Search result for 'S3'

•Use Case: Ensure that all critical data stored in S3 buckets is regularly backed up to another region or bucket for disaster recovery purposes.

•DagKnows can automate the replication of S3 buckets to another region or a secondary bucket, ensuring data redundancy and disaster recovery capability.

•The platform can monitor for changes and automatically replicate new or updated objec...

This task programmatically tightens security on a specified AWS S3 bucket by disabling public write access. It modifies the bucket's Block Public Access settings, ensuring compliance with data security standards. This preventive measure is critical in safeguarding sensitive data from unauthorized modifications.

The task involves auditing AWS S3 buckets to identify those that permit public write access. This process helps ensure data security by flagging buckets that might be vulnerable to unauthorized modifications.

This task assesses whether AWS S3 buckets have default server-side encryption activated or if their bucket policies explicitly deny any put-object requests that lack server-side encryption, specifically using AES-256 or AWS KMS. It designates S3 buckets as NON_COMPLIANT if they are not set to be encrypted by default.

The task involves scanning AWS S3 buckets to detect any that permit public read access, highlighting potential vulnerabilities in data privacy and security.

This task involves checking AWS S3 buckets to determine if Server Access Logging is enabled. It's crucial for monitoring and diagnosing security incidents, as it records requests made to the S3 bucket, enhancing transparency and aiding compliance with security protocols.

•Use Case: Ensure that S3 buckets are configured securely and do not expose sensitive data to the public.

•DagKnows can automate the scanning of S3 buckets to identify publicly accessible buckets or objects.

•The platform can trigger automated remediation actions, such as adjusting bucket policies or encrypting sensitive data.

This task verifies the existence and configuration of a Multi-Region AWS CloudTrail in compliance with SOC2 guidelines. It focuses on ensuring essential settings like logging, S3 and CloudWatch integrations, and global event coverage. This is crucial for upholding data security and integrity standards across an organization's AWS infrastructure.

This task involves enabling AES-256 server-side encryption on S3 buckets and verifying its activation. This process ensures data security by encrypting contents within the buckets. By default all new buckets created are encrypted but this task beneficial for legacy buckets without encryption enabled.

This task strengthens data security by restricting public read access to specified AWS S3 buckets. It updates Block Public Access settings and ACLs, ensuring data confidentiality. This action aligns with security compliance standards to protect sensitive information.

This task involves setting up and verifying Server Access Logging for AWS S3 buckets. It ensures that logging is active for a bucket, providing detailed records of access requests. This is crucial for security monitoring, compliance with data governance standards, and effective management of AWS resources.

This runbook conducts an audit, ensuring that S3 buckets within AWS do not allow unauthorized public write access. This audit reviews Block Public Access settings, bucket policies, and ACLs to adhere to SOC2's strict data security standards. It aims to identify and rectify any configurations that may compromise data integrity and confidentiality.

This runbook involves a thorough review of S3 bucket configurations to ensure they align with SOC2 standards by prohibiting public read access. It includes checking Block Public Access settings, analyzing bucket policies, and inspecting ACLs to prevent unauthorized data exposure. Essential for maintaining data integrity and confidentiality.

This runbook methodically assesses and verifies server-side encryption configurations, identifying buckets that do not adhere to AES-256 or AWS KMS encryption standards. It aims to ensure all S3 buckets within an AWS environment meet stringent SOC2 encryption requirements, enhancing data security and compliance.

This runbook automates the assessment and activation of Server Access Logging for Amazon S3 buckets. It aligns with SOC2 compliance guidelines by ensuring that every S3 bucket has logging enabled, contributing to better security and traceability of actions performed on the buckets.

This task involves retrieving and listing the names of all the S3 buckets that are currently associated with your AWS account. By fetching this list, you gain an overview of the existing S3 buckets under your account, which can aid in resource management, access control, and tracking. This information is valuable for maintaining an organized and well-structured AWS environment, ensuring effici...

This task involves creating a new Amazon S3 bucket in a specified AWS region. It's the initial step in setting up a destination for storing Cost and Usage Reports.

In this task, the S3 bucket's policy is updated to grant necessary permissions for AWS Cost and Usage Reports to deliver log files to the bucket, ensuring secure and compliant data storage.

This task involves configuring AWS Cost and Usage Reports (CUR) to direct the reports to the newly created and configured S3 bucket, finalizing the setup for report generation and storage.