak authentication mechanisms expose organizations to unauthorized access.

Authentication mechanisms can fail for various reasons, such as:
- Weak passwords
- Improper validation
- Weak credential management

Authentication is an essential aspect of security. The authentication process's reliability depends on the login credentials' safety and strength. Password policies ensuring users create strong passwords are crucial to deploying secure websites. Password strength is a measure of the effectiveness it provides in resisting guessing and brute force attacks. Some parameters that help define password strength include password characteristics such as password length, complexity, and randomness.

Customer-managed keys are not used to encrypt data at rest.

By default, AWS uses AWS-managed keys to encrypt data at rest if encryption is enabled. Customer-managed keys enable organizations to use cryptographic keys of their choice to encrypt data. This gives organizations better control over and logging of encryption processes.

As such, customer-managed keys are often part of the solution to address requirements that include but are not limited to:
- Audit logs for sensitive data access
- Data residency
- Replacing, disabling, or destroying keys

Note that keys with the format aws/service-name are reserved for AWS-managed keys.