Within the HIPAA Security Rule are Administrative, Physical, and Technical Safeguards. These safeguards are as important to understand as they are to implement, so let’s dive into one:

New Features

• OS-Level Compliance Checks
• We have developed an automated process for running server-level compliance checks using Chef Inspec. Our current suite of checks are based on the DevSec Hardening Framework and include specific checks from the windows-baseline and linux-baseline repositories.  Once installed, the compliance checks will run every day with results posted to the Oxygen dashboards.  The compliance checks are configured to run by using server tagging to identify each server to be included in the daily process.  OS-Level Compliance checks are not installed in your account by default, but you can request installation by reaching out to Cloudticity support. 
• EC2 Inventory
  • We have created a process for gathering high-level information on your fleet of EC2 instances.  This process runs from the Cloudticity management account every 12 hours and collects the latest information on your EC2 instance configuration including: tagging, ssm agent status, installed services, os platform type, os version, etc.  We are currently using this information in our internal processes used to track ssm installations and proper tagging.   Future plans include adding alerts for new instances (if requested), compliance-based configuration issues, and outdated OS platforms.  

Coming Soon

• Migration to Trend Micro Deep Security 11.2
• The latest version of Trend Micro Deep Security offers an exciting set of features including: support for containers, improved api interaction, improvements in event notifications, inactive agent cleanup, and automatic malware agent updates.  Along with these improvements, we will be offering deeper integration between server agent events and our support ticket system, giving you immediate feedback and potential resolution for critical events.  We will also be adding new dashboards to provide a quick summary of your EC2 security posture. 
• Improved AWS Limit Detection
• We are improving our AWS limit detection service to include direct customer feedback for increasing service limits. In addition to the current process of approving Cloudticity support to increase limits on your behalf, you will now be able to increase limits with a click of your mouse.

New Features

• AWS Personal Health Dashboard Integration
• We are now capturing AWS Personal Health Dashboard events for notifications and visualization.  The Personal Health Dashboard provides alerts and remediation guidance when AWS is experiencing events that may impact you.  The Personal Health Dashboard is enabled by default in your account and displays its results in the AWS console.  Oxygen integration will be capturing new dashboard results and providing workflow starting with support ticket creation.  Future enhancement will include custom workflow such as automated instance stop/start to address degraded hardware alerts.
• AWS GuardDuty Integration
• We are now capturing GuardDuty findings events. Amazon GuardDuty is a threat detection service that continuously monitors for malicious or unauthorized behavior to help you protect your AWS accounts and workloads.  As issues are detected, GuardDuty will create findings.  These findings are then captured by Oxygen and workflow is executed.  Initial workflow includes support ticket creation with future enhancements to include automated blocking of suspicious IP addresses.  For more information on Amazon GuardDuty you can view the documentation found here.
• Improvements to Server Monitoring
  • We are releasing a new version of server monitoring providing better filesystem alarm aggregation.  The current configuration creates alarms based on each volume mount point.  While this provides added granularity, it also can create too much "noise" with multiple alarm points for each volume.  This release will now aggregate alarms based on each ebs volume (for Linux) and each drive (for Windows).  We are also revising the Oxygen Dashboards to support the new filesystem aggregations. 

Coming Soon

• OS-Level Compliance Checks
• We have developed an automated process for running server-level compliance checks using Chef Inspec. We will be releasing this feature to all of our customers in the coming weeks. The compliance checks can be configured to run on a subset of servers using tagging. The results of the compliance check will be made available in the Oxygen dashboards.
• Improved AWS Limit Detection
• We are improving our AWS limit detection service to include direct customer feedback for increasing service limits. In addition to the current process of approving Cloudticity support to increase limits on your behalf, you will now be able to increase limits with a click of your mouse.

Within the HIPAA Security Rule are Administrative, Physical, and Technical Safeguards. These safeguards are as important to understand as they are to implement, so let’s dive into one:

Reserved Instances (RIs) provide substantial savings compared to On-Demand pricing, and provide immediate savings opportunities for most companies. This blog post explores the fundamentals of RIs, and provides advice on how to get the most out of reservations. Managing RIs is complex considering the many types, levels of pricing, and rules around usage. Therefore, understanding the RI mix is essential to optimizing AWS usage costs. We asked Parquantix to help outline some important considerations when purchasing RIs. Parquantix manages more than $40 million in AWS reservations worldwide.

I had the privilege of being asked to speak at the HITRUST Annual Conference this week. In addition to being amazed at the quality of leadership this conference attracts, I noticed a few recurring themes:

New Features

• Oxygen Dashboard Improvements
• Dashboards are now organized into folders, instead of having everything in a single folder called “general.” The folders are more specific and include:
• Compliance
• Server Metrics
• AWS
• Security
• The HIPAA Assessment dashboard has been revised to include a separate metric for unauthorized access attempts. We have also increased the assessment cycle to every 12 hours versus every 24 hours.
• We have added a System Compliance dashboard to display results from our real-time HIPAA compliance checks. These metrics are based on the AWS config rules created in your account. We have a small set of real-time checks deployed and will be expanding these in the coming months.
• The server metrics dashboards have been revised to use CloudWatch metric data. Server metrics are now displayed in two dashboards; Windows and Linux
• Server Performance Monitoring Improvements
• We have deprecated Metricbeats as our server monitoring platform and now use the AWS-Native SSM Cloudwatch agent. The Cloudwatch agent is a more robust solution providing direct integration with Cloudwatch custom metrics and alarms. Our metrics alarms have also been revised to give the customer much more control on what instances are included in alarms and what thresholds should trigger a response. For more information on configuring alarms you can view the article in our knowledge base.
• Hardened Linux images
• We can now provide hardened images for CentOS, Amazon Linux, Ubuntu, and RHEL. The images are hardened using the DevSec Hardening Framework Linux Baseline and are verified using CIS base profiles. We will continue to update our images as new versions become available in the AWS marketplace. If you are interested in using the hardened images please contact Cloudticity Support.
• Automated Health Dashboard Event Detection and Workflow
• On occasion, AWS will detect an issue with underlying EC2 instance hardware and will send a notification to the technical account contact informing them of an upcoming maintenance event to start and stop the instance. We have traditionally handled these communications manually, but moving forward we will be polling the AWS Personal Health dashboard and proactively creating a support ticket to notify you of upcoming maintenance events.

Coming Soon

• AWS GuardDuty Integration
• The release of AWS GuardDuty has provided an opportunity for us to move from our custom flowlog anomaly detection product to an AWS-native service. GuardDuty not only will reduce the cost of providing anomaly detection, but will also add features such as Cloudtrail and DNS anomaly detection.
• OS-level Compliance Checks
• During our development for providing hardened images, we developed an automated process for running server-level compliance checks using Chef Inspec. We will be releasing this feature to all of our customers in the coming weeks. The compliance checks can be configured to run on a subset of servers using tagging. The results of the compliance check will be made available in the Oxygen dashboards.
• Improved AWS Limit Detection
• We are improving our AWS limit detection service to include direct customer feedback for increasing service limits. In addition to the current process of approving Cloudticity support to increase limits on your behalf, you will now be able to increase limits with a click of your mouse.

Within the HIPAA Security Rule are Administrative, Physical, and Technical Safeguards. These safeguards are as important to understand as they are to implement, so let’s dive into one:

How Verge Health leverages automation to provide a mission critical, HIPAA-compliant, 24x7x365 health solution on AWS.

For A Limited Time, Healthcare Organizations Can Automatically Check Their AWS Environments’ HIPAA Compliance At No Charge

SEATTLE -- Cloudticity, a leading provider of HIPAA-compliant managed services for AWS, announced today that it has released an automated tool for healthcare organizations to execute a HIPAA technical assessment on their Amazon Web Services accounts for HIPAA compliance. In doing so, Cloudticity is continuing their mission to improve healthcare by providing a growing list of security, compliance, and management tools to the industry. Executing the automated compliance check takes five minutes, and is complete within five hours.